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KAMAYA/製品総合カタログ/H1-H4

ELECTRONIC 

COMPONENTS 

CATALOG 2022

Issued Nov. 2022

202
2

http://www.kamaya.co.jp

ELECTRONIC 

COMPONENTS 

CATALOG 2022

kamaya-catalog-html.html
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Product Line-Up

 

(

2021,11

)

Products Category

Page

Chip Size (Inch)

Chip Size (Inch)

Tolerance on Rated

Resistance (%)

Rated Resistance 

Range

Situation for environment

Product Type Page

Product Type

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

RoHS

Pb free Halogen free Antimony free

Chip Resistors

Automotive grade

RMC

4

±0.5, ±1, ±2, ±5

24MΩ

RMC

4

 RACA

5

±1, ±5

1MΩ

 RACA

5

General

purpose

RMC

6

±0.5, ±1, ±2, ±5

24MΩ

RMC

6

Precision

RGC

7

±0.1, ±0.5, ±1

3.3Ω

4.7MΩ

RGC

7

High Precision

RNC

8

±0.1, ±0.25, ±0.5, ±1

10Ω

330kΩ

RNC

8

Pb Free

RMPC

9

±1, ±5

10MΩ

RMPC

9

High Power

RMCH

10

±0.5, ±1, ±5

1MΩ

RMCH

10

  Anti 

  

Sulfuration 

Wide Terminal 

TWMC

11

±1, ±5

1MΩ

TWMC

11

Barrier / Special electrode

RMGW

12

±0.5, ±1, ±5

10MΩ

RMGW

12

Special electrode type

RMAW

13

±0.5, ±1, ±5

10MΩ

RMAW

13

Trimmable chip

FCR

14

0 -30, ±15

4.7MΩ

FCR

14

High ohmic

RHC

15

±5, ±10, ±20, ±30, ±50

100MΩ

150GΩ

RHC

15

High

Voltage

RVC

16

 

±0.5, ±1, ±2, ±5, ±10

47Ω

51MΩ

RVC

16

Special High Voltage type

RZC

17

±5, ±10, ±20

1MΩ

16MΩ

RZC

17

Anti-Sulfuration

 RVAC

18

±0.5, ±1, ±5

47Ω

51MΩ

 RVAC

18

Anti Surge

 RPC

20

±5, ±10, ±20

0.27Ω

22MΩ

 RPC

20

High Power

RPCH

21

±0.5, ±1, ±5

1MΩ

RPCH

21

Anti-Sulfuration type

RBX

22

±0.5, ±1, ±5

1MΩ

RBX

22

High Power / Anti-Sulfuration

RPGW

23

±0.5, ±1, ±5

1MΩ

RPGW

23

Current

sensing

Face Down type

RCC

25

±1, ±5

10mΩ

100mΩ

RCC

25

General purpose type

RLC

26

±1, ±2, ±5

50mΩ

10Ω

RLC

26

Metal plate type

RLP

28

±1, ±5

1mΩ

15mΩ

RLP

28

MLP

30

±1, ±5

0.5mΩ

10mΩ

MLP

30

 MLP63C

32

±1, ±5

0.5mΩ

10mΩ

 MLP63C

32

WLP63

33

±1, ±2, ±5

1mΩ

100mΩ

WLP63

33

Wide Terminal General type

TWLC

34

±1, ±5

100mΩ

910mΩ

TWLC

34

Fusible Resistors

FRC

35

±5

100Ω

FRC

35

Networks

RAC

36

±1, ±5

1MΩ

RAC

36

Anti Sulfuration

RAAW

37

±1, ±5

10Ω

1MΩ

RAAW

37

Products Category

Product Type Page

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

Rated Current

Fusing Characteristics

RoHS

Pb free Halogen free Antimony free

Product Type Page

Chip Fuse

General Purpose

FCC / FHC

40

0.15A

 

   5.0A

Fast-Acting type

FCC / FHC

40

In-rush Withstand / Low ohm Fast Acting

FMC

42

0.5A

 

   5.0A

Fast-Acting type

FMC

42

General Purpose Low ohm

FCCR

44

0.15A

 

   2.5A

Fast-Acting type

FCCR

44

Slow Blow

SBF32

45

1.0A

 

   8.0A

Slow Blow type

SBF32

45

High Rated Voltage

HFC32

46

 

1.0A

 

 12.5A

Fast-Acting type

HFC32

46

Products Category

Product Type Page

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

Capacitance

Test Voltage

RoHS

Pb free Halogen 

free

Antimony 

free

Product Type Page

0.1pF 0.2pF 0.5pF

8kV

15kV

ESD Suppressors

SPC

49

SPC

49

HSPC

49

HSPC

49

SPGA

50

SPGA

50

Products Category

Product Type Page

Rated Dissipation at 70

℃ (W)

Tolerance on Rated

Resistance (%)

Rated Resistance 

Range

RoHS

Pb free Halogen 

free

Antimony 

free

Product Type Page

0.25W

0.5W

Lead Resistors Carbon Composition

RC

54

±10, ±20

 

 

22MΩ

RC

54

Products Category

Page

Chip Type

Lead Type

Capacitance

Dielectric

Rated Voltage

Products Product Type Page

Capacitors

Multilayer Ceramic Capacitor

56

01R5

2225inch

 

0.1pF

 

 

220μF

NP0, X7R, Y5V, X5R

6.3V, 10V, 16V, 25V, 50V, 100V, 200V, 250V, 500V, 630V, 1kV, 2kV, 3kV, 4kV

Walsin

Capacitors

56

Film Capacitors

59

−−

 

0.001μF

 

 

65μF

−−

−−

Nitsuko

59

Products Category

Product Type Page

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

Attenuation Factor

Tolerance on Attenuation Factor

RoHS

Pb free Halogen free Antimony free

Product Type Page

Chip Attenuators

RAC101A

48

 

  

 

1dB 

10dB

±0.3dB, ±0.4dB

RAC101A

48

Application for Automotive

 …………………………………

2

RoHS Directive Compliance & REACH Action

 …………

3

Anti Surge Chip Resistor Selection Guide

 ……………

19

Low Resistance Chip Resistor for Sensing Selection Guide

 …

24

Chip Fuse Selection Guide

 ………………………………

39

Support of Chip Fuses Selection

 ………………………

47

Packaging for Surface Mount Devices

 ………………

52

Packaging for Leaded Resistors

 ………………………

55

Inductor/Balun

 ………………………………………………

60

 

Information

 

Page

 

Information

 

Page

Products Category

Product Type Page

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

Tolerance on Rated Resistance (%) Rated Resistance Range

RoHS

Pb free Halogen free Antimony free

Product Type Page

Linear Positive T-C Chip Thermistors

LTC

38

±5

       

33Ω 

 10kΩ

LTC

38

*

 : Under Development

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http://www.kamaya.co.jp

Products Category

Page

Chip Size (Inch)

Chip Size (Inch)

Tolerance on Rated

Resistance (%)

Rated Resistance 

Range

Situation for environment

Product Type Page

Product Type

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

RoHS

Pb free Halogen free Antimony free

Chip Resistors

Automotive grade

RMC

4

±0.5, ±1, ±2, ±5

24MΩ

RMC

4

 RACA

5

±1, ±5

1MΩ

 RACA

5

General

purpose

RMC

6

±0.5, ±1, ±2, ±5

24MΩ

RMC

6

Precision

RGC

7

±0.1, ±0.5, ±1

3.3Ω

4.7MΩ

RGC

7

High Precision

RNC

8

±0.1, ±0.25, ±0.5, ±1

10Ω

330kΩ

RNC

8

Pb Free

RMPC

9

±1, ±5

10MΩ

RMPC

9

High Power

RMCH

10

±0.5, ±1, ±5

1MΩ

RMCH

10

  Anti 

  

Sulfuration 

Wide Terminal 

TWMC

11

±1, ±5

1MΩ

TWMC

11

Barrier / Special electrode

RMGW

12

±0.5, ±1, ±5

10MΩ

RMGW

12

Special electrode type

RMAW

13

±0.5, ±1, ±5

10MΩ

RMAW

13

Trimmable chip

FCR

14

0 -30, ±15

4.7MΩ

FCR

14

High ohmic

RHC

15

±5, ±10, ±20, ±30, ±50

100MΩ

150GΩ

RHC

15

High

Voltage

RVC

16

 

±0.5, ±1, ±2, ±5, ±10

47Ω

51MΩ

RVC

16

Special High Voltage type

RZC

17

±5, ±10, ±20

1MΩ

16MΩ

RZC

17

Anti-Sulfuration

 RVAC

18

±0.5, ±1, ±5

47Ω

51MΩ

 RVAC

18

Anti Surge

 RPC

20

±5, ±10, ±20

0.27Ω

22MΩ

 RPC

20

High Power

RPCH

21

±0.5, ±1, ±5

1MΩ

RPCH

21

Anti-Sulfuration type

RBX

22

±0.5, ±1, ±5

1MΩ

RBX

22

High Power / Anti-Sulfuration

RPGW

23

±0.5, ±1, ±5

1MΩ

RPGW

23

Current

sensing

Face Down type

RCC

25

±1, ±5

10mΩ

100mΩ

RCC

25

General purpose type

RLC

26

±1, ±2, ±5

50mΩ

10Ω

RLC

26

Metal plate type

RLP

28

±1, ±5

1mΩ

15mΩ

RLP

28

MLP

30

±1, ±5

0.5mΩ

10mΩ

MLP

30

 MLP63C

32

±1, ±5

0.5mΩ

10mΩ

 MLP63C

32

WLP63

33

±1, ±2, ±5

1mΩ

100mΩ

WLP63

33

Wide Terminal General type

TWLC

34

±1, ±5

100mΩ

910mΩ

TWLC

34

Fusible Resistors

FRC

35

±5

100Ω

FRC

35

Networks

RAC

36

±1, ±5

1MΩ

RAC

36

Anti Sulfuration

RAAW

37

±1, ±5

10Ω

1MΩ

RAAW

37

Products Category

Product Type Page

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

Rated Current

Fusing Characteristics

RoHS

Pb free Halogen free Antimony free

Product Type Page

Chip Fuse

General Purpose

FCC / FHC

40

0.15A

 

   5.0A

Fast-Acting type

FCC / FHC

40

In-rush Withstand / Low ohm Fast Acting

FMC

42

0.5A

 

   5.0A

Fast-Acting type

FMC

42

General Purpose Low ohm

FCCR

44

0.15A

 

   2.5A

Fast-Acting type

FCCR

44

Slow Blow

SBF32

45

1.0A

 

   8.0A

Slow Blow type

SBF32

45

High Rated Voltage

HFC32

46

 

1.0A

 

 12.5A

Fast-Acting type

HFC32

46

Products Category

Product Type Page

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

Capacitance

Test Voltage

RoHS

Pb free Halogen 

free

Antimony 

free

Product Type Page

0.1pF 0.2pF 0.5pF

8kV

15kV

ESD Suppressors

SPC

49

SPC

49

HSPC

49

HSPC

49

SPGA

50

SPGA

50

Products Category

Product Type Page

Rated Dissipation at 70

℃ (W)

Tolerance on Rated

Resistance (%)

Rated Resistance 

Range

RoHS

Pb free Halogen 

free

Antimony 

free

Product Type Page

0.25W

0.5W

Lead Resistors Carbon Composition

RC

54

±10, ±20

 

 

22MΩ

RC

54

Products Category

Page

Chip Type

Lead Type

Capacitance

Dielectric

Rated Voltage

Products Product Type Page

Capacitors

Multilayer Ceramic Capacitor

56

01R5

2225inch

 

0.1pF

 

 

220μF

NP0, X7R, Y5V, X5R

6.3V, 10V, 16V, 25V, 50V, 100V, 200V, 250V, 500V, 630V, 1kV, 2kV, 3kV, 4kV

Walsin

Capacitors

56

Film Capacitors

59

−−

 

0.001μF

 

 

65μF

−−

−−

Nitsuko

59

Products Category

Product Type Page

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

Attenuation Factor

Tolerance on Attenuation Factor

RoHS

Pb free Halogen free Antimony free

Product Type Page

Chip Attenuators

RAC101A

48

 

  

 

1dB 

10dB

±0.3dB, ±0.4dB

RAC101A

48

Handling Manual

 ・

SMD Products

 …………………………………………

62

 ・

Recommended Land Pattern

 ………………………

64

 ・

Recommended Soldering Condition

 ………………

65

Term Explanation

 …………………………………………

66

Product Marking

 ……………………………………………

68

Standard Resistance Values and Symbols

 …………

69

Kamaya Shipping Label

 …………………………………

70

Kamaya Global Network ……………………………………

72

 

Information

 

Page

 

Information

 

Page

Products Category

Product Type Page

01005

0201

0402

0603

0805

1206

1210

2010

2512

0202

0404

0204

0804

2406

Tolerance on Rated Resistance (%) Rated Resistance Range

RoHS

Pb free Halogen free Antimony free

Product Type Page

Linear Positive T-C Chip Thermistors

LTC

38

±5

       

33Ω 

 10kΩ

LTC

38

kamaya-catalog-html.html
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2

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

Miniature size

Body Control

Safety

Infotainment 

Battery Management

ADAS

Electric Power Steering (EPS)

Electric Parking Brake  (EPB)

Smart Key/Immobilizer

Retractable Power Door Mirror

HID & LED Head Light 

Power Window

Meter

Power seat

Air conditioner

Airbags

Electronic Stability Control (ESC)

Anti-lock Brake System(ABS)

Tire Pressure Monitoring  System (TPMS)

Car navigation system

Rear View Camera Monitor

Electronic Toll Collection System

Ignition coil

HV/EV Inverter 

Electric motor

Battery Charger

Charging stations

Battery management system

Millimeter Wave Rader/Infrared Lidar

Ultrasonic sensor/Motion sensor

Camera/Night vision device

Adaptive Cruise Control(ACC)

Anti sulfuration

Anti sulfuration

Anti sulfuration

Low Ohm

Anti sulfuration

Anti sulfuration

High Voltage

Chip Fuse

High Power

High Voltage

Chip Fuse

High Voltage

Chip Fuse

High Voltage

Low Ohm

Low Ohm

Low Ohm

Low Ohm

High Power

Low Ohm

Low Ohm

Anti sulfuration

High Power

High Voltage

ESD

 

Suppressor

High Power

ESD

 

Suppressor

High Power

High Power

High Power

Chassis Control

Powertrain 

Application for Automotive

kamaya-catalog-html.html
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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

3

http:// www.kamaya.co.jp

1. RoHS Directive Compliance

(1) All Kamaya products are in compliance with RoHS directive

*1

.

(2) The following 10 materials are prohibited by RoHS directive.

 

Lead(Pb)

 

Hexavalent Chromium

 

Cadmium(Cd)

 

Polybrominated Bipheuyl(PBB)

 

Mercury(Hg)

 

Polybrominated Diphenyl Ether(PBDE)

 

Bis(2-ethylhexyl) Phthalate(DEHP)

 

Butylbenzyl Phthalate(BPP)

 

Bibutyl Phthalate(DBP)

 

Disobutyl Phthalate(DIBP) 

(3) PbO is content in glass materials of Kamaya products.

However, this is exception stated by RoHS directive.

Directive 2011/65/EU OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 8 June 2011 7(c)-

⇒ 

Directive(EU)2015/863 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 22 July 2019 7(c)-

.

Electrical and electronic components containing lead in a glass or ceramic other than dielectric ceramic in  

capacitors, e.g. piezoelectronic devices,or in a glass or ceramic matrix compound.

(4) About shipment product after January,2004 of our product(Kamaya brand product),we ship it with an article (an 

electrode plating no lead article) for environment.

*1 RoHS Directive(The restriction of the certain hazardous substances in electrical and electronic equipment.)

2. Kamaya REACH Action

Kamaya produce and develop our products in compliance with REACH

*2

 which is effective since June 2007.

Please contact Kamaya sales dept about contained material of SVHC

*3

 in Kamaya product, which need permission 

in REACH regulation.
*2. REACH  (The Regulation for Registration, Evaluation, Authorization, and Restriction of Chemicals)
*3. SVHC (Substances of Very High Concern)

Substances in REACH regulation that especially affect the global environment and human body. 

Please refer to ECHA (European Chemicals Agency) website for detail about SVHC in REACH regulation.

ECHA website :

(http://echa.europa.eu/chem_data/authorisation_process/ candidate_list_table_en.asp)

3. Reduction of environmentally hazardous substances

Kamaya  is reducing environmentally hazardous substances such as Pb Free, halogen-free and antimony-free for 

all chip products.
*1 Pb-free 

Products defined as Pb-free satisfy the following requirements.
Pb

1000 ppm

*2. Halogen-free 

Products defined as halogen-free satisfy the following requirements.

Bromine (Br) content ≤ 900 ppm

 

Chlorine (Cl) content ≤ 900 ppm

 

Total halogen content ≤ 1500 ppm

*3. Antimony-free

Products defined as antimony free meet the following requirements.

Antimony trioxide (Sb

2

O

3

) content ≤ 900 ppm

 

The threshold in Pb free, Halogen free and Antimony free products shows the content in a homogeneous material.

RoHS Directive Compliance & REACH Action

kamaya-catalog-html.html
background image

4

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

C

hip

 R

esistors

Automotive grade

Antimony Free

Halogen Free

AEC-Q200

Automotive grade

 

RMC

 

Style

Size

Metric

(Inch)

Rated 

Dissipation

at 70

W

Rated Resistance Range

10Ω

100Ω

1MΩ

10MΩ

Tolerance on 

Rated 

Resistance

Temperature Coefficient

of Resistance

Limiting 

Element

Voltage

V

Insulation 

Voltage

V

Category

Temperature

Range

Code

10

-6

/

RMC06 0603

(0201)

0.05

(1.0A)

1 ~ 3.92

F,J

600

~-

200

25

50

−55

~+

155

4.02 ~ 9.76

350

~-

100

10 ~ 1M

D,F,G,J

±

200

1.1M ~ 10M

F,J

RMC10

1005

(0402)

0.1

(1.0A)

1 ~ 9.76

F,J

±

200

50

100

10 ~ 1M

G,J

D,F

K

±

100

1.02M ~ 3.3M

D,F,G,J

±

200

3.6M ~ 10M

F,J

RMC16

1608

(0603)

0.1

(2.0A)

1 ~ 9.76

F,G,J

±

200

75

10 ~ 3.3M

G,J

D,F

K

±

100

3.6M

~10M

G,J

±

200

F

K

±

100

11M ~ 22M

J

±

200

RMC20

2012

(0805)

0.125

(2.0A)

1 ~ 9.76

F,G,J

±

200

150

500

10 ~ 2.2M

G,J

D,F

K

±

100

2.21M~3.3M

D,F,G,J

±

200

3.6M~10M

F,G,J

±

200

11M ~ 22M

J

RMC32

3216

(1206)

0.25

(2.0A)

1 ~ 9.76

F,G,J

±

200

200

10 ~ 1M

G,J

D,F

K

±

100

1.02M ~ 10M

F,G,J

±

200

11M ~ 24M

J

RMC35

3225

(1210)

0.5

(2.0A)

1 ~ 9.76

F,J

±200

10 ~ 9.1kΩ

G,J

10 ~ 9.76kΩ

D,F

K

±100

RMC50 5025

(2010)

0.75

(2.0A)

1 ~ 9.76

F,J

±200

10 ~ 9.1kΩ

G,J

10 ~ 9.76kΩ

F

K

±100

RMC63 6332

(2512)

1.0

(2.0A)

1 ~ 9.76

F,J

±200

10 ~ 9.1kΩ

G,J

10 ~ 9.76kΩ

F

K

±100

Ratings

Note1. E24 series is available , E96 series is available for tolerance "D" (0.5%) and "F" (1%) .

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors  when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Note5. Jumper: Resistance Value is less than 50m ohm

Part Number Description

Example

Style

RMC

K

103

F

TH

10

Temperature Coefficient of Resistance

Standard

Resistor

K

±

100

×

10

-6

/

None

――――――――

Jumper

Rated Resistance

E24 Series

e.g. : 2R2=2.2

Ω

         103=10k

Ω

3-Digit

Resistor

E96 Series

e.g. : 10R2=10.2

Ω

         1242=12.4k

Ω

4-Digit

JP

Jumper

Tolerance on

Rated Resistance

D

±

0.5%

Resistor

F

±

1%

G

±

2%

J

±

5%

None

Jumper

*Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

PA Press-Pocket

Paper Tape (2 mm pitch) 15,000pcs. RMC06

TH Paper Tape

(2 mm pitch)

10,000pcs. RMC10

TP Paper Tape

5,000pcs.

RMC16

RMC20

RMC32

TE Embossed Tape

4,000pcs.

RMC35

RMC50

RMC63

Rated Dissipation & Size

Code Rated Dissipation Metric Inch

06

0.05W

0603 0201

10

0.1W

1005 0402

16

1608 0603

20

0.125W

2012 0805

32

0.25W

3216 1206

35

0.5W

3225 1210

50

0.75W

5025 2010

63

1.0W

6332 2512

Product Type

*Refer to Tape and Packaging information on pages 52 and 53.

L

c

c

W

d

d

H

Rated resistance value is marked with 3-digit or 4-digit on the over coating.

RMC16 4-digits and RMC06, RMC10 : only no marking is available.

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RMC06

0603

0201

0.6

±

0.03 0.3

±

0.03 0.23

±

0.03 0.1 

±

0.05 0.15

±

0.05

0.16mg

RMC10

1005

0402

1.0

±

0.05 0.5

±

0.05 0.35

±

0.05 0.2 

±

0.1

0.25 

0.05

0.10

0.6mg

RMC16

1608

0603

1.6

±

0.1

0.8  

0.15

0.05

0.45

±

0.10 0.3 

±

0.1

0.3 

±

0.1

2mg

RMC20

2012

0805

2.0

±

0.1

1.25

±

0.10 0.55

±

0.10 0.4 

±

0.2

0.4 

±

0.2

5mg

RMC32

3216

1206

3.1

±

0.1

1.6

±

0.15 0.55

±

0.10 0.5 

±

0.25 0.5 

±

0.25

9mg

RMC35

3225

1210

3.1

±

0.15 2.5

±

0.15 0.55

±

0.15 0.5 

±

0.25 0.5 

±

0.25

16mg

RMC50

5025

2010

5.0

±

0.15 2.5

±

0.15 0.55

±

0.15 0.6 

±

0.2

0.6 

±

0.2

25mg

RMC63

6332

2512

6.3

±

0.15 3.2

±

0.15 0.55

±

0.15 0.6 

±

0.2

0.6 

±

0.2

40mg

Unit : mm

*Values for reference

Dimensions

Please refer to Specification (Reference) at the

Website for Marking.

1. Kamaya automotive grade product is produced in dedicated automotive line by only operaters with Kamaya internal approval  and well-trained 

    

based on automotive application criteria.  Kamaya set up the production condition for automotive grade products.

2. Product design is same as consumer application grade product.

    Process design has criteria, re-work limitation, 15 year-keep sample of important key process.

Features

*

 : Under Development

*

 : Under Development

kamaya-catalog-html.html
background image

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

5

http:// www.kamaya.co.jp

• Please contact Kamaya sales dept 

  for different resistance values.

ConvexType with corner

ConvexType with corner

ConvexType with corner

ConvexType Flat Type

ConvexType Flat Type

RAC102D

P

H

W

b

Q

2

L

a

RAC104D

RAC164D

H

L

P

Q

1

Q

2

W

b

a

R

1

R

1

=R

2

=…=Rn

R

2

Rn

Circuits

a

b

L

P

P

W

Q

1

RAC168D

H

RAC062D

RAC064D

W

W

a

a

b

P

P

H

b

H

L

L

Q

Q

• Please contact Kamaya sales dept 

  for different resistance values.

ConvexType with corner

ConvexType with corner

ConvexType with corner

ConvexType Flat Type

ConvexType Flat Type

RAC102D

P

H

W

b

Q

2

L

a

RACA104D

RACA164D

H

L

P

Q

1

Q

2

W

b

a

R

1

R

1

=R

2

=…=Rn

R

2

Rn

Circuits

a

b

L

P

P

W

Q

1

RAC168D

H

RAC062D

RAC064D

W

W

a

a

b

P

P

H

b

H

L

L

Q

Q

Antimony Free

Halogen Free

AEC-Q200

Dimensions

1. Kamaya automotive grade product is produced in dedicated automotive line by only operaters with Kamaya internal approval and well-trained      

    based on automotive application criteria. Kamaya set up the production condition for automotive grade products.

2. Product design is same as consumer application grade product. 

    Process design has criteria, re-work limitation, 15 year-keep sample of important key process.

Features

C

hip

 R

esistors

Chip Network

Automotive grade

 

RACA

Style

Terminal Style

L

W

H

Q

1

*Q

2

a

b

*P

*Unit weight/pc.

RACA104D

C

2.0

±

0.1

1.0

±

0.1

0.35

±

0.10 0.3  

±

0.1 0.4  

±

0.1

0.2

±

0.1

0.25

±

0.15 0.5

2.2mg

RACA164D

C

3.2

±

0.15 1.6

±

0.15 0.5  

±

0.1 0.45

±

0.15 0.65

±

0.15 0.3

±

0.15 0.3  

±

0.2

0.8

7mg

Note. Please contact Kamaya sales dept for the detail of marking on the over coating.

Unit : mm

*Values for reference

Style

Rated Dissipation

at 70

Rated Current

of Jumper

A

Rated Resistance

Range

Tolerance on 

Rated Resistance

Temperature Coefficient

of Resistance 

10

-6

/

Limiting Element

Voltage

V

Insulation Voltage

V

Category Temperature

Range

W/Element

RACA104D

0.063

1.0

1MΩ

F(

±

1%)

J(

±

5%)

±

200

50

100

55

~+

155

RACA164D

0.1

1MΩ

Note1. E24 series is available , E96 series is available for tolerance"F"(1%).

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Note5. Jumper : Resistance Value is less than 50m ohm.

Note6. Rated Dissipation is the element rated dissipation. Refer to Derating Curve on page 66.

Ratings

*Refer to Tape and Packaging information on pages 52 and 53.

Style

Tolerance on Rated Resistance

F

±

1

%

Resistor

J

±

5

%

None ――――

Jumper

Terminal Style

C ConvexType With corner

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs.

All Style

TH Paper Tape (2 mm pitch)

10,000pcs. RACA104D

TP Paper Tape

5,000pcs. RACA164D

Product Type

Size

10 W:1.0mm
16 W:1.6mm

Rated Resistance

E24 Series

e.g.:2R2=2.2

Ω

    

103=10k

Ω

3-Digit

Resistor

E96 Series

e.g.:10R2=10.2

Ω

    

1242=12.4kΩ

4-Digit

JP

Jumper

Circuits

D Isolation

No. of Elements

4

4-Elements

RACA

10

4

D

103

J

C

TH

Part Number Description

Example

kamaya-catalog-html.html
background image

6

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

C

hip

 R

esistors

General purpose

Antimony Free

Halogen Free

RMC

L

c

c

W

d

d

H

Please refer to Specification (Reference) at the

Website for Marking.

Dimensions

Style

Metric Inch

L

W

H

c

d

*Unit weight/pc.

RMC1/32

0402

01005

0.4

±

0.02 0.2 

±

0.02

0.13

±

0.02 0.08 

±

0.03 0.1 

±

0.03

0.035mg

RMC1/20

0603

0201

0.6

±

0.03 0.3 

±

0.03

0.23

±

0.03 0.1   

±

0.05 0.15

±

0.05

0.16mg

RMC1/16S

1005

0402

1.0

±

0.05 0.5 

±

0.05

0.35

±

0.05 0.2   

±

0.1

0.25  

0.05

0.10

0.6mg

RMC1/16

1608

0603

1.6

±

0.1

0.8   

0.15

0.05

0.45

±

0.10 0.3   

±

0.1

0.3 

±

0.1

2mg

RMC1/10

2012

0805

2.0

±

0.1

1.25 

±

0.10 0.55

±

0.10 0.4   

±

0.2

0.4 

±

0.2

5mg

RMC1/8

3216

1206

3.1

±

0.1

1.6 

±

0.15

0.55

±

0.10 0.5   

±

0.25 0.5 

±

0.25

9mg

RMC1/4

3225

1210

3.1

±

0.15 2.5 

±

0.15

0.55

±

0.15 0.5   

±

0.25 0.5 

±

0.25

16mg

RMC1/2

5025

2010

5.0

±

0.15 2.5 

±

0.15

0.55

±

0.15 0.6   

±

0.2

0.6 

±

0.2

25mg

RMC1

6332

2512

6.3

±

0.15 3.2 

±

0.15

0.55

±

0.15 0.6   

±

0.2

0.6 

±

0.2

40mg

Unit : mm

*Values for reference

Rated resistance value marking is 3-digit on the over coating except RMC1/16S & RMC1/20 & RMC1/32.

4-digit marking is available for F & G tolerance except RMC1/16, RMC1/16S & RMC1/20 & RMC1/32 type.

Part Number Description

Example

Style

RMC

K

103

F

TP

1/10

Temperature Coefficient of Resistance

Standard

Resistor

K

±

100

×

10

-6

/

None

――――――――

Jumper

Rated Resistance

E24 Series

e.g. : 2R2=2.2

Ω

         103=10k

Ω

3-Digit

Resistor

E96 Series

e.g. : 10R2=10.2

Ω

         1242=12.4kΩ

4-Digit

JP

Jumper

Tolerance on Rated Resistance

D

±

0.5%

Resistor

F

±

1%

G

±

2%

J

±

5%

None

Jumper

*Packaging & Standard Qty. (Min.)

B

Bulk (Loose Package)

1,000pcs.

All Style

PA Press-Pocket

Paper Tape (2 mm pitch)

20,000pcs.

RMC1/32

15,000pcs.

RMC1/20

TH Paper Tape

(2 mm pitch)

10,000pcs.

RMC1/16S

TP Paper Tape

5,000pcs.

RMC1/16

RMC1/10

RMC1/8

TE Embossed Tape

4,000pcs.

RMC1/4

RMC1/2

RMC1

Rated Dissipation & Size

Code Rated Dissipation Metric Inch

1/32

0.03W

0402 01005

1/20

0.05W

0603 0201

1/16S

0.1W

1005 0402

1/16

1608 0603

1/10

0.125W

2012 0805

1/8

0.25W

3216 1206

1/4

0.5W

3225 1210

1/2

0.75W

5025 2010

1

1.0W

6332 2512

Product Type

*Refer to Tape and Packaging information on pages 52 and 53.

01005 to 2512 inch size and Jumper chip available.

Precise dimension by Laser-scriber method (RMC1/20,RMC1/32).

Features

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance Range

10Ω

100Ω

1MΩ

10MΩ

Tolerance

on Rated

Resistance

Temperature Coefficient

of Resistance

Limiting Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

RMC1/32

0402

(01005)

0.03

(0.5A)

1 ~ 4.3

J

+ 600 ~-200

15

50

55

~+

125

4.7 ~ 9.1

F,J

10 ~ 91

± 300

100 ~ 1M

± 200

RMC1/20

0603

(0201)

0.05

(1.0A)

1 ~ 3.92

F,J

+ 600 ~-200

25

55

~+

155

4.02 ~ 9.76

+ 350 ~-100

10 ~ 1M

D,F,G,J

± 200

1.1M~10M

F,J

RMC1/16S

1005

(0402)

0.1

(1.0A)

1 ~ 9.76

F,J

+ 500 ~-200

50

100

10 ~ 1M

G,J

± 200

D,F

K

± 100

1.02M ~ 3.3M

D,F,G,J

± 200

3.6M ~ 10M

F,J

RMC1/16

1608

(0603)

0.1

(2.0A)

1 ~ 9.76

F,G,J

+ 500 ~-200

10 ~ 3.3M

G,J

± 200

D,F

K

± 100

3.6M

~ 10M

G,J

± 200

F

K

± 100

11M~22M

J

± 200

RMC1/10

2012

(0805)

0.125

(2.0A)

1 ~ 9.76

F,G,J

+ 500 ~-200

150

500

10 ~ 2.2M

G,J

± 200

D,F

K

± 100

2.21M~3.3M

D,F,G,J

± 200

3.6M~10M

F,G,J

± 200

11M~22M

J

RMC1/8

3216

(1206)

0.25

(2.0A)

1 ~ 9.76

F, G, J

+ 500 ~-200

200

10 ~ 1M

G, J

± 200

D,F

K

± 100

1.02M ~ 10M

F, G, J

± 200

11M~24M

J

RMC1/4

3225

(1210)

0.5

(2.0A)

1 ~ 9.76

F, J

+ 500 ~-200

10 ~ 1M

G, J

± 200

D,F

K

± 100

1.02M ~ 10M

F,G,J

± 200

11M~22M

J

RMC1/2

5025

(2010)

0.75

(2.0A)

1 ~ 9.76

F, J

+ 500 ~-200

10 ~ 1M

G, J

± 200

F

K

± 100

1.1M ~ 22M

J

± 200

RMC1

6332

(2512)

1.0

(2.0A)

1 ~ 9.76

F, J

+ 500 ~-200

10 ~ 1M

G, J

± 200

F

K

± 100

1.1M ~ 22M

J

± 200

Note1.  E24 series is available, E96 series is available for tolerance D (±0.5%), F(±1%).

Note2.  Rated Voltage =   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage)

Note3.  Limiting Element Voltage can only be applied to resistors  when the resistance value is equal to or higher than the critical resistance value.

Note4.  Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Note5.  Jumper : Resistance value is less than 50m ohm.

kamaya-catalog-html.html
background image

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

7

http:// www.kamaya.co.jp

C

hip

 R

esistors

General purpose

Antimony Free

Halogen Free

AEC-Q200

RGC

W

d

d

L

c

c

H

Rated resistance value marking is with 3-digit (E24) or 4-digit (E96) on the over coating.

RGC1/16 : only 3-digit marking is available.

RGC1/16S,1/20 : only No marking is available.

Dimensions

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RGC1/20

0603

0201

0.6

±

0.03 0.3  

±

0.03 0.23

±

0.03 0.1  

±

0.05 0.15

±

0.05

0.16mg

RGC1/16S

1005

0402

1.0

±

0.05 0.5  

±

0.05 0.35

±

0.05 0.2  

±

0.1 0.25 

0.05

0.10

0.6mg

RGC1/16

1608

0603

1.6

±

0.1

0.8  

0.15

0.05

0.45

±

0.10 0.25

±

0.10 0.3 

±

0.1

2mg

RGC1/10

2012

0805

2.0

±

0.1

1.25

±

0.10 0.6  

±

0.1 0.4  

±

0.2 0.4 

±

0.2

5mg

RGC1/8

3216

1206

3.1

±

0.1

1.6  

±

0.15 0.6  

±

0.1 0.5  

±

0.25 0.5 

±

0.25

9mg

Unit : mm

*Values for reference

*Refer to Tape and Packaging information on pages 52 and 53.

Part Number Description

Example

Style

RGC

C

473

D

TP

1/16

Tolerance on Rated Resistance

B

±

0.1%

D

±

0.5%

F

±

1.0%

* Packaging & Standard Qty. (Min.)

B

Bulk (Loose Package)

1,000pcs.

All Style

PA Press-Pocket

Paper Tape (2mm pitch) 15,000pcs.

RGC1/20

TH Paper Tape (2mm pitch) 10,000pcs.

RGC1/16S

TP Paper Tape

5,000pcs.

RGC1/16

RGC1/10

RGC1/8

Temperature Coefficient of Resistance

C

±

  50

×

10

-6

/

K

±

100

×

10

-6

/

Rated Resistance

E24 Series

e.g. : 473=47k

Ω

3-Digit

E96 Series

e.g. : 7152=71.5k

Ω

4-Digit

Rated Dissipation & Size

Code Rated Dissipation Metric Inch

1/20

0.05W

0603 0201

1/16S

0.063W

1005 0402

1/16

0.1W

1608 0603

1/10

0.125W

2012 0805

1/8

0.25W

3216 1206

Product Type

Suitable for precision applications.

High stabilized characteristics and performance equivalent to thin film chip resistors.

Features

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance Range

10Ω

100Ω

1kΩ

1MΩ

Tolerance on 

Rated Resistance

Temperature Coefficient

of Resistance

Limiting 

Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

RGC1/20

0603

(0201)

0.05

51 ~ 976

B(

±

0.1%)

D(

±

0.5%)

K

±

100

25

50

−55

~+

155

1k ~ 1M

C

±

  50

RGC1/16S

1005

(0402)

0.063

10 ~ 97.6

B(

±

0.1%)

D(

±

0.5%)

F(

±

1%)

K

±

100

50

100

100 ~ 1M

C

±

  50

1.02M ~ 3.3M

K

±

100

RGC1/16

1608

(0603)

0.1

3.3 ~ 9.76

D(

±

0.5%), F(

±

1%)

K

±

100

10 ~ 97.6

B(

±

0.1%)

D(

±

0.5%)

F(

±

1%)

100 ~ 1M

C

±

  50

1.02M ~ 3.3M

K

±

100

RGC1/10

2012

(0805)

0.125

3.3 ~ 9.76

D(

±

0.5%), F(

±

1%)

C

±

  50

150

10 ~ 3.3M

B(

±

0.1%), D (

±

0.5%), F (

±

1%)

RGC1/8

3216

(1206)

0.25

3.3 ~ 9.76

F(

±

1%)

C

±

  50

200

10 ~ 4.7M

B(

±

0.1%), D (

±

0.5%), F (

±

1%)

Note1.  E24, E96 are available for "F"(1%), "D"(0.5%) and "B"(0.1%)

Note2.  Rated Voltage =   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage)

Note3.  Limiting Element Voltage can only be applied to resistors  when the resistance value is equal to or higher than the critical resistance value.

Note4.  Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

kamaya-catalog-html.html
background image

8

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

Antimony Free

Pb Free

Halogen Free

C

hip

 R

esistors

General purpose

Suitable for high precision, higher stability and reliability applications.

RoHS compliant and total lead free (Pb<100ppm).

Features

RNC

Part Number Description

Example

Style

RNC

32

E

B

TP

1002

Size

Code Metric Inch

06

0603

0201

10

1005

0402

16

1608

0603

20

2012

0805

32

3216

1206

Tolerance on Rated Resistance

B

±

0.1%

C

±

0.25%

D

±

0.5%

F

±

1%

Temperature Coefficient of Resistance

E

±

25

×

10

-6

/

C

±

50

×

10

-6

/

Rated Resistance

E24 Series

e.g. : 103=10k

Ω

3-Digit

E96 Series

e.g. : 10R2=10.2

Ω

            

1242=12.4kΩ

4-Digit

* Packaging & Standard Qty. (Min.)

B Bulk

(Loose Package)

1,000pcs. All Style

PA Press-Pocket

Paper Tape (2mm pitch) 15,000pcs. RNC06

TH Paper Tape

(2mm pitch)

10,000pcs. RNC10

TP Paper Tape

5,000pcs.

RNC16

RNC20

RNC32

Product Type

*Refer to Tape and Packaging information on pages 52 and 53.

W

d

d

L

c

c

H

Dimensions

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RNC06

0603

0201

0.6  

±

0.03 0.3  

±

0.03 0.23 

±

0.03 0.1  

±

0.05 0.15

±

0.05

0.16mg

RNC10

1005

0402

1.0  

±

0.05 0.5  

±

0.05 0.35 

±

0.05 0.2  

±

0.10 0.25

±

0.10

0.6mg

RNC16

1608

0603

1.55

±

0.10 0.8  

±

0.1

0.45 

±

0.15 0.25

±

0.15 0.3  

±

0.15

2mg

RNC20

2012

0805

2.0  

±

0.15 1.25 

0.10

0.05

0.6   

±

0.1 0.4  

±

0.2

0.3  

0.2

0.1

5mg

RNC32

3216

1206

3.1  

±

0.1

1.55 

0.10

0.05

0.6   

±

0.1 0.45

±

0.20 0.3  

0.2

0.1

9mg

Unit : mm

*Values for reference

RNC20, RNC32 : Rated resistance value is marked with 3digits or 4digits on the over coating.  

Please contact Kamaya sales dept. for detail information.

RNC16 4digits and RNC06, 10 : Only no marking is available.

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance

Range

Tolerance on

Rated Resistance

Temperature Coefficient

of Resistance

Limiting Element

Voltage

V

Preferred Number

Series for

Resistors

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

RNC06

0603

(0201)

0.05

100Ω

10kΩ

B (

±

0.1%)

E

±

25

15

E96

E24

50

55

~+

155

C

±

50

27Ω

10kΩ

D (

±

0.5%)

F (

±

   1%)

E

±

25

C

±

50

RNC10

1005

(0402)

0.063

  10Ω

100kΩ

B (

±

0.1%)

C (

±

0.25%)

D (

±

0.5%)

E

±

25

25

C

±

50

RNC16

1608

(0603)

0.063

  10Ω

330kΩ

B (

±

0.1%)

C (

±

0.25%)

D (

±

0.5%)

E

±

25

50

100

C

±

50

RNC20

2012

(0805)

0.1

100Ω

130kΩ

B (

±

0.1%)

E

±

25

100

10Ω

130kΩ

C (

±

0.25%)

D (

±

0.5%)

RNC32

3216

(1206)

0.125

100Ω

180kΩ

B (

±

0.1%)

200

10Ω

180kΩ

C (

±

0.25%)

D (

±

0.5%)

Note1.  Rated Voltage =   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage)

Note2.  Limiting Element Voltage can only be applied to resistors  when the resistance value is equal to or higher than the critical resistance value.

Note3.  Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

kamaya-catalog-html.html
background image

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

9

http:// www.kamaya.co.jp

Antimony Free

Pb Free

Halogen Free

C

hip

 R

esistors

Pb free

RMPC

Part Number Description

Example

*Refer to Tape and Packaging information on pages 52 and 53.

Style

RMPC

10

F

TH

103

Tolerance on Rated Resistance

F

±

1% Resistor

J

±

5%

None

Jumper

Rated Resistance

E-24 Series

e.g. : 2R2=2.2

Ω

          103=10k

Ω

3-Digit

Resistor

E-96 Series

e.g. : 10R2=10.2

Ω

         

1242=12.4kΩ

4-Digit

JP

Jumper

* Packaging & Standard Qty. (Min.)

B Bulk

(Loose Package)

1,000pcs. All Style

PA Press-Pocket

Paper Tape (2mm pitch)

20,000pcs. RMPC04
15,000pcs. RMPC06

TH Paper Tape

 (2mm pitch)

10,000pcs. RMPC10

TP Paper Tape

5,000pcs.

RMPC16

RMPC20

RMPC32

TE Embossed Tape

4,000pcs. RMPC35

Temperature Coefficient of Resistance

Standard

Resistor

None

Jumper

Product Type

Size

Code

Metric

Inch

04

0402

01005

06

0603

0201

10

1005

0402

16

1608

0603

20

2012

0805

32

3216

1206

35

3225

1210

RoHS compliant and total lead free(Pb<100ppm) 

Features

1Ω 

 9.76Ω

800

 

100

10Ω

 97.6Ω

 

500

 

200

100Ω

10MΩ

±

200

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance

Range

Temperature Coefficient

of Resistance

Tolerance on

Rated Resistance

Limiting Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

 RMPC04

0402

(01005)

0.03

(0.5A)

1Ω 

 9.76Ω

800

 

100

J (

±

5%)

15

50

55

125

10Ω 

 97.6Ω

600

 0

F (

±

1%)

J (

±

5%)

100Ω

 1MΩ

±

200

 RMPC06

0603

(0201)

0.05

(1.0A)

1Ω 

 9.76Ω

800

 

100

25

10Ω 

 97.6Ω

600

 0

 100Ω

 10MΩ

±

200

RMPC10

1005

(0402)

0.063

(1.0A)

50

100

RMPC16

1608

(0603)

0.1

(1.0A)

RMPC20

2012

(0805)

0.125

(2.0A)

150

500

RMPC32

3216

(1206)

0.25

(2.0A)

200

RMPC35

3225

(1210)

0.33

(2.0A)

Note1.  E24 series is available , E96 series is available for tolerance"F"(1%),

Note2.  Rated Voltage =   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3.  Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4.  Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Note5.  Jumper : Resistance value is less than 50m ohm.

L

c

c

W

d

d

H

Dimensions

Unit : mm

*Values for reference

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

 

RMPC04

0402

01005

0.4  

±

0.02 0.2  

±

0.02 0.13

±

0.02 0.08

±

0.03 0.1  

±

0.03 0.035mg

 

RMPC06

0603

0201

0.6  

±

0.03 0.3  

±

0.03 0.23

±

0.03 0.1  

±

0.05 0.15

±

0.05

0.16mg

RMPC10

1005

0402

1.0  

±

0.05 0.5  

±

0.05 0.35

±

0.05 0.2  

±

0.1

0.25

0.6mg

RMPC16

1608

0603

1.6  

±

0.1

0.8  

0.45

±

0.10 0.3  

±

0.1

0.3  

±

0.1

2mg

RMPC20

2012

0805

2.0  

±

0.1

1.25

±

0.10 0.55

±

0.10 0.4  

±

0.2

0.4  

±

0.2

5mg

RMPC32

3216

1206

3.1  

±

0.1

1.6  

±

0.15 0.55

±

0.10 0.5  

±

0.25 0.5  

±

0.25

9mg

RMPC35

3225

1210

3.1  

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.5  

±

0.25 0.5  

±

0.25

16mg

0.15

0.05

0.05

0.10

Rated resistance value is marked with 3digits or 4digits on the over coating.

RMPC16 : only 3 digits marking is available.  

RMPC10, RMPC06, RMPC04 : only No marking is available.

kamaya-catalog-html.html
background image

10

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

C

hip

 R

esistors

High power

Antimony Free

Halogen Free

AEC-Q200

RMCH

Implemented high rated voltage RMCH16=0.25W RMC1/16(0603 Inch general purpose)=0.1W 2.5 times as much as RMC1/16.

Features

L

c

c

W

d

d

H

Dimensions

Rated resistance value marking is with 3-digit (E24) or 4-digit (E96) on the over coating except RMCH10.

RMCH16 : only 3 digits marking is available.

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RMCH10

1005

0402

1.0

±

0.05 0.5  

±

0.05 0.35

±

0.05 0.2

±

0.15 0.25

0.6mg

RMCH16

1608

0603

1.6

 

0.1

0.8  

0.45

±

0.10 0.3

±

0.2

0.3  

±

0.1

2mg

RMCH20

2012

0805

2.0

±

0.1

1.25

±

0.10 0.55

±

0.10 0.3

±

0.2

0.4  

±

0.2

5mg

RMCH32

3216

1206

3.1

±

0.1

1.6  

±

0.15 0.55

±

0.10 0.3

±

0.2

0.5  

±

0.25

9mg

RMCH35

3225

1210

3.1

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.3

±

0.2

0.5  

±

0.25

16mg

Unit : mm

*Values for reference

0.15

0.05

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance

Range

Temperature Coefficient

of Resistance

Tolerance on

Rated Resistance

Limiting Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

RMCH10

1005

(0402)

0.125

50

100

55

~+

155

RMCH16

1608

(0603)

0.25

150

150

RMCH20

2012

(0805)

0.4

200

500

RMCH32

3216

(1206)

0.5

RMCH35

3225

(1210)

0.75

  1Ω

9.76Ω

±

200

D (

±

0.5%)

F  (

±

   1%)

10Ω

1MΩ

K

±

100

  1Ω

9.1Ω

±

200

J (

±

   5%)

10Ω

1MΩ

K

±

100

Note1. E24 series is available , E96 series is available for tolerance"F"(1%), E96 series is available for tolerance D (±0.5%), F(±1%).

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Part Number Description

Example

Style

RMCH

16

K

D

TP

103

Temperature Coefficient of Resistance

K

±

100

×

10

-6

/

±

200

×

10

-6

/

Tolerance on Rated Resistance

D

±

0.5

%

F

±

   1

%

J

±

   5

%

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

TH Paper Tape

(2mm Pitch)

10,000pcs. RMCH10

TP Paper Tape

5,000pcs.

RMCH16

RMCH20

RMCH32

TE Embossed Tape

4,000pcs. RMCH35

*Refer to Tape and Packaging information on pages 52 and 53.

Rated Resistance

E24 Series

e.g. : 103 = 10kΩ

3-Digit

E96 Series

e.g. : 

1242=12.4kΩ

4-Digit

Product Type

Size

Code Metric Inch

10

1005 0402

16

1608 0603

20

2012 0805

32

3216 1206

35

3225 1210

0.05

0.10

kamaya-catalog-html.html
background image

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

11

http:// www.kamaya.co.jp

C

hip

 R

esistors

Anti-Sulfuration&Wide termination

Antimony Free

Halogen Free

Anti-Sulfuration

AEC-Q200

TWMC

Rated resistance is marked with 4-digit on the over coating.

Dimensions

Unit : mm

*Values for reference

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

TWMC32

1632

0612

1.6

±

0.2

3.2

±

0.2

0.55

±

0.1 0.5

±

0.25 0.5

±

0.25

9mg

TWMC50

2550

1020

2.5

±

0.15 5.0

±

0.2

0.55

±

0.1 0.6

±

0.2

0.6

±

0.2

25mg

TWMC63

3263

1225

3.2

±

0.2

6.3

±

0.2

0.55

±

0.1 0.6

±

0.2

0.6

±

0.2

40mg

W

H

c

c

d

L

d

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Limiting Element

Voltage

V

Rated Resistance

Range

Temperature Coefficient

of Resistance

Tolerance on

Rated Resistance

Insulation 

Voltage 

V

Category Temperature

Range

Code

10

-6

/

TWMC32

1632

(0612)

0.75

200

1MΩ

±

200

F (

±

1%)

J  (

±

5%)

500

55

~+

155

TWMC50

2550

(1020)

1.0

TWMC63

3263

(1225)

2.0

Note1. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s Voltage)

Note2. Rated Current=   (Rated Dissipation)/(Rated Resistance).

Note3. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Features

Downsizing and High rated dissipation by wide termination structure 

Downsizing and space reduction

High solderability strength and reliability by wide termination structure.

Part Number Description

Example

Style

TWMC

50

J

TE

1004

Temperature Coefficient of Resistance

±

200

×

10

-6

/

Rated Resistance

e.g.:1004 = 1MΩ

Tolerance on Rated Resistance

F

±

1

%

J

±

5

%

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

TP Paper Tape

5,000pcs. TWMC32

TE Embossed Tape

4,000pcs. TWMC50

TWMC63

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Size

Code Metric Inch

32

1632 0612

50

2550 1020

63

3263 1225

kamaya-catalog-html.html
background image

12

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

Anti-Sulfuration

Antimony Free

Halogen Free

AEC-Q200

C

hip

 R

esistors

Anti-Sulfuration

RMGW

Barrier layer inside of electrode to prevent Sulfuration and Disconnection.

Humid Sulfur Vapor Test ASTM B-809 60

 1000Hr.

Features

L

c

c

W

d

d

H

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RMGW06

0603

0201

0.6

±

0.03 0.3  

±

0.03 0.23

±

0.03 0.15

±

0.1 0.15

 

±

0.05 0.16mg

RMGW10

1005

0402

1.0

±

0.05 0.5  

±

0.05 0.35

±

0.05 0.2

  

±

0.1 0.25 

0.05

0.10

0.6mg

RMGW16

1608

0603

1.6

±

0.1

0.8   

0.15

0.05

0.45

±

0.10 0.3  

±

0.1 0.3  

±

0.1

2mg

RMGW20

2012

0805

2.0

±

0.1

1.25

±

0.10 0.55

±

0.10 0.4  

±

0.2 0.4  

±

0.2

5mg

RMGW32

3216

1206

3.1

±

0.1

1.6  

±

0.15 0.55

±

0.10 0.5  

±

0.25 0.5  

±

0.25

9mg

RMGW35

3225

1210

3.1

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.5  

±

0.25 0.5  

±

0.25

16mg

RMGW50

5025

2010

5.0

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.6  

±

0.2 0.6  

±

0.2

25mg

RMGW63

6332

2512

6.3

±

0.15 3.2  

±

0.15 0.55

±

0.15 0.6  

±

0.2 0.6  

±

0.2

40mg

Rated resistance value marking is with 3-digit (E24) or 4-digit (E96) on the over coating except RMGW10

 

& RMGW06.

4-digit marking is available for F tolerance except RMGW16 & RMGW10

 

& RMGW06.

Dimensions

Unit : mm

*Values for reference

Ratings

Note1. E24 series is available, E96 series is available for tolerance D (±0.5%), F(±1%).

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Note5. Jumper: Resistance Value is less than 50m ohm.

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance

Range

Temperature Coefficient

of Resistance

Tolerance on

Rated

Resistance

Limiting Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

RMGW06

0603

(0201)

0.05

(1.0A)

25

50

−55

~+

155

RMGW10

1005

(0402)

0.1

(1.0A)

50

100

RMGW16

1608

(0603)

0.1

(1.0A)

RMGW20

2012

(0805)

0.125

(2.0A)

150

500

RMGW32

3216

(1206)

0.25

(2.0A)

200

RMGW35

3225

(1210)

0.5

(2.0A)

RMGW50

5025

(2010)

0.75

(2.0A)

RMGW63

6332 

(2512)

1.0

(2.0A)

        1Ω

9.76Ω

±

200

F  (

±

   1%)

J  (

±

   5%)

      10Ω

1MΩ

K

±

 100

D (

±

0.5%)

F  (

±

   1%)

J  (

±

   5%)

1.02MΩ

10MΩ

±

 200

     1Ω

3.92Ω

600

−200

F  (

±

   1%)

J  (

±

   5%)

4.02Ω

9.76Ω

±

 350

−100

   10Ω

1MΩ

±

 200

Part Number Description

Example

Rated Resistance

E24 Series

e.g. : 103 = 10kΩ

3-Digit

E96 Series

e.g. :  1242=12.4kΩ

4-Digit

JP

Jumper

Style

RMGW

16

K

D

TP

103

Size

Code Metric Inch

06

0603 0201

10

1005 0402

16

1608 0603

20

2012 0805

32

3216 1206

35

3225 1210

50

5025 2010

63

6332 2512

*Refer to Tape and Packaging information on pages 52 and 53.

* Packaging & Standard Qty. (Min.)

B Bulk

(Loose Package)

1,000pcs. All Style

PA Press-Pocket

Paper Tape(2mm pitch) 15,000pcs. RMGW06

TH Paper Tape

(2mm pitch)

10,000pcs. RMGW10

TP Paper Tape

5,000pcs.

RMGW16

RMGW20

RMGW32

TE Embossed Tape 4,000pcs.

RMGW35

RMGW50

RMGW63

Product Type

Temperature Coefficient of Resistance

K

±

100

×

10

-6

/

Resistor

Standard

None

Jumper

Tolerance on Rated Resistance

D

±

0.5

%

F

±

   1

%

J

±

   5

%

None

Jumper

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13

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Antimony Free

Halogen Free

Anti-Sulfuration

AEC-Q200

C

hip

 R

esistors

Anti-Sulfuration

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance

Range

Temperature Coefficient

of Resistance

Tolerance on

Rated

Resistance

Limiting Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

RMAW06

0603

(0201)

0.05(1.0A)

25

50

−55

~+

155

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RMAW06

0603

0201

0.6

±

0.03 0.3 

±

0.03 0.23

±

0.03 0.1

±

0.05 0.15

±

0.05

0.16mg

RMAW

Special electrode structure, High anti-sulfuration performance, Line up Anti-sulfuration Chip Resistors.

Special electrode type  High anti-sulfuration performance electrode inside.

Qualified for hydrogen sulfide test, H

2

S: 3ppm, 40

, 90%R.H., 1000h.

Features

Ratings

Note1. E24 series is available , E96 series is available for tolerance "D" (0.5%) and "F" (1%) .

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors  when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Note5. Jumper: Resistance Value is less than 50m ohm

H

L

c

c

W

d

d

Dimensions

*Values for reference

Unit : mm

Part Number Description

Example

*Refer to Tape and Packaging information on pages 52 and 53.

Style

RMAW

20

K

F

TP

103

Tolerance on Rated Resistance

D

±

0.5%

Resistor

F

±   

1%

J

±   

5%

None

Jumper

Rated Resistance

J(

±

5%): E24 Series

  e.g. : 2R2=2.2Ω

   

103=100kΩ

3-Digit

Resistor

F(

±

1%): E-96 Series

  e.g. : 10R2=10.2Ω

4-Digit

JP

Jumper

* Packaging & Standard Qty. (Min.)

B Bulk

(Loose Package)

1,000pcs.

PA

Press-Pocket

Paper Tape(2mm pitch)

15,000pcs.

Temperature Coefficient of Resistance

±

200×10

-6

/

Resistor

600

−200

×10

-6

/

K

±

100×10

-6

/

None

Jumper

Size

Code Metric Inch

06

0603 0201

Product Type

        1Ω

9.76Ω

600

−200

F (±   1%)

J (±   5%)

      10Ω

49.9Ω

± 200

D (±0.5%)

F (±   1%)

J (±   5%)

    51Ω

1MΩ

K

± 100

1.02MΩ

10MΩ

± 200

F (±   1%)

J (±   5%)

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14

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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C

hip

 R

esistors

Trimmable

Trimmable device and replaceable with various resistors.

Features

FCR

Part Number Description

Example

Style

FCR

1/4

471

L

TE

Rated Dissipation & Size

Code Rated Dissipation Metric Inch

1/16

0.063W

1608 0603

1/10

0.1W

2012 0805

1/8

0.125W

3216 1206

1/4

0.25W

3225 1210

1/2

0.5W

5025 2010

1

1.0W

6332 2512

Tolerance on Rated Resistance

0

30

%

L

±

15%

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package) 1,000pcs. All Style

TP Paper Tape

5,000pcs.

FCR1/16

FCR1/10

FCR1/8

TE Embossed Tape

4,000pcs.

FCR1/4

FCR1/2

FCR1

Rated Resistance

E24 Series

e.g. : 471=470

Ω

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

W

d

d

L

c

c

H

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

FCR1/16

1608

0603

1.6

±

0.1

0.8

0.45

±

0.10 0.3

±

0.1

0.3

±

0.1

2mg

FCR1/10

2012

0805

2.0

±

0.1

1.25

±

0.10 0.55

±

0.10 0.4

±

0.2

0.4

±

0.2

5mg

FCR1/8

3216

1206

3.1

±

0.1

1.6  

±

0.15 0.55

±

0.10 0.5

±

0.25 0.5

±

0.25

9mg

FCR1/4

3225

1210

3.1

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.5

±

0.25 0.5

±

0.25

16mg

FCR1/2

5025

2010

5.0

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.6

±

0.2

0.6

±

0.2

25mg

FCR1

6332

2512

6.3

±

0.15 3.2  

±

0.15 0.55

±

0.15 0.6

±

0.2

0.6

±

0.2

40mg

Unit : mm

*Values for reference

0.15

0.10

Dimensions

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Combinations of Rated Resistance Range and 

Temperature Coefficient of Resistance

Tolerance on

Rated Resistance

Limiting Element

Voltage

V

Preferred Number

Series for

Resistors

Insulation 

Voltage

V

Category Temperature

Range

Rated Resistance

Range

Temperature Coefficient

of Resistance 10

-6

/

FCR1/16

1608

(0603)

0.063

10Ω

4.7MΩ

±

200

L(

±

15%)

(0

~-

30%)

 50

E24

100

55

~+

125

FCR1/10

2012

(0805)

0.1

150

500

FCR1/8

3216

(1206)

0.125

200

FCR1/4

3225

(1210)

0.25

FCR1/2

5025

(2010)

0.5

FCR1

6332

(2512)

1.0

9.1Ω

500

~-

200

10Ω

4.7MΩ

±

200

Ratings

Note1. Rated Voltage =   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage)

Note2. Limiting Element Voltage can only be applied to resistors  when the resistance value is equal to or higher than the critical resistance value.

Note3. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Note4.

 

T.C.R.: ±100×10

-6

/

 (10 ohm

1M ohm) is available on your request.

Note5. The indicated values of Ratings are in the case without trimming.

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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C

hip

 R

esistors

Sensing

Antimony Free

Halogen Free

RHC

Part Number Description

Example

Style

Tolerance on Rated Resistance

J

±

 5%

K

±

10%

M

±

20%

N

±

30%

H

±

50%

Rated Resistance

e.g.: 100M=100M

Ω

        1G00=1G

Ω

        10G0=10G

Ω

        100G=100G

Ω

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs.

TP Paper Tape

5,000pcs.

Size

Code Metric Inch

16

1608 0603

20

2012 0805

RHC

20

100M

K

TP

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Features

Suitable for compact instrumentation, infrared rays, sensors, etc.

W

d

d

H

L

c

c

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RHC16

1608

0603

1.6

±

0.1 0.8   

0.45

±

0.10

0.3

±

0.1

0.3

±

0.1

2mg

RHC20

2012

0805

2.0

±

0.1 1.25

±

0.10 0.55

±

0.10

0.4

±

0.2

0.4

±

0.2

5mg

Unit : mm

*Values for reference

0.15

0.05

Dimensions

Style

Size

Metric

(Inch)

Rated

Voltage

V

Rated Resistance

Range

Tolerance on

Rated Resistance

Temperature Coefficient

of Resistance

10

-6

/

Preferred Number

Series for

Resistors

Insulation 

Voltage

V

Category Temperature

Range

RHC16

1608

(0603)

15

100MΩ

270MΩ

J(

±

 5%)

0

~-

2,000

E12

100

−55

~+

155

100MΩ

    4GΩ

K(

±

10%)

100MΩ

150GΩ

M(

±

20%)

N(

±

30%)

H(

±

50%)

RHC20

2012

(0805)

100MΩ

    1GΩ

J(

±

 5%)

K(

±

10%)

±

2,000

−55

~+

125

100MΩ

  10GΩ

M(

±

20%)

N(

±

30%)

H(

±

50%)

100GΩ

150GΩ

±

4,000

Ratings

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16

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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C

hip

 R

esistors

High Voltage

Antimony Free

Halogen Free

AEC-Q200

RVC

Part Number Description

Example

Style

RVC

32

K

F

TP

475

Size

Code Metric Inch

16

1608 0603

20

2012 0805

32

3216 1206

50

5025 2010

63

6332 2512

Temperature Coefficient of Resistance

Standard

K

±

100

×

10

-6

/

Rated Resistance

E24 Series

e.g. : 475=4.7M

Ω

3-Digit

E96 Series

e.g. : 7154=7.15M

Ω

4-Digit

Tolerance on Rated Resistance

D

±

0.5%

F

±

   1%

G

±

   2%

J

± 

  5%

K

± 

10%

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package) 1,000pcs. All Style

TP Paper Tape

5,000pcs.

RVC16

RVC20

RVC32

TE Embossed Tape

4,000pcs. RVC50

RVC63

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Higher Limiting Element Voltage compared with RMC series.

Features

L

c

c

W

d

d

H

Rated resistance is marked with 3-digit (E24) or 4-digit (E96) on the over coating.

RVC16 : only 3-digit marking is available.

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RVC16

1608

0603

1.6

±

0.1

0.8   

0.45

±

0.10 0.3

±

0.1

0.3

±

0.1

2mg

RVC20

2012

0805

2.0

±

0.1

1.25

±

0.10 0.55

±

0.10 0.4

±

0.2

0.4

±

0.2

5mg

RVC32

3216

1206

3.1

±

0.1

1.6  

±

0.15 0.55

±

0.10 0.5

±

0.25 0.5

±

0.25

9mg

RVC50

5025

2010

5.0

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.6

±

0.2

0.6

±

0.2

25mg

RVC63

6332

2512

6.3

±

0.15 3.2  

±

0.15 0.55

±

0.15 0.6

±

0.2

0.6

±

0.2

40mg

Unit : mm

*Values for reference

0.15

0.05

Dimensions

Ratings

Note1. E24 series is available , E96 series is available for tolerance "D" (0.5%) and "F" (1%) .

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors  when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Limiting Element

Voltage

V

Combinations of Rated Resistance Range and Tolerance on Rated Resistance Temperature Coefficient

               of Resistance Insulation 

Voltage

V

Category Temperature

Range

D(±0.5%)

F(±1%) , G(±2%)

J(±5%) ,  K(±10%)

Code

 10

-6

/

RVC16

1608

(0603)

0.1

350

470Ω

10MΩ

K

±

100

100

−55

~+

155

47Ω

464Ω

±

200

RVC20

2012

(0805)

0.25

400

100Ω

10MΩ

100Ω

51MΩ

K

±

100

500

47Ω

97.6Ω

±

200

RVC32

3216

(1206)

0.25

800

100Ω

10MΩ

100Ω

51MΩ

K

±

100

47Ω

97.6Ω

±

200

RVC50

5025

(2010)

0.5

2,000

470Ω

10MΩ

470Ω

20MΩ

470Ω

51MΩ

K

±

100

47Ω

464Ω

±

200

RVC63

6332

(2512)

1.0

3,000

560Ω

10MΩ

560Ω

20MΩ

560Ω

51MΩ

K

±

100

100Ω

549Ω

±

200

47Ω

97.6Ω

500

−200

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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C

hip

 R

esistors

Ultra High Voltage

Antimony Free

Halogen Free

RZC

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Limiting Element

Voltage

V

Anti-Rush

Voltage

Charactoristics

V

Rated Resistance

Range

Tolerance on

Rated Resistance

Temperature Coefficient

of Resistance

10

-6

/

Preferred Number

Series for

Resistors

Insulation 

Voltage

V

Category Temperature

Range

RZC50

5025

(2010)

0.5

1500

3000

1.0MΩ

16MΩ

J(

±

5%)

K(

±

10%)

M(

±

20%)

±

200

E24

500

55

~+

125

RZC63

6332

(2512)

1.0

2000

Ratings

Note1. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note2. Limiting Element Voltage can only be applied to resistors, when the resistance values is equal to or higher than the critical resistance value.

Note3. Anti-Rush Voltage Characteristics : 3,000V, 1sec "On", 9sec"off" ,100,000 times, Room temperature. 

W

d

d

L

c

c

H

Rated resistace is marked with 3-digit(E24) on the over coating.

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RZC50

5025

2010

5.0

±

0.15 2.5

±

0.15 0.55

±

0.15 0.6

±

0.2

0.6

±

0.2

25mg

RZC63

6332

2512

6.3

±

0.15 3.2

±

0.15 0.55

±

0.15 0.6

±

0.2

0.6

±

0.2

40mg

Dimensions

*Values for reference

Unit : mm

Part Number Description

Example

Style

RZC

50

J

TE

475

Size

Code Metric Inch

50

5025 2010

63

6332 2512

Temperature Coefficient of Resistance

±

200×10

-6

/

Rated Resistance

e.g.:105=1.0M

Ω

       475=4.7M

Ω

       166=16M

Ω

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package) 1,000pcs. All Style

TE Paper Tape

4,000pcs. All Style

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Tolerance on Rated Resistance

J

±

  5

%

K

±

10

%

M

±

20

%

Features

Suitable for the backlight inverter for large-screen LCD.

Higher Limiting Element Voltage than RVC series.

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18

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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AEC-Q200

Anti-Sulfuration

Antimony Free

Halogen Free

C

hip

 R

esistors

Anti-Sulfuration

 

& High Voltage

RVAC

High voltage chip resistors combined with anti-sulfuration performance.

Features

L

c

c

W

d

d

H

Dimensions

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RVAC32

3216

1206

3.1

±

0.1

1.6

±

0.15 0.55

±

0.10 0.5

±

0.25 0.5

±

0.25

9mg

Unit : mm

*Values for reference

Rated resistance value is marked with 3digits or 4digits on the over coating.

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Combinations of Rated Resistance Range of

 Tolerance on Rated Resistance

Temperature Coefficient

of Resistance

Limiting Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

D(

±

0.5%)

F(

±

1%)

J(

±

5%) 

Code

10

-6

/

RVAC32

3216 

(1206)

0.25

100Ω

10MΩ

100Ω

51MΩ

K

±

100

500

500

55

~+

155

47Ω

97.6Ω

±

200

Note1. E24 series is available, E96 series is available for tolerance D (±0.5%), F(±1%).

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Part Number Description

Example

Style

RVAC

32

K

D

TP

103

Temperature Coefficient of Resistance

K

±

100

×

10

-6

/

±

200

×

10

-6

/

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs.

TP Paper Tape

5,000pcs.

*Refer to Tape and Packaging information on pages 52 and 53.

Rated Resistance

E24 Series

e.g. : 103 = 10kΩ

3-Digit

E96 Series

e.g. : 1242=12.4kΩ

4-Digit

Product Type

Tolerance on Rated Resistance

D

±

0.5

%

F

±

  1

%

J

±

  5

%

Size

Code Metric Inch

32

3216 1206

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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Anti Surge Chip Resistors Selection Guide

Rated Dissipation

Surge Withstand Capability

*1

Anti-Sulfuration 

Performance

RMCH

RPC

RPCH

RBX

RPGW

 Size Selection Guide

Characteristics Selection Guide

C

hip

 R

esistors

Selection Guide

RMC Series

Automotive Grade

RMC Series

RMCH Series

RPC Series

RPCH Series

RBX Series

RPGW Series

0.1W

1005
1608

1005
1608

0.125W

2012

2012

1005

0.2W

1005

0.25W

3216

3216

1608

1608
2012

1608

0.33W

3216

1608

2012

1608

0.4W

2012

0.5W

3225

3225

3216

3225

2012

3216

2012

0.66W

3216

3216

0.75W

5025

5025

3225

5025

3225

3225

3225

1W

6332

6332

6332

Unit : mm

*1

 

It shows durability for Instantaneous abnormal voltage when inductive load switching like lightning.

  Surge waveform is shown by the pulse waveform of JIS C 5201-1 4.27  1.2 x 50us.

kamaya-catalog-html.html
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20

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

Antimony Free

Halogen Free

AEC-Q200

* pulse limiting power curve is different from resistance value.

* Please contact Kamaya sales department for the details.

Pulse limiting power (w)

Pulse duration (ms)

Pulse limiting power (w)

Pulse duration (ms)

1

10

100

1,000

0.1

1

10

100

1000

10000

0.1

1

10

100

1000

10000

1

10

100

1000

RMC1

RMC1/2

RMC1/4

RMC1/8

RMC1/10

RMC1/16

RMC1

RMC1/2

RMC1/4

RMC1/8

RMC1/10

RMC1/16

RMC Series

RMC Series

 

 

 

 

 

 

 

 

 

RPC Series

RPC63

RPC50

RPC35

RPC32

RPC20

RPC16

C

hip

 R

esistors

Surge

Part Number Description

Example

1Pulse Limiting Power Curve Comparison (e.g 100Ω value for reference)

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Combinations of Rated Resistance Range and 

Temperature Coefficient of Resistance

Tolerance on

Rated Resistance

Limiting Element

Voltage

V

Preferred Number

Series for

Resistors

Insulation 

Voltage

V

Category Temperature

Range

Rated Resistance

Range

Temperature Coefficient

of Resistance 10

-6

/

RPC16

1608

(0603)

0.25

~  

9.1Ω

±

200

J (

±

  5%)

150

E24

150

55

~+

155

10Ω

~  

1MΩ

±

100

RPC20

2012

(0805)

J (

±

  5%)

K(

±

10%)

M(

±

20%)

500

RPC32

3216

(1206)

0.33

200

RPC35

3225

(1210)

0.5

RPC50

5025

(2010)

0.75

RPC63

6332

(2512)

1.0

0.27Ω

0.91Ω

±

200

  1MΩ

±

100

1.1MΩ

22MΩ

±

200

Ratings

Note1. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note2. Limiting Element Voltage can only be applied to resistors, when the resistance value is equal to or higher than the critical resistance value.

Note3. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

L

c

c

W

d

d

H

Dimensions

Rated resistance value is marked with 3-digit on the over coating.

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RPC16

1608

0603

1.6

±

0.1

0.8

0.45

±

0.10 0.3

±

0.2

0.3

±

0.1

2mg

RPC20

2012

0805

2.0

±

0.1

1.25

±

0.10 0.55

±

0.10 0.3

±

0.2

0.4

±

0.2

5mg

RPC32

3216

1206

3.1

±

0.1

1.6  

±

0.15 0.55

±

0.10 0.3

±

0.2

0.5

±

0.25

9mg

RPC35

3225

1210

3.1

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.3

±

0.2

0.5

±

0.25

16mg

RPC50

5025

2010

5.0

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.3

±

0.15 0.6

±

0.2

25mg

RPC63

6332

2512

6.3

±

0.15 3.2  

±

0.15 0.55

±

0.15 0.3

±

0.15 0.6

±

0.2

40mg

+0.15

-0.05

*Values for reference

Unit : mm

RPC

Style

Tolerance on Rated Resistance

J

±

  5

%

K

±

10

%

M

±

20

%

Rated Resistance

E24 Series

e.g. : 2R2=2.2

Ω

          103=10k

Ω

3-Digit

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package) 1,000pcs. All Style

TP Paper Tape

5,000pcs.

RPC16

RPC20

RPC32

TE Embossed Tape

4,000pcs.

RPC35

RPC50

RPC63

Size

Code Metric Inch

16

1608 0603

20

2012 0805

32

3216 1206

35

3225 1210

50

5025 2010

63

6332 2512

RPC

50

103

J

TE

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Features

Higher Anti surge performance compared with RMC series.

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

21

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Antimony Free

Halogen Free

AEC-Q200

C

hip

 R

esistors

Surge

 

& High power

RPCH

L

c

c

W

d

d

H

Rated resistance value marking is with 3-digit (E24) or 4-digit (E96) on the over coating except RPCH10.

RPCH16: only 3digits marking is available.

Dimensions

*Values for reference

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RPCH10

1005

0402

1.0

±

0.05 0.5  

±

0.05 0.35

±

0.05 0.2

±

0.15 0.25

+0.05

-0.10

0.6mg

RPCH16

1608

0603

1.6

±

0.1

0.8  

+0.15

-0.05

0.45

±

0.10 0.3

±

0.2

0.3

±

0.1

2mg

RPCH20

2012

0805

2.0

±

0.1

1.25

±

0.10 0.55

±

0.10 0.3

±

0.2

0.4

±

0.2

5mg

RPCH32

3216

1206

3.1

±

0.1

1.6  

±

0.15 0.55

±

0.10 0.3

±

0.2

0.5

±

0.25

9mg

RPCH35

3225

1210

3.1

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.3

±

0.2

0.5

±

0.25

16mg

Unit : mm

Ratings

Note1. E24 series is available, E96 series is available for tolerance D (±0.5%), F(±1%).

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance

Range

Temperature Coefficient

of Resistance

Tolerance on

Rated

Resistance

Limiting Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

RPCH10

1005

(0402)

0.2

50

100

55

~+

155

RPCH16

1608

(0603)

0.33

150

150

RPCH20

2012

(0805)

0.5

200

500

RPCH32

3216 

(1206)

0.66

RPCH35

3225

(1210)

0.75

     1Ω

9.76Ω

 

±

200

D (

±

0.5%)

F   (

±

   1%)

   10Ω

1MΩ

K

 

±

100

     1Ω

9.1Ω

 

±

200

J (

±

   5%)

   10Ω

1MΩ

K

 

±

100

Features

Implemented high rated voltage RPCH16=0.33W, RMC1/16(0603 inch general purpose)=0.1W, 3.3 times as much as RMC1/16.

Anti-surge chip resistor with tolerance D (±0.5%) lined-up.

Part Number Description

Example

Style

RPCH

16

K

D

TP

103

Temperature Coefficient of Resistance

K

±

100

×

10

-6

/

±

200

×

10

-6

/

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

TH Paper Tape

(2mm Pitch)

10,000pcs. RPCH10

TP Paper Tape

5,000pcs.

RPCH16

RPCH20

RPCH32

TE Embossed Tape

4,000pcs. RPCH35

*Refer to Tape and Packaging information on pages 52 and 53.

Rated Resistance

E24 Series

e.g. : 103 = 10kΩ

3-Digit

E96 Series

e.g. : 1242=12.4kΩ

4-Digit

Product Type

Tolerance on Rated Resistance

D

±

0.5

%

F

±

  1

%

J

±

  5

%

Size

Code Metric Inch

10

1005 0402

16

1608 0603

20

2012 0805

32

3216 1206

35

3225 1210

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22

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

AEC-Q200

Anti-Sulfuration

Antimony Free

Halogen Free

C

hip

 R

esistors

Anti-Sulfuration & Surge

RBX

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance

Range

Temperature Coefficient

of Resistance

Tolerance on

Rated

Resistance

Limiting Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

RBX16

1608

(0603)

0.25 

150

150

55

~+

155

RBX20

2012

(0805)

0.33

200

500

RBX32

3216 

(1206)

0.5

RBX35

3225

(1210)

0.75

Note1. E24 series is available , E96 series is available for tolerance"F"(1%), E96 series is available for tolerance D (±0.5%), F(±1%).

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Rated resistance value marking is with 3-digit (E24) or 4-digit (E96) on the over coating.

RBX16 : only 3digits marking is available.

L

c

c

W

d

d

H

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RBX16

1608

0603

1.6

±

0.1

0.8  

0.45

±

0.10 0.25

±

0.10 0.3  

±

0.1

2mg

RBX20

2012

0805

2.0

±

0.1

1.25

±

0.10 0.55

±

0.10 0.3  

±

0.2 0.4  

±

0.2

5mg

RBX32

3216

1206

3.1

±

0.1

1.6  

±

0.15 0.55

±

0.10 0.4  

±

0.25 0.5  

±

0.25

9mg

RBX35

3225

1210

3.1

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.4  

±

0.25 0.5  

±

0.25

16mg

Dimensions

*Values for reference

Unit : mm

+0.15

-0.05

Features

Anti-surge chip resistor with anti-sulfuration performance.

Anti-surge chip resistor with tolerance D (±0.5%) lined-up.

Implemented high rated voltage RBX16=0.25W, RMC1/16(0603inch general purpose)=0.1W, 2.5 times as much as RMC1/16.

Part Number Description

Example

Style

RBX

16

K

D

TP

103

Temperature Coefficient of Resistance

K

±

100

×

10

-6

/

±

200

×

10

-6

/

Rated Resistance

E24 Series

e.g. : 103=10kΩ

3-Digit

E96 Series

e.g. : 1242=12.4kΩ

4-Digit

*Refer to Tape and Packaging information on pages 52 and 53.

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

TP Paper Tape

5,000pcs.

RBX16

RBX20

RBX32

TE Embossed Tape

4,000pcs. RBX35

Product Type

Tolerance on Rated Resistance

D

±

0.5

%

F

±

   1

%

J

±

   5

%

Size

Code Metric Inch

16

1608 0603

20

2012 0805

32

3216 1206

35

3225 1210

     1Ω

9.76Ω

 

±

200

D (

±

0.5%)

F  (

±

   1%)

   10Ω

1MΩ

K

 

±

100

     1Ω

9.1Ω

 

±

200

J (

±

   5%)

   10Ω

1MΩ

K

 

±

100

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

23

http:// www.kamaya.co.jp

AEC-Q200

C

hip

 R

esistors

Anti-Sulfuration

 

& Surge

Anti-Sulfuration

Antimony Free

Halogen Free

RPGW

Note1. E24 series is available , E96 series is available for tolerance"F"(1%), E96 series is available for tolerance D (±0.5%), F(±1%).

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note4. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Resistance

Range

Temperature Coefficient

of Resistance

Tolerance on

Rated

Resistance

Limiting Element

Voltage

V

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

RPGW16

1608

(0603)

0.33

150

150

55

~+

155

RPGW20

2012

(0805)

0.5

200

500

RPGW32

3216 

(1206)

0.66

RPGW35

3225

(1210)

0.75

     1Ω

9.76Ω

 

±

200

D (

±

0.5%)

F  (

±

   1%)

   10Ω

1MΩ

K

 

±

100

     1Ω

9.1Ω

 

±

200

J (

±

   5%)

   10Ω

1MΩ

K

 

±

100

Rated resistance value marking is with 3-digit (E24) or 4-digit (E96) on the over coating.

RPGW16 : only 3digits marking is available.

L

c

c

W

d

d

H

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

RPGW16

1608

0603

1.6

±

0.1

0.8  

0.45

±

0.10 0.3

±

0.2

0.3  

±

0.1

2mg

RPGW20

2012

0805

2.0

±

0.1

1.25

±

0.10 0.55

±

0.10 0.3

±

0.2

0.4  

±

0.2

5mg

RPGW32

3216

1206

3.1

±

0.1

1.6  

±

0.15 0.55

±

0.10 0.4

±

0.25 0.5  

±

0.25

9mg

RPGW35

3225

1210

3.1

±

0.15 2.5  

±

0.15 0.55

±

0.15 0.4

±

0.25 0.5  

±

0.25

16mg

Dimensions

*Values for reference

Unit : mm

+0.15

-0.05

Features

Anti-surge chip resistor combined with anti-sulfuration performance.

Implemented high rated voltage RPGW16=0.33W, RMC1/16(0603inch general purpose)=0.1W, 3.3 times as much as RMC1/16.

Anti-surge chip resistor with tolerance D (±0.5%) line-up.

Part Number Description

Example

Style

RPGW

16

K

D

TP

103

Temperature Coefficient of Resistance

K

±

100

×

10

-6

/

±

200

×

10

-6

/

Rated Resistance

E24 Series

e.g. : 103=10kΩ

3-Digit

E96 Series

e.g. : 1242=12.4kΩ

4-Digit

*Refer to Tape and Packaging information on pages 52 and 53.

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

TP Paper Tape

5,000pcs.

RPGW16

RPGW20

RPGW32

TE Embossed Tape

4,000pcs. RPGW35

Product Type

Tolerance on Rated Resistance

D

±

0.5

%

F

±

   1

%

J

±

   5

%

Size

Code Metric Inch

16

1608 0603

20

2012 0805

32

3216 1206

35

3225 1210

*

 : Under Development

*

 : Under Development

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24

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

[Note] For the details of low-ohm chip resistor, please refer to page 25 to 34.

Low Resistance Chip Resistor for Sensing Selection Guide

C

hip

 R

esistors

Selection Guide

Size 

Metric 

(Inch)

1005

(0402)

1608

(0603)

2012

(0805)

3216

(1206)

1632

(0612)

3225

(1210)

5025

(2010)

2550

(1020)

6332

(2512)

3263

(1225)

Type

RCC RLC RLCL RCC RLC RLCL RLP RCC RLC RLCL RLP MLP RCC RLC RLCL RLP TWLC RLC RLCL RLC RLCL TWLC RLC RLCL RLP MLP WLP MLP63C TWLC

Structure

Metal Plate

Thick Film

Metal Foil

6.0W
3.0W
2.0W
1.5W
1.0W

0.75W
0.66W

0.5W

0.33W
0.25W

0.125W

0.1W

0.063W

1mΩ

5mΩ

10mΩ

20mΩ

50mΩ

100mΩ

500mΩ

1. Resistance value changed by the soldering conditions. Please confirm the resistance value change for designing.

2. RCC series has resistive element on the bottom side.

    Please be careful for visual inspection, to check missing components and inside out, upper side and bottom side

3. It is defined that Rated resistance value of RLP and MLP is resistance value placed on Kamaya recommended land pattern. 

    If use very different land pattern from Kamaya, it is possible that rated resistance value and tolerance do not meet the spec.

4. For soldering condition, please refer to "SMD Product handling manual" on page 62 and 65. 

Precaution for the current sensing chip resistor

RLC L Series

General-purpose Low Ohmic

Size 1005 

6332

(Inch 0402 

 2512)

RLC L Series

Low

High

TCR

RLP/MLP/WLP Series

Metal Foil type Low Ohmic

Size 1608

6332

(Inch 0603

2512)

RCC Series

Face Down Type Low ohmic

Size 1005

 3216

(Inch 0402

1206)

RLC Series

General-purpose Low Ohmic

Size 1005 

6332

(Inch 0402 

 2512)

TWLC Series

Wide Terminal General type  

   Low Ohmic

Size 1632

3263

(Inch 0612

1225) 

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

25

http:// www.kamaya.co.jp

Antimony Free

Pb Free

Halogen Free

C

hip

 R

esistors

Sensing

AEC-Q200

Features

0201inch & 1206inch Size, Lower than 50mΩ.

Suitable for current sensing of small mobile devices.

RCC

Please contact Kamaya sales dept. for any other resistance values.

Resistance

Code

Mark

10mΩ

R010

010

15mΩ

R015

015

20mΩ

R020

020

22mΩ

R022

022

24mΩ

R024

024

25mΩ

R025

025

27mΩ

R027

027

30mΩ

R030

030

33mΩ

R033

033

36mΩ

R036

036

Resistance

Code

Mark

39mΩ

R039

039

40mΩ

R040

040

43mΩ

R043

043

47mΩ

R047

047

50mΩ

R050

050

51mΩ

R051

051

56mΩ

R056

056

60mΩ

R060

060

62mΩ

R062

062

65mΩ

R065

065

Resistance

Code

Mark

68mΩ

R068

068

70mΩ

R070

070

75mΩ

R075

075

80mΩ

R080

080

82mΩ

R082

082

90mΩ

R090

90

91mΩ

R091

091

100mΩ

R100

R10

Rated Resistance

Style

Tolerance on Rated Resistance

F

±1

%

J

±

5%

Rated Resistance

e.g.: R050=50mΩ

        R100=100mΩ

* Packaging & Standard Qty. (Min.)

B

Bulk (Loose Package)

1,000pcs.

All Style

PA Press-Pocket

Paper Tape (2mm pitch) 15,000pcs.

RCC06

TH

Paper Tape (2mm pitch) 10,000pcs.

RCC10

TP Paper Tape 

5,000pcs.

RCC16

RCC20

RCC32

Size

Code Metric Inch

06

0603

0201

10

1005

0402

16

1608

0603

20

2012

0805

32

3216

1206

RCC

20

R050

F

TP

*

Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Part Number Description

Example

Resistance value is marking on surface.

Please refer to Specification (Reference) on Kamaya website.       

Please contact Kamaya sales dept. for marking of RCC16.       

RCC10 is no marking.  

W

d

d

H

L

c

c

Style

Metric Inch

Rated Resistance

L

W

H

c

d

*Unit weight/pc.

RCC10

1005 0402

All Resistance

1.0

±

0.05 0.5  

±0

.05 0.35 

+0.05

−0.10

0.25 

+0.05

−0.10

0.25 

+0.05

−0.10

0.6mg

RCC16

1608 0603

20mΩ ≤ R

1.6

±

0.1

0.8  

+0.15

−0.05

0.5

  

±

0.10 0.3  

±

0.1

0.3  

±

0.1

2mg

R < 20mΩ

0.55 

±

0.1

RCC20

2012 0805

20mΩ ≤ R

2.0

±

0.15 1.25

±

0.10 0.6  

±

0.10 0.4  

±

0.2

0.4  

±

0.2

5mg

R < 20mΩ

0.6  

±

0.2

RCC32

3216 1206

All Resistance

3.1

±

0.2

1.6  

±

0.15 0.6  

±

0.10 0.5  

±

0.25 0.5  

±

0.25

9mg

*Values for reference

Unit : mm

Dimensions

Style

Size

Metric(Inch)

Rated Dissipation

at 70

W

Rated Current

Range

A

Combination of Rated Resistance Range and

Temperature Coefficient of Resistance

Tolerance on

Rated Resistance 

Insulation 

Voltage

V

Category Temperature

Range

Rated Resistance

Range

Temperature Coefficient

of Resistance 10

-6

/

RCC10

1005(0402)

0.125

1.11

2.23

20mΩ 

  24mΩ

0

〜+

800

F (

±

1%)

J (

±

5%)

100

−55

〜+

155

25mΩ 

  50mΩ

0

〜+

350

51mΩ 

100mΩ

±

150

RCC16

1608(0603)

0.25

1.58

5.00

10mΩ 

  30mΩ

0

〜+

350

33mΩ 

  50mΩ

0

〜+

250

51mΩ 

100mΩ

±

150

RCC20

2012(0805)

0.33

1.81

5.74

10mΩ 

  27mΩ

0

〜+

250

500

30mΩ 

  50mΩ

±

150

51mΩ 

100mΩ

±

100

RCC32

3216(1206)

0.5

2.23

5.00

20mΩ 

  33mΩ

0

〜+

250

36mΩ 

100mΩ

±

100

Ratings

Note1. Rated Current=   (Rated Dissipation)

/

(Rated Resistance).

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s Voltage)

1. Resistive element is on bottom surface.

    Please note for inspection of parts existence & nonexistence, inversion mounting by Inspection machine.

2. Resistance value will be changed by soldering condition.

    Please design products in consideration of this change of resistance value.

Precaution of use

kamaya-catalog-html.html
background image

26

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

C

hip

 R

esistors

Sensing

Antimony Free

Halogen Free

AEC-Q200

RLC

Features

Most suitable for a detection of current in power source circuits, motor circuits, etc.

W

d

d

L

c

c

H

Rated resistance is marked with 4-digit on the over coating. (RLC20~RLC63)

RLC10 : only No marking is available.

Please contact Kamaya sales dept for marking of RLC16.

Style

Metric Inch TCR Mark

L

W

H

c

d

*Unit weight/pc.

RLC10

1005 0402

All

1.0

±

0.05 0.5  

±

0.05 0.35

±

0.05 0.2  

±

0.1 0.25

+0.05

-0.10

0.6mg

RLC16

1608 0603

− & K

1.6

±

0.1

0.8  

+0.15

-0.05

0.45

±

0.10

0.3  

±

0.1

0.3  

±

0.1

2mg

L

0.8  

±

0.1 0.45

±

0.15

0.3  

±

0.2

RLC20

2012 0805

− & K

2.0

±

0.1

1.25

±

0.10

0.6  

±

0.1

0.4  

±

0.2 0.4  

±

0.2

5mg

L

0.5  

±

0.15

RLC32

3216 1206

− & K

3.1

±

0.2

1.6  

±

0.15 0.6  

±

0.1 0.5  

±

0.25 0.3  

+0.2

-0.1

9mg

L

3.1

±

0.1

1.6  

±

0.1 0.6  

±

0.15 0.5  

±

0.2 0.45

±

0.20

RLC35

3225 1210

− & K

3.1

±

0.2

2.5  

±

0.15 0.6  

±

0.15 0.5  

±

0.25 0.3  

+0.2

-0.1

16mg

L

3.1

±

0.1

2.6  

±

0.1 0.55

±

0.10 0.5  

±

0.2 0.5  

±

0.2

RLC50

5025 2010

− & K

5.0

±

0.2

2.5  

±

0.15 0.6  

±

0.15 0.6  

±

0.2 0.6  

±

0.2

25mg

L

5.0

±

0.2

2.5  

±

0.2 0.55

±

0.10 0.65

±

0.25 0.6  

±

0.25

RLC63

6322 2512

− & K

6.3

±

0.2

3.2  

±

0.15 0.6  

±

0.15 0.6  

±

0.2 0.6  

±

0.2

40mg

L

6.4

±

0.2

3.2  

±

0.2 0.6  

±

0.1 0.65

±

0.25 0.9  

±

0.25

*Values for reference

Unit : mm

Dimensions

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Current

Range

A

Rated Resistance

Range

Combinations of Rated Resistance Range,Temperature 

Coefficient of Resistance and Tolerance on Rated Resistance

Insulation 

Voltage

V

Category Temperature

Range

Rated Resistance

Range

Tolerance on

Rated Resistance

Temperature Coefficient

of Resistance 10

-6

/

RLC10

1005

(0402)

0.125

0.11

1.11

100mΩ

10Ω

            

100

−55

~+

155

RLC16

1608

(0603)

0.25

0.14

1.58

100mΩ

10Ω

RLC20

2012

(0805)

0.33

0.15

2.56

50mΩ

10Ω

500

RLC32

3216

(1206)

0.5

0.18

3.16

RLC35

3225

(1210)

0.66

0.44

3.63

50mΩ

3.3Ω

RLC50

5025

(2010)

0.75

0.47

3.87

RLC63

6332

(2512)

1.0

0.55

4.47

100mΩ

430mΩ

F, J

0

 

300

470mΩ

3.3Ω

F, G, J

0

 

200

3.6Ω

10Ω

F, J

K

±

100

50mΩ

180mΩ

F, G, J

0

 

250

200mΩ

430mΩ

0

 

200

470mΩ

3.3Ω

K

±

100

100mΩ

180mΩ

F, G, J

0

 

250

200mΩ

430mΩ

0

 

200

470mΩ

3.3Ω

K

±

100

3.6Ω

10Ω

F, J

50mΩ

180mΩ

F, G, J

0

 

250

200mΩ

430mΩ

0

 

200

470mΩ

3.3Ω

K

±

100

3.6Ω

10Ω

F, J

Ratings: TCR Mark = ― & K

Note1. Rated Current =   (Rated Dissipation) / (Rated Resistance). 

Note2. Rated Voltage =   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage)

Note3. Limiting Element Voltage*1 is set up on RLC16, 20, 32, and rated current is not applied in the range of following rated of Resistance*2.

   

*1 RLC16=1.41V, RLC20=1.58V, RLC32=1.81V

   

   *2 RLC16 and RLC20

7.5Ω

R , RLC32

6.2Ω

R

   

The Rated Current in the above range of the Rated Resistance Value is calculated as below way.

     

Rated Current=Limiting Element Voltage/Rated Resistance

kamaya-catalog-html.html
background image

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

27

http:// www.kamaya.co.jp

C

hip

 R

esistors

Sensing

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Current

Range

A

Combinations of Rated Resistance Range,Temperature 

Coefficient of Resistance

Tolerance on

Rated 

Resistance

Insulation 

Voltage

V

Category Temperature

Range

Mark

Rated Resistance

Range

Temperature Coefficient

of Resistance 10

-6

/

RLC10

1005

(0402)

0.063

0.26

~ 

1.12

L

F(

±

1%)

J(

±

5%)

100

−55

~+

155

RLC16

1608

(0603)

0.1

0.33

~ 

3.16

RLC20

2012

(0805)

0.25

0.52

~ 

5.0

500

RLC32

3216

(1206)

0.5

0.74

~ 

7.07

RLC35

3225

(1210)

0.66

0.85

~ 

8.12

RLC50

5025

(2010)

0.75

0.90

~ 

8.66

RLC63

6332

(2512)

1.0

1.04

10

  50mΩ

~  

91mΩ

±

1500

100mΩ

500mΩ

±  

800

510mΩ

910mΩ

±  

300

  50mΩ

~  

91mΩ

±

1000

100mΩ

360mΩ

±  

600

390mΩ

500mΩ

±  

300

510mΩ

910mΩ

±  

200

Rating : TCR Mark = L

Note1. Rated Current =  (Rated Dissipation)/(Rated Resistance)

Note2. Rated Voltage=   (Rated Dissipation )

×

(Rated Resistance)  (d.c. or a.c. r.m.s Voltage)

Resistance value changed by the soldering conditions. Please confirm the resistance value change for designing.

Precaution

Rated Resistance

Note3. Other nominal resistances values are also available, please contact Kamaya sales dept for further information.

Resistance

Code

50mΩ

R050

51mΩ

R051

56mΩ

R056

60mΩ

R060

62mΩ

R062

65mΩ

R065

68mΩ

R068

70mΩ

R070

75mΩ

R075

80mΩ

R080

82mΩ

R082

90mΩ

R090

91mΩ

R091

100mΩ

R100

110mΩ

R110

Resistance

Code

120mΩ

R120

130mΩ

R130

150mΩ

R150

160mΩ

R160

180mΩ

R180

200mΩ

R200

220mΩ

R220

240mΩ

R240

250mΩ

R250

270mΩ

R270

300mΩ

R300

330mΩ

R330

360mΩ

R360

390mΩ

R390

400mΩ

R400

Resistance

Code

430mΩ

R430

470mΩ

R470

500mΩ

R500

510mΩ

R510

560mΩ

R560

600mΩ

R600

620mΩ

R620

650mΩ

R650

680mΩ

R680

700mΩ

R700

750mΩ

R750

800mΩ

R800

820mΩ

R820

900mΩ

R900

910mΩ

R910

Resistance

Code

1.0Ω

1R00

1.1Ω

1R10

1.2Ω

1R20

1.3Ω

1R30

1.5Ω

1R50

1.6Ω

1R60

1.8Ω

1R80

2.0Ω

2R00

2.2Ω

2R20

2.4Ω

2R40

2.7Ω

2R70

3.0Ω

3R00

3.3Ω

3R30

3.6Ω

3R60

3.9Ω

3R90

Resistance

Code

4.3Ω

4R30

4.7Ω

4R70

5.1Ω

5R10

5.6Ω

5R60

6.2Ω

6R20

6.8Ω

6R80

7.5Ω

7R50

8.2Ω

8R20

9.1Ω

9R10

10Ω

100

RLC

Part Number Description

Example

Style

Tolerance on Rated Resistance

F

±1

%

G

±

2%

J

±

5%

Temperature Coefficient of Resistance

K

±

100

×

10

-6

/

0

~+

200

×

10

-6

/

0

~+

250

×

10

-6

/

0

~+

300

×

10

-6

/

L

±

200

×

10

-6

/

±

300

×

10

-6

/

±

600

×

10

-6

/

±

800

×

10

-6

/

±

1,000

×

10

-6

/

±

1,200

×

10

-6

/

±

1,500

×

10

-6

/

Rated Resistance

e.g.: R050=50m

Ω

        R100=100m

Ω

        1R00=1

Ω

           100=10

Ω

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package) 1,000pcs. All Style

TH Paper Tape(2mm pitch) 10,000pcs. RLC10

TP Paper Tape

5,000pcs.

RLC16

RLC20

RLC32

TE Embossed Tape

4,000pcs.

RLC35

RLC50

RLC63

Size

Code Metric Inch

10

1005

0402

16

1608

0603

20

2012

0805

32

3216

1206

35

3225

1210

50

5025

2010

63

6332

2512

RLC

32

R050

J

TP

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

  50mΩ

~  

91mΩ

±

1200

100mΩ

500mΩ

±  

800

510mΩ

910mΩ

±  

300

kamaya-catalog-html.html
background image

28

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

C

hip

 R

esistors

Sensing

Antimony Free

Pb Free

Halogen Free

AEC-Q200

Ratings

RLP

W

d

d

L

c

c

H

Style

Metric Inch

Rated Resistance

L

W

H

c

d

*Unit weight/pc. Marking

RLP16

1608 0603

5mΩ

1.6

±

0.1 0.8  

±

0.1  0.35

±

0.10 0.2  

±

0.1  0.6  

±

0.10

2mg No Marking

10mΩ

 0.3  

±

0.10

 0.3  

±

0.10

RLP20

2012 0805

2mΩ

2.0

±

0.15 1.25

±

0.15

 0.22

±

0.10

0.35

±

0.15

 0.55

±

0.20

3mg

02

4mΩ

 0.35

±

0.10

 0.75

±

0.20

04

5mΩ

 0.6  

±

0.20

05

6mΩ

 0.47

±

0.20

06

8mΩ

 0.22

±

0.10

 0.6  

±

0.20

08

9mΩ

 0.52

±

0.20

09

10mΩ

 0.47

±

0.20

10

RLP32

3216 1206

1mΩ

3.2

±

0.15 1.6  

±

0.15

 0.32

±

0.15 1.1  

±

0.25  1.1  

±

0.25

12mg

01

2mΩ

0.5  

±

0.25  0.5  

±

0.25

02

3mΩ

 0.35

±

0.10

0.7  

±

0.25  1.3  

±

0.25

03

4mΩ

1.1  

±

0.25  1.1  

±

0.25

11mg

04

5mΩ

1.0  

±

0.25  1.0  

±

0.25

05

6mΩ

0.85

±

0.25  0.85

±

0.25

06

7mΩ

0.7  

±

0.25  0.7  

±

0.25

07

8mΩ

0.6  

±

0.25  0.6  

±

0.25

08

9mΩ

 0.3  

±

0.1   0.75

±

0.25  0.75

±

0.25

09

10mΩ

 0.28

±

0.10 0.5  

±

0.25  0.5  

±

0.25

10

11mΩ

11

12mΩ

 0.22

±

0.10

0.65

±

0.25  0.65

±

0.25

12

13mΩ

13

14mΩ

0.55

±

0.25  0.55

±

0.25

14

15mΩ

0.5  

±

0.25  0.5  

±

0.25

15

RLP63

6332 2512

1mΩ

6.3

±

0.25

3.2  

±

0.25  0.38

±

0.15 2.2  

±

0.25  2.2  

±

0.25

47mg

R001

2mΩ

3.1  

±

0.25

1.1 

±

0.25  1.1  

±

0.25

R002

3mΩ

 0.45

±

0.15 2.2  

±

0.25  2.2  

±

0.25

43mg

R003

4mΩ

 0.35

±

0.15

R004

5mΩ

 0.34

±

0.15 1.95

±

0.25  1.95

±

0.25

R005

6mΩ

1.75

±

0.25  1.75

±

0.25

R006

7mΩ

 0.35

±

0.15

1.4  

±

0.25  1.4  

±

0.25

R007

8mΩ

1.1  

±

0.25  1.1  

±

0.25

R008

9mΩ

0.8  

±

0.25  0.8  

±

0.25

R009

10mΩ

 0.23

±

0.15

1.75

±

0.25  1.75

±

0.25

R010

12mΩ

1.4  

±

0.25  1.4  

±

0.25

R012

    

15mΩ

0.95

±

0.25  0.95

±

0.25

R015

*Values for reference

Unit : mm

Resistance value of RLP series are marked like below.

Dimensions

Style

Size

Metric

(Inch)

Rated 

Dissipation

at 70

W

Rated Current

Range

A

Combination of Rated Resistance Range and

Temperature Coefficient of Resistance

Tolerance 

on

Rated 

Resistance

Insulation 

Voltage

V

Category 

Temperature

Range

Rated Resistance

Range

Temperature Coefficient

of Resistance

Code 10

-6

/

RLP16

1608

(0603)

0.33

8.1

5.7

5mΩ

10mΩ

N

±

70

F(

±

1%)

J(

±

5%)

100

55

~+

155

K

±

100

RLP20

2012

(0805)

0.5

15.8

11.1

10.0

9.1

7.9

7.4

7.0

2mΩ

4mΩ

5mΩ

6mΩ

8mΩ

9mΩ

10mΩ

N

±

70

K

±

100

RLP32

3216

(1206)

1.0

31.6

1mΩ

K

±

100

±

150

22.3

18.2

15.8

14.1

12.9

11.9

11.1

10.5

10

9.5

9.1

8.7

8.4

8.1

2mΩ

3mΩ

4mΩ

5mΩ

6mΩ

7mΩ

8mΩ

9mΩ

10mΩ

11mΩ

12

Ω

13mΩ

14mΩ

15mΩ

N

±

70

K

±

100

RLP63

6332

(2512)

2.0

44.7

1mΩ

N

±

70

K

±

100

±

150

1.0

22.3

18.2

15.8

14.1

12.9

11.9

11.1

10.5

10

9.1

8.1

2mΩ

3mΩ

4mΩ

5mΩ

6mΩ

7mΩ

8mΩ

9mΩ

10mΩ

12mΩ

15mΩ

N

±

70

K

±

100

Features

Suitable for current sensing of battery pack.

*

 : Under Development

Note1. Rated Current=   (Rated Dissipation)/(Rated Resistance)

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage) 

Note3. Please contact Kamaya sales dept. for any other resistance values.

Note4. Resistance value shall be measured by mounting the substrate with the required conditions per Kamaya specification.

*

 : Under Development

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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29

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C

hip

 R

esistors

Sensing

Resistance value changed by the soldering conditions. Please confirm the resistance value change for designing.

Precaution

Unit : mm

RLP

Style

RLP

63

K

R005

F

Tolerance on Rated Resistance

F

±1

%

J

±

5%

Temperature Coefficient of Resistance

±

150

×

10

-6

/

K

±

100

×

10

-6

/

N

±

70  

×

10

-6

/

Rated Resistance

e.g. : R001=1mΩ

         R010=10mΩ

TE

* Packaging & Standard Qty. (Min.)

TP Paper Tape

5,000pcs.

RLP16

RLP20

RLP32

TE Embossed Tape 4,000pcs. RLP63

Size

Code Metric Inch

16 1608 0603

20 2012 0805

32 3216 1206

63 6332 2512

*Refer to Tape and Packaging information on pages

 

52 and 53.

Product Type

Recommended Land Pattern

A
B

Y

Y

X

Part Number Description

Example

Style

Metric

Inch

Rated Resistance

A

B

X

Y

RLP16

1608

0603

5mΩ

0.6

2.2

0.9

0.8

10mΩ

1.0

0.6

RLP20

2012

0805

2mΩ

0.8

2.7

1.36

0.95

4mΩ

0.8

0.95

5mΩ

6mΩ

8mΩ

9mΩ

10mΩ

RLP32

3216

1206

1mΩ

1.0

3.9

1.7

1.45

2mΩ

2.1

0.9

3mΩ

0.8

1.55

4mΩ

1.0

1.45

5mΩ

1.4

1.25

6mΩ

7mΩ

2.1

0.9

8mΩ

9mΩ

10mΩ

11mΩ

12mΩ

13mΩ

14mΩ

15mΩ

RLP63

6332

2512

1mΩ

1.5

7.5

4.0

3.0

2mΩ

4.0

7.6

3.5

1.8

3mΩ

1.8

2.9

4mΩ

5mΩ

2.4

2.6

6mΩ

4.0

1.8

7mΩ

8mΩ

9mΩ

10mΩ

12mΩ

15mΩ

*Values for reference

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30

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

C

hip

 R

esistors

Sensing

Antimony Free

Pb Free

Halogen Free

AEC-Q200

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Current

Range

A

Combination of Rated Resistance Range and

Temperature Coefficient of Resistance

Tolerance on

Rated Resistance

Insulation 

Voltage

V

Category 

Temperature

Range

Rated Resistance

Range

Temperature Coefficient

of Resistance

Code

10

-6

/

MLP20

2012

(0805)

1.0

10

10mΩ

N

±

70

F(

±

1%)

J(

±

5%)

100

55

〜+

155

K

±

100

MLP63

6332

(2512)

2.0

31.6

25.8

22.3

20.0

18.2

16.9

15.8

14.9

14.1

2mΩ

3mΩ

4mΩ

5mΩ

6mΩ

7mΩ

8mΩ

9mΩ

10mΩ

N

±

70

F(

±

1%)

J(

±

5%)

K

±

100

Note1. Rated Current=   (Rated Dissipation)/(Rated Resistance)

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage) 

Note3. Please contact Kamaya sales dept. for any other resistance values.

Note4. Resistance value shall be measured by mounting the substrate with the required conditions per Kamaya specification.

Ratings

MLP

Style

Metric Inch

Rated Resistance

L

W

H

c

d

*Unit weight/pc. Marking

MLP20

2012 0805

10mΩ

2.0

±

0.15 1.25

±

0.15 0.22

±

0.10 0.33

±

0.15 0.47

±

0.20

3mg

10

MLP63

6332 2512

2mΩ

6.3

±

0.25 3.1  

±

0.25

0.58

±

0.15 2.2  

±

0.25 2.2  

±

0.25

60mg

R002

3mΩ

0.45

±

0.15

2.2  

±

0.25 2.2  

±

0.25

R003

4mΩ

0.34

±

0.15

R004

5mΩ

0.51

±

0.15

1.1  

±

0.25 1.1  

±

0.25

R005

6mΩ

0.5  

±

0.15

R006

7mΩ

0.6  

±

0.25 0.6  

±

0.25

R007

8mΩ

0.35

±

0.15

1.1  

±

0.25 1.1  

±

0.25

R008

9mΩ

0.8  

±

0.25 0.8  

±

0.25

R009

10mΩ

0.5  

±

0.25 0.5  

±

0.25

R010

Unit : mm

*Values for reference

Resistance value of MLP series are marked like below.

Dimensions

W

d

d

L

c

c

H

Features

0805inch size : 1W  2512inch size: 2W.

*

 : Under Development

*

 : Under Development

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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hip

 R

esistors

Sensing

Resistance value changed by the soldering conditions. Please confirm the resistance value change for designing.

Precaution

MLP

*Values for reference

Style

Metric

Inch

Rated Resistance

A

B

X

Y

MLP20

2012

0805

10mΩ

0.8

2.7

1.36

0.95

MLP63

6332

2512

2mΩ

1.8

7.6

3.5

2.9

3mΩ

4mΩ

5mΩ

4

1.8

6mΩ

7mΩ

8mΩ

9mΩ

10mΩ

Unit : mm

Recommended Land Pattern

A
B

Y

Y

X

Style

MLP

63

K

R005

F

Tolerance on Rated Resistance

F

±1

%

J

±

5%

Temperature Coefficient of Resistance

K

±

100

×

10

-6

/

N

±

70  

×

10

-6

/

Rated Resistance

e.g. : R005=5mΩ

         R010=10mΩ

TE

* Packaging & Standard Qty. (Min.)

TP Paper Tape

5,000pcs. MLP20

TE Embossed Tape 4,000pcs. MLP63

Size

Code Metric Inch

20 2012 0805

63 6332 2512

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Part Number Description

Example

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32

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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C

hip

 R

esistors

Sensing

AEC-Q200

Antimony Free

Pb Free

Halogen Free

MLP63C

Style

Rated Resistance Range

A

B

X

Y

MLP63C

1mΩ

1.8

7.5

4.0

3.0

1.5mΩ

4

7.6

3.5

1.8

2mΩ

1.8

2.9

2.5mΩ

3mΩ
4mΩ
5mΩ

4

1.8

6mΩ
7mΩ
8mΩ
9mΩ

10mΩ

Recommended Land Pattern

Unit : mm

A
B

Y

Y

X

Unit : mm

*Values for reference

Resistance value of MLP series are marked like below.

Dimensions

Style

Metric Inch

Rated Resistance

L

W

H

c

d

*Unit weight/pc. Marking

MLP63C

6332 2512

1mΩ

6.3

±

0.25 3.1

±

0.25

0.38

±

0.15

2.2  

±

0.25

6

0

mg

R001

1.5mΩ

1.5  

±

0.25

1L50

2mΩ

0.58

±

0.15

2.2  

±

0.25

R002

2.5mΩ

0.45

±

0.15

2.4  

±

0.25

2L50

3mΩ

2.2  

±

0.25

R003

4mΩ

0.34

±

0.15

R004

5mΩ

0.51

±

0.15

1.1  

±

0.25

R005

6mΩ

0.5  

±

0.15

R006

7mΩ

0.6  

±

0.25

R007

8mΩ

0.35

±

0.15

1.1  

±

0.25

R008

9mΩ

0.8  

±

0.25

R009

10mΩ

0.5  

±

0.25

R010

W

d

d

L

c

c

H

Ratings

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Current

Range

A

Combination of Rated Resistance Range and

Temperature Coefficient of Resistance

Tolerance on

Rated Resistance

Insulation 

Voltage

V

Category 

Temperature

Range

Rated Resistance

Range

Temperature Coefficient

of Resistance

Code

10

-6

/

MLP63C

6332

(2512)

3.0

54.7, 44.7, 38.7, 34.6, 31.6, 

27.3, 24.4, 22.3, 20.7, 19.3, 

18.2, 17.3

1mΩ, 1.5mΩ, 2mΩ, 2.5mΩ, 

3mΩ, 4mΩ, 5mΩ, 6mΩ, 7mΩ, 

8mΩ, 9mΩ, 10mΩ

N

±

70

F(

±

1%)

J(

±

5%)

100

55

〜+

170

K

±

100

Note1. Rated Current=   (Rated Dissipation)/(Rated Resistance)

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage) 

Note3. Please contact Kamaya sales dept. for any other resistance values.

Note4. Resistance value shall be measured by mounting the substrate with the required conditions per Kamaya specification.

Features

2512inch size: 3W

.

Resistance value changed by the soldering conditions. Please confirm the resistance value change for designing.

Precaution

Part Number Description

Example

Style

MLP

63C

K

F

TE

R005

Rated Resistance

e.g. : R005=5mΩ

         R010=10mΩ

4-Digit

*Refer to Tape and Packaging information on pages 52 and 53.

* Packaging & Standard Qty. (Min.)

TE Embossed Tape

4,000pcs.

Temperature Coefficient of Resistance

K

±

100

×

10

-6

/

N

±

70

×

10

-6

/

Tolerance on Rated Resistance

F

±

1%

J

±

5%

Product Type

Size

Code Metric

Inch

63C 6332-3W 2512-3W

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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hip

 R

esistors

Sensing

Antimony Free

Pb Free

Halogen Free

AEC-Q200

Rated resitance value of WLP series is marking 4-digit on the coating. 

Style

Rated Dissipation

at 70

Metric

 

Inch

Rated 

Resistance

Range

L

W

H

c

d

*Unit weight/

pc.

Code

W

WLP63

3A

3D

1.0

2.0

6332

(

2512

)

1mΩ, 2mΩ

6.40±0.20  3.25±0.20  0.75±0.25  2.00±0.25 2.00±0.25

62.5mg

3mΩ

100mΩ

6.40±0.20  3.25±0.20  0.75±0.25  1.00±0.25 1.00±0.25

3F

3.0

1mΩ

6.40±0.20  3.25±0.20  0.75±0.25  2.00±0.25 2.00±0.25

2mΩ, 3mΩ

6.40±0.20  3.25±0.20  0.75±0.25  2.00±0.25 2.00±0.25

4mΩ

100mΩ

6.40±0.20  3.25±0.20  0.75±0.25  1.00±0.25 1.00±0.25

W

d

d

L

c

c

H

W

d

d

L

c

c

H

WLP63 3A/3D  : 3mΩ~100mΩ

WLP63 3F 

: 4mΩ~100mΩ

WLP63 3A/3D  : 1mΩ, 2mΩ

WLP63 3F 

: 1mΩ~3mΩ

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

Rated Current

Range 

A

Combination of Rated Resistance Range and Temperature Coefficient of Resistance

Products

Type

Tolerance on

Rated 

Resistance

Insulation 

Voltage

V

Category 

Temperature

Range

Rated Resistance

Range

Temperature Coefficient of Resistance

Code

W

Code

10

-6

/

WLP63

6332

(2512)

3A

1.0 

15.8

31.6

1mΩ

4mΩ 

 

N

±

70

Low EMF

F(

±

1%)

G(

±

2%)

J(

±

5%)

100

55

〜+

170

3.16

14.1

5mΩ

100mΩ

Standard

3D

2.0 

22.3

44.7

1mΩ

4mΩ 

 

Low EMF

4.47

20

 

5mΩ

100mΩ

Standard

3F

3.0 

27.3

54.8

1mΩ

4mΩ 

 

Low EMF

5.48

24.5

5mΩ

100mΩ

Standard

Resistance Code/Mark

1mΩ

R001

2mΩ

R002

3mΩ

R003

4mΩ

R004

5mΩ

R005

6mΩ

R006

Resistance Code/Mark

8mΩ

R008

10mΩ

R010

12mΩ

R012

15mΩ

R015

20mΩ

R020

25mΩ

R025

Resistance Code/Mark

30mΩ

R030

33mΩ

R033

35mΩ

R035

40mΩ

R040

50mΩ

R050

60mΩ

R060

Resistance Code/Mark

75mΩ

R075

80mΩ

R080

100mΩ

R100

Ratings

Resistance value changed by the soldering conditions. Please confirm the resistance value change for designing.

Please contact Kamaya sales window for the recommended land pattern of this resistor.

Precaution

WLP63

Dimensions

Features

2512 inch size 3W, 1mΩ to 100mΩ available.

*Values for reference

Part Number Description

Example

WLP

63

3D

N

F

TE

R025

Rated Resistance

e.g. : R025=25mΩ

*Refer to Tape and Packaging information on pages 52 and 53.

* Packaging & Standard Qty. (Min.)

TE Embossed Tape

4,000pcs.

Rated Dissipation

3A

1W

3D

2W

3F

3W

Temperature Coefficient of Resistance

N

±

70

×

10

-6

/

Tolerance on Rated Resistance

F

±

1%

G

±

2%

J

±

5%

Product Type

Size

Code Metric

Inch

63

6332

2512

Style

Note1. Rated Current=   (Rated Dissipation)/(Rated Resistance)

Note2. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage) 

Note3. Please contact Kamaya sales dept. for any other resistance values.

Rated Resistance

Unit : mm

Please contact Kamaya sales window for any other resistance values.

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34

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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Antimony Free

Halogen Free

AEC-Q200

C

hip

 R

esistors

Automotive grade

C

hip

 R

esistors

Wide termination & Sensing

Style

Size

Metric

(Inch)

Rated Dissipation

at 70

W

Rated Current

Range

A

Rated Resistance

Range

Tolerance on

Rated 

Resistance

 

Temperature Coefficient 

of Resistance

Insulation 

Voltage

V

Category Temperature

Range

Code

10

-6

/

TWLC32

1632 

0612

1.0

1.04 

 7.07

100mΩ

180mΩ

F (

±

 1%)

 

(

±

5%) 

0

〜 +

350

500

55

〜+

155

200mΩ 

470mΩ

0

〜 +

250

500mΩ 

910mΩ

〜 +

200

TWLC50

2550 

1020

1.0

100mΩ

180mΩ

〜 +

350

200mΩ

910mΩ

0

〜 +

200

TWLC63

3263 

1225

2.0

1.48 

 10.0

100mΩ

180mΩ

0

〜 +

350

200mΩ

910mΩ

0

〜 +

200

Note1. Rated Current =  (Rated Dissipation)/(Rated Resistance)

Note2. Rated Voltage=   (Rated Dissipation )

×

(Rated Resistance)  (d.c. or a.c. r.m.s Voltage)

Ratings

TWLC

Unit : mm

*Values for reference

Rated resistance value is marking with 4-digit on the over coating.

Dimensions

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

TWLC32

1632

0612

1.6

±

0.2

3.2

±

0.2

0.55

±

0.1

0.5

±

0.25

0.5

±

0.25

9mg

TWLC50

2550

1020

2.5

±

0.15

5.0

±

0.2

0.55

±

0.1

0.6

±

0.2

0.6

±

0.2

26mg

TWLC63

3263

1225

3.2

±

0.2

6.3

±

0.2

0.60

±

0.1

0.6

±

0.2

0.6

±

0.2

40mg

W

c

H

L

c

d

d

Rated Resistance

Resistance Code

650mΩ

R650

680mΩ

R680

700mΩ

R700

750mΩ

R750

800mΩ

R800

820mΩ

R820

900mΩ

R900

910mΩ

R910

Resistance Code

400mΩ

R400

430mΩ

R430

470mΩ

R470

500mΩ

R500

510mΩ

R510

560mΩ

R560

600mΩ

R600

620mΩ

R620

Resistance Code

220mΩ

R220

240mΩ

R240

250mΩ

R250

270mΩ

R270

300mΩ

R300

330mΩ

R330

360mΩ

R360

390mΩ

R390

Resistance Code

100mΩ

R100

110mΩ

R110

120mΩ

R120

130mΩ

R130

150mΩ

R150

160mΩ

R160

180mΩ

R180

200mΩ

R200

Features

Downsizing and High rated dissipation by wide termination structure.

High solderability strength and reliability by wide termination structure.

Part Number Description

Example

Style

TWLC

50

F

TE

R470

Temperature Coefficient of Resistance

0

〜+

200

×

10

-6

/

0

〜+

250

×

10

-6

/

0

〜+

350

×

10

-6

/

Rated Resistance

e.g. : R470 = 470mΩ

         R100 = 100mΩ

Tolerance on Rated Resistance

F

±

1%

J

±

5%

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package) 1,000pcs. All Style

TP Paper Tape

5,000pcs. TWLC32

TE Embossed Tape

4,000pcs. TWLC50

TWLC63

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Size

Code Metric Inch

32 1632 0612

50 2550 1020

63 3263 1225

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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C

hip

 F

usible 

R

esistors

Circuit Protection

L

c

c

W

d

d

H

FRC20

FRC32

FRC16

1000

100

0.1

0.01

0.001

0.0001

10

1

0

1

2

3

4

5

100

10

0.01

0.001

0.0001

1

0.1

0

1

2

3

4

5

1000

100

0.1

0.01

0.001

0.0001

10

1

0

1

2

3

4

5

Rated Resistance Value : 10 ohm

Rated Resistance Value : 1 ohm

Rated Resistance Value : 51 ohm

Power (W)

Fusing Time (s)

Power (W)

Fusing Time (s)

Power (W)

Fusing Time (s)

Antimony Free

Halogen Free

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

FRC16

1608

0603

1.6

±

0.1 0.8  

+0.15

−0.05

0.45

±

0.10 0.3

±

0.1

0.3

±

0.1

2.2mg

FRC20

2012

0805

2.0

±

0.1 1.25

±

0.10 0.6  

±

0.1

0.4

±

0.2

0.4

±

0.2

6mg

FRC32

3216

1206

3.2

±

0.2 1.6  

±

0.15 0.6  

±

0.1

0.5

±

0.25 0.5

±

0.25

10mg

Style

Size

Metric

(Inch)

Rated 

Dissipation

W

Rated 

Resistance

Range

Tolerance on

Rated 

Resistance

Temperature Coefficient

of Resistance

10

-6

/℃

Preferred Number

Series for

Resistors

Fusing Characteristic

Maximum

Open Circuit

Voltage 

Category Temperature

Range

Applied Power Fusing Time

FRC16

1608

(0603)

0.063

3.9Ω

51Ω

J(

±

5%)

±

500

E24

1.89W

30s max.

50V

55

〜+

125

FRC20

2012

(0805)

0.1

51Ω

±

1,000

2.0W

FRC32

3216

(1206)

0.125

51Ω

2.5W

56Ω

100Ω

±

500

FRC

Unit : mm

*Values for reference

Rated resistance value is marked with 3-digit on the over coating

*Refer to Tape and Packaging information on pages 52 and 53.

Style

Tolerance on Rated Resistance

J

±

5%

Fusing Characteristics

C

standard

Rated Resistance

E24series

ex.:100=10Ω

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs.

TP Paper Tape 

5,000pcs.

Size

Code Metric Inch

16

1608

0603

20

2012

0805

32

3216

1206

Size

Rated Dissipation

16

1J

0.063W

20

2A

0.1W

32

2B

0.125W

C

2A

100

J

TP

FRC

20

Product Type

Features

Suitable for battery circuit and power supply circuit.

Note1. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage) 

Note2. Contact us for further information on other style, resistance and pre-arcing time-current characteristic than those mentioned above.

Note3. Contact us for information when inrush and surge voltage are supposed to be applied.

Note4. Maximum open circuit voltage is the value of voltage applicable to both ends of resistors,when a resister is open condition in a circuit.

            This voltage shall be corresponding to 1,000 times the rated dissipation or maximum open circuit which is the less severe.

Part Number Description

Example

Dimensions

Ratings

Example of Typical Fusing Characteristics

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36

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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C

hip

 R

esistors

Chip Network

Antimony Free

Halogen Free

• Please contact Kamaya sales dept 

  for different resistance values.

ConvexType with corner

ConvexType with corner

ConvexType with corner

ConvexType Flat Type

RAC102D

P

H

W

b

Q

2

L

a

RAC104D

RAC164D

H

L

P

Q

1

Q

2

W

b

a

R

1

R

1

=R

2

=…=Rn

R

2

Rn

Circuits

a

b

L

P

P

W

Q

1

RAC168D

H

RAC062D

W

a

b

P

H

L

Q

• Please contact Kamaya sales dept 

  for different resistance values.

ConvexType with corner

ConvexType with corner

ConvexType with corner

ConvexType Flat Type

RAC102D

P

H

W

b

Q

2

L

a

RAC104D

RAC164D

H

L

P

Q

1

Q

2

W

b

a

R

1

R

1

=R

2

=…=Rn

R

2

Rn

Circuits

a

b

L

P

P

W

Q

1

RAC168D

H

RAC062D

W

a

b

P

H

L

Q

• Please contact Kamaya sales dept 

  for different resistance values.

ConvexType with corner

ConvexType with corner

ConvexType with corner

ConvexType Flat Type

RAC102D

P

H

W

b

Q

2

L

a

RAC104D

RAC164D

H

L

P

Q

1

Q

2

W

b

a

R

1

R

1

=R

2

=…=Rn

R

2

Rn

Circuits

a

b

L

P

P

W

Q

1

RAC168D

H

RAC062D

W

a

b

P

H

L

Q

• Please contact Kamaya sales dept 

  for different resistance values.

ConvexType with corner

ConvexType with corner

ConvexType with corner

ConvexType Flat Type

RAC102D

P

H

W

b

Q

2

L

a

RAC104D

RAC164D

H

L

P

Q

1

Q

2

W

b

a

R

1

R

1

=R

2

=…=Rn

R

2

Rn

Circuits

a

b

L

P

P

W

Q

1

RAC168D

H

RAC062D

W

a

b

P

H

L

Q

• Please contact Kamaya sales dept 

  for different resistance values.

ConvexType with corner

ConvexType with corner

ConvexType with corner

ConvexType Flat Type

RAC102D

P

H

W

b

Q

2

L

a

RAC104D

RAC164D

H

L

P

Q

1

Q

2

W

b

a

R

1

R

1

=R

2

=…=Rn

R

2

Rn

Circuits

a

b

L

P

P

W

Q

1

RAC168D

H

RAC062D

W

a

b

P

H

L

Q

Style

Terminal Style

L

W

H

Q

1

*Q

2

a

b

*P

*Unit weight/pc.

RAC062D

E

0.8

±

0.05 0.6

±

0.05 0.23

±

0.10

0.2  

±

0.1 0.2  

±

0.1 0.2  

±

0.1

0.5

0.38mg

RAC102D

C

1.0

±

0.1

1.0

±

0.1

0.35

±

0.10

0.34

±

0.05 0.2  

±

0.15 0.25

±

0.17 0.65

1.1mg

RAC104D

C

2.0

±

0.1

1.0

±

0.1

0.45

±

0.10 0.3

±

0.05 0.4  

±

0.1 0.2  

±

0.1 0.25

±

0.10 0.5

2.1mg

RAC164D

C

3.2

±

0.1

1.6

±

0.1

0.5  

±

0.1

0.4

±

0.1

0.6  

±

0.1 0.3  

±

0.1 0.3  

±

0.2

0.8

7mg

RAC168D

C

3.8

±

0.1

1.6

±

0.1

0.45

±

0.1

0.3

±

0.1

0.3  

±

0.1 0.3  

±

0.1

0.5  

8.3mg

Style

Rated Dissipation

at 70

Rated Current

of Jumper

A

Rated Resistance

Range

Tolerance on 

Rated Resistance

Temperature Coefficient

of Resistance 

10

-6

/

Limiting Element

Voltage

V

Preferred Number

Series for

Resistors

Insulation 

Voltage

V

Category Temperature

Range

W/Element

W/pc.

RAC062D

0.031

0.063

1.0

  100Ω

100kΩ

F(

±

1%)

±

200

12.5

E24

50

55

〜+

125

    10Ω

27Ω

J (

±

5%)

±

350

    30Ω

1MΩ

±

200

RAC102D

0.063

0.125

      3Ω

9.1Ω

J(

±

5%)

±

400

25

    10Ω

1MΩ

±

300

RAC104D

0.25

    10Ω

1MΩ

±

200

50

100

RAC164D

0.1

0.25

    10Ω

1MΩ

F(

±

1%)

±

100

      1Ω

9.1Ω

J(

±

5%)

+

300

〜+

500

    10Ω

1MΩ

±

200

RAC168D

0.063

0.25

    10Ω

1MΩ

±

200

25

Style

Tolerance on Rated Resistance

F

±

1

%

Resistor

J

±

5

%

None

――――

Jumper

Terminal Style

C Convex

Type

With corner

E

Flat Type(Low-profile)

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

TH Paper Tape (2 mm pitch)

10,000pcs.

RAC062D

RAC102D

RAC104D

TP Paper Tape

5,000pcs. RAC164D

RAC168D

Product Type

Size

06 W:0.6mm
10 W:1.0mm
16 W:1.6mm

Rated Resistance

E24 Series

e.g.:103=10k

Ω

Resistor

JP

Jumper

Circuits

D Isolation

No. of Elements

2 2-Elements

4

4-Elements

8 8-Elements

RAC

10

2

D

103

J

C

B

*Refer to Tape and Packaging information on pages 52 and 53.

Dimensions

RAC

Note. Please contact Kamaya sales dept for the detail of marking on the over coating.

Unit : mm

*Values for reference

Features

High-density SMD packaging contributes higher productivity and reduces assembly costs.

Dimensions of Terminal Style : E, please contact us.

Note1. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note2. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note3. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Note4. Jumper : Resistance value is less than 50m ohm.

Ratings

Part Number Description

Example

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C

hip

 R

esistors

Anti-Sulfuration & Chip Network

Anti-Sulfuration

Antimony Free

Halogen Free

W

W

a

a

b

P

P

H

b

H

L

L

Q

Q

W

W

a

a

b

P

P

H

b

H

L

L

Q

Q

電極形状 : E 凸形

W

W

a

a

b

P

P

H

b

H

電極形状 : E 凸形

電極形状 : G 凸形

W

W

a

a

b

P

P

H

b

H

電極形状 : G 凸形

P

H

W

b

Q

2

L

a

H

L

P

Q

1

Q

2

W

b

a

電極形状 凸形

b

Q

2

a

電極形状 凸形

Q

1

Q

2

W

b

a

RAAW062D

RAAW064D

RAAW062D

RAAW064D

RAAW102D

RAAW104D

RAAW164D

Convex G Type (Low-profile)

ConvexType with corner

ConvexType with corner

Convex E Type (Low-profile)

Convex G Type (Low-profile)

Convex E Type (Low-profile)

Style

Terminal Style

L

W

H

Q

1

*Q

2

a

b

*P

*Unit weight/pc.

RAAW062D

E

0.8

±

0.05 0.6

±

0.05 0.23

±

0.10

0.2  

±

0.1 0.2

±

0.1

0.2  

±

0.1 0.5

0.38mg

RAAW064D

E

1.4

±

0.05 0.6

±

0.05 0.23

±

0.10

0.2  

±

0.1 0.2

±

0.1

0.2  

±

0.1 0.4

0.65mg

RAAW

Features

Chip resistor network combined with anti-sulfuration performance.

High-density SMD packaging contributes higher productivity and reduces assembly costs.

• Please contact Kamaya sales dept 

  for different resistance values.

R

1

R

1

=R

2

=…=Rn

R

2

Rn

Circuits

Style

Rated Dissipation

at 70

Rated Current

of Jumper

A

Rated Resistance

Range

Tolerance on 

Rated Resistance

Temperature Coefficient

of Resistance 

10

-6

/

Limiting Element

Voltage

V

Preferred Number

Series for

Resistors

Insulation 

Voltage

V

Category Temperature

Range

W/Element

W/pc.

RAAW062D

0.031

0.063

1.0

  100Ω

100kΩ

F(

±

1%)

±

200

12.5

E24

50

55

〜+

155

    10Ω

27Ω

J (

±

5%)

±

350

    30Ω

1MΩ

±

200

RAAW064D

0.125

  100Ω

100kΩ

F(

±

1%)

±

200

    10Ω

27Ω

J (

±

5%)

±

350

    30Ω

1MΩ

±

200

Rating

Style

Terminal Style

E

Convex

Type

Flat Type(Low-profile)

(Face down)

G

Flat Type(Low-profile)

(Face up)

Product Type

Size

06 W:0.6mm

Circuits

D Isolation

No. of Elements

2 2-Elements

4

4-Elements

RAAW

06

4

D

103

F

G

TH

Tolerance on Rated Resistance

F

±1

%

J

±

5%

Rated Resistance

E24 Series

e.g. : 103=10kΩ

3-Digit

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package) 1,000pcs. All Style

TH Paper Tape (2 mm pitch) 10,000pcs. RAAW062D

RAAW064D

*Refer to Tape and Packaging information on pages 52 and 53.

Note1. Rated Voltage=   (Rated Dissipation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note2. Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher than the critical resistance value.

Note3. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Note. Please contact Kamaya sales dept for the detail of marking on the over coating.

Dimensions

*Values for reference

Unit : mm

Part Number Description

Example

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38

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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Antimony Free

Pb Free

Halogen Free

C

hip

 T

hermistors

Temperature Compensation

LTC

Features

Linearity of resistance change in wide temperature range.

Suitable for temperature compensation, temperature sensing and controlling, and circuit protection applications.

Temperature Coefficient

of Resistance

Resistance Temperature

Coefficient Tolerance

Rated Resistance Range 

(Rated Dissipation at 70

)

Tolerance on

Rated Resistance

Preferred Number

Series for

Resistors

Insulation 

Voltage

V

Category Temperature

Range

LTC1/10

(0.1W)

LTC1/8

(0.125W)

10

-6

/

Code

500

05

±

100

×

10

-6

/

100Ω

5.1kΩ

100Ω

10kΩ

J(

±

5%)

E24

100

40

〜+

125

800

08

±

150

×

10

-6

/

100Ω

5.1kΩ

100Ω

10kΩ

1,000

10

±

15%

100Ω

5.1kΩ

100Ω

10kΩ

1,500

15

100Ω

3.3kΩ

100Ω

4.7kΩ

2,000

20

±

10%

100Ω

3.3kΩ

100Ω

4.7kΩ

2,400

24

100Ω

1.6kΩ

100Ω

2.2kΩ

2,800

28

100Ω

3.3kΩ

100Ω

3.6kΩ

3,000

30

100Ω

3.3kΩ

100Ω

3.6kΩ

3,300

33

100Ω

3.3kΩ

100Ω

3.6kΩ

3,600

36

  51Ω

910Ω

  51Ω

1.2kΩ

3,900

39

  51Ω

560Ω

  51Ω

910Ω

4,200

42

  33Ω

360Ω

  33Ω

470Ω

4,500

45

  33Ω

200Ω

  33Ω

180Ω

Note1. Rated Voltage=   (Rated Disspation)

×

(Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

Note2. Listed above will be made by order. Please contact Kamaya sales dept for further information.

Ratings

Style

LTC

1/8

30

J

TP

102

Temperature Coefficient of Resistance

Refer to Ratings Table on next page

e.g.: 30=3,000

×

10

-6

/

Rated Resistance

E24 Series

e.g.:102=1k

Ω

Tolerance on Rated Resistance

J

±5%

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs.

TP Paper Tape

5,000pcs.

*Refer to Tape and Packaging information on pages 52 and 53.

Rated Dissipation & Size

Code Rated Dissipation Metric

Inch

1/10

0.1W

2012

0805

1/8

0.125W

3216

1206

Product Type

Part Number Description

Example

W

d

d

L

c

c

H

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

LTC1/10

2012

0805

2.0

±

0.15 1.25 

+0.10

−0.05

0.6

±

0.1 0.4  

±

0.2

0.3 

+0.2

−0.1

5mg

LTC1/8

3216

1206

3.1

±

0.1

1.55

±

0.10 0.6

±

0.1 0.45

±

0.20 0.3 

+0.2

−0.1

9mg

Unit : mm

*Values for reference

Dimensions

Rated resistance and T.C.R. value are marked with 4-digit on the over coating.

e.g. 10E3...

Please contact Kamaya sales dept for further information.

10 : 1,000

×

10

-6

/

E3 : 1.5kΩ

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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C

hip 

F

uses

C

hip 

F

uses & 

C

hip

 F

usible 

R

esistors

Selection Guide & Support

Chip Fuse Selection Guide

Various type Chip Fuse line-up, High Inrush performance, Fast acting with low internal resistance value and High rated voltage etc.

Category

Series

Type

Electrical 

Characteristics

Size line-up

Features

1005(0402) 1608(0603) 2012(0805) 3216(1206)

Secondary 

side fuse

FCC/FHC

AB

General-purpose

Ir×200

5s Max.

30Vd.c.

24Vd.c.

36Vd.c.

32Vd.c.

50Vd.c.

32Vd.c.

2 types of the line-up fusing characteristics.

4 size line-up.

AD

Ir×250

5s Max.

32Vd.c.

24Vd.c.

50Vd.c.

24Vd.c.

50Vd.c.

24Vd.c.

64Vd.c.

32Vd.c.

FCCR

AB

Low internal

 resistance value Ir×200

5s Max.

24Vd.c.

50Vd.c.

Lower internal resistance value compared to FCC AB 

series.

High interrupting rating 50Vdc / 50A for 0603 Inch size.

FMC

WB

AB

Low Ohm

Fast Acting

Ir×200

5s Max.

24Vd.c.

32Vd.c.

Low consumption power by low internal resistance 

value.

Fast acting fusing with anti pulse characteristics

WH

In-rush

Withstand

Ir×200

5s Max.

24Vd.c.

32Vd.c.

Small size with anti pulse characteristics.

New Line up 1005mm size.

SBF

AS

Slow Blow

Ir×200

120s 

Max.

63Vd.c.

32Vd.c.

High anti pulse characteristics by slow blow fusing.

HFC

AG

High rated voltage Ir×200

60s Max.

76Vd.c.

High rated voltage 76Vdc with low profile structure.

Line up of Rated current, Max. 12.5A

Slow

Fast

Low

High

Anti Pulse

Fusing Speed

FMC AB,WB

 

Low Ohm &Fast Acting

 

HDD Game Equipment, 

Car Navigation

FMC,WH

 

Inrush Withstand

DSC, Inkjet Printer, PC

HFC32

 

High Voltage

Large LCD, SMPS

SBF32

 

Slow Blow

Battery Pack, Inverter Module

FCC/FHC

 

Fast Acting

FCCR

 

Low Ohm

Smartphone, Small/Middle LCD

Major Application

Major Application

Major Application

Major Application

Major Application

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40

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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L

c

c

W

d

d

H

Antimony Free

Pb Free

Halogen Free

C

hip

 F

uses

Circuit Protection

Features

Fast-Acting Type. Suitable for over-current protection of the circuit of miniature portable equipment.Please contact Kamaya sales 

dept, if you need to confirm Inrush current endurance, Anti-pulce performance etc.We can provide Application Guide for FCC,FHC 

selection.

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

FCC10

1005

0402

1.0

±

0.05 0.5  

±

0.05 0.4  

±

0.05 0.2

±

0.1

0.25

±

0.10

0.8mg

FHC10

FCC16

1608

0603

1.6

±

0.1

0.8   

+0.15

−0.05

0.45

±

0.10 0.3

±

0.15 0.3  

±

0.1

2mg

FHC16

FCC20

2012

0805

2.0

±

0.1

1.25

±

0.10 0.6  

±

0.1

0.4

±

0.2

0.4  

±

0.2

6mg

FHC20

FCC32

3216

1206

3.2

±

0.2

1.6  

±

0.15 0.6  

±

0.1

0.5

±

0.25 0.5  

±

0.25

10mg

FHC32

0.65

±

0.10

11mg

FCC,FHC

Unit : mm

*Values for reference

Dimensions

Ratings/Option Code : AD (Fast-Acting Type)

Current value is marked on the cover coating.

Please refer to Ratings table as below.

Ratings/Option Code

 : 

AD, AB

Style

Size

Metric

 (Inch)

Rated Current

Internal Resistance

m ohm max.

Mark

Interrupting Rating

Time/Current Characteristics

Working Temperature Range

Code

A

Option Code Time/Current Characteristics

FCC10

1005

(0402)

151

0.15

2,700

O

32Vd.c. 35A

AD

Rated Current Opening time

×

250%

5s Max.

−55

〜+

125

201

0.2

1,000

Z

30Vd.c. 35A

251

0.25

750

C

321

0.315

620

D

401

0.4

340

E

501

0.5

290

F

631

0.63

210

I

801

0.8

150

K

102

1.0

120

L

132

1.25

90

M

FHC10

162

1.6

55

N

24Vd.c. 35A

202

2.0

40

S

252

2.5

36

T

302

3.0

30

R

322

3.15

26

U

FCC16

1608

(0603)

151

0.15

4,000

OD

50Vd.c. 35A

201

0.2

1,800

ZD

36Vd.c. 35A

251

0.25

1,000

CD

321

0.315

750

DD

401

0.4

330

ED

501

0.5

280

FD

631

0.63

200

ID

801

0.8

130

KD

102

1.0

110

LD

132

1.25

85

MD

162

1.6

70

ND

202

2.0

55

SD

252

2.5

45

TD

32Vd.c. 35A

FHC16

322

3.15

26

UD

24Vd.c. 35A

352

3.5

22

VD

402

4.0

19

XD

FCC20

2012

(0805)

401

0.4

330

401

50Vd.c. 50A

501

0.5

270

501

631

0.63

190

631

801

0.8

130

801

102

1.0

100

102

132

1.25

80

132

162

1.6

65

162

202

2.0

55

202

252

2.5

40

252

FHC20

322

3.15

26

UD

32Vd.c. 50A

402

4.0

19

XD

502

5.0

14

YD

24Vd.c. 50A

FCC32

3216

(1206)

201

0.2

1,800

201

64Vd.c. 50A

251

0.25

1,000

251

321

0.315

750

321

401

0.4

350

401

501

0.5

295

501

631

0.63

200

631

801

0.8

140

801

102

1.0

110

102

132

1.25

85

132

152

1.5

78

152

162

1.6

75

162

202

2.0

65

202

252

2.5

45

252

FHC32

322

3.15

26

UD

32Vd.c. 50A

402

4.0

19

XD

502

5.0

14

YD

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

41

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100

0

55

125

70

Ambient Temperature(

)

Temperature Derating

Percentage of the rated current(%)

C

hip

 F

uses

Circuit Protection

Style

Option Code

Code

Clearing Time

AD

Within 5s under 250%

of Rated Current

AB

Within 5s under 200%

of Rated Current

Rated Current

e.g. : 501=0.5A

         132=1.25A

         202=2.0A

3-Digit

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs.

All Style

PA

Press-Pocket

Paper Tape (2mm pitch) 10,000pcs.

FCC10

FHC10

TP

Paper Tape

5,000pcs.

FCC16  FHC16

FCC20  FHC20

FCC32  FHC32

Size

Code Metric Inch

10 1005 0402

16 1608 0603

20 2012 0805

32 3216 1206

Product Type

FCC

FHC

FCC

20

202

AD

TP

*Refer to Tape and Packaging information on pages 52 and 53.

FCC, FHC

Ratings/Option Code : AB (Fast-Acting Type)

Part Number Description

Example

Recommended Derating for Rated Current

e.g.) If FCC16 102AB (Rated Current:1.0A) is used under ambient temperature 70

,

 

Kamaya recommends, less than the current value derated as below,

 

Rated Current

1.0A

×

 (Nominal  Derating

70%

×

 Temperature  Derating

100%) =0.7A

Nominal Derating

  Option Code AD:Nominal Derating ≤ 80% of Rated Current

  Option Code AB:Nominal Derating ≤ 70% of Rated Current

Temperature Derating

  Please refer to the following graph regarding the current derating value for 

  ambient temperature.

Style

Size

Metric

 (Inch)

Rated Current

Internal Resistance

m ohm max.

Mark

Interrupting Rating

Time/Current Characteristics

Working Temperature Range

Code

A

Option Code Time/Current Characteristics

FCC10

1005

(0402)

201

0.2

2,400

Z

30Vd.c.  35A

AB

Rated Current Opening time

×

200%

5s Max.

−55

〜+

125

251

0.25

1,000

C

321

0.315

750

D

401

0.4

620

E

501

0.5

340

F

631

0.63

290

I

751

0.75

220

A

801

0.8

210

K

102

1.0

150

L

132

1.25

120

M

152

1.5

100

H

162

1.6

90

N

FHC10

202

2.0

55

S

24Vd.c.  35A

252

2.5

40

T

FCC16

1608

(0603)

201

0.2

3,200

ZB

36Vd.c.  35A

251

0.25

1,800

CB

321

0.315

1,000

DB

401

0.4

750

EB

501

0.5

330

FB

631

0.63

280

IB

751

0.75

210

AB

801

0.8

200

KB

102

1.0

130

LB

132

1.25

110

MB

152

1.5

95

HB

162

1.6

85

NB

202

2.0

70

SB

FHC16

252

2.5

40

TB

32Vd.c.  35A

FCC20

2012

(0805)

501

0.5

330

FB

50Vd.c.  50A

631

0.63

270

IB

801

0.8

190

KB

102

1.0

130

LB

132

1.25

100

MB

162

1.6

80

NB

202

2.0

65

SB

FHC20

252

2.5

40

TB

32Vd.c.  50A

kamaya-catalog-html.html
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42

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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W

d

d

H

L

c

c

F

Antimony Free

Pb Free

Halogen Free

C

hip

 F

uses

Circuit Protection

Features

Option code : AB, WB / Low internal resistance compared with FCC/FHC16 AB series for low power consumption and voltage dropping.

Option code : WH / High anti pulse performance.

Please contact Kamaya sales dept, if you need to confirm Inrush current endurance, Anti-pulse performance etc. 

We can provide Application Guide for FMC16 selection.

Style

Option Code

Metric Inch

L

W

H

c

d

*Unit weight/pc.

FMC10

WH

1005 0402

1.0

±

0.05 0.5

±

0.05

0.35

±

0.05

0.2

±

0.1

0.25

±

0.10 0.6mg

AB

0.38

±

0.05

FMC16

All

1608 0603

1.6

±

0.1

0.8 

+0.15

−0.05

0.45

±

0.10 0.3

±

0.15 0.3  

±

0.1

2mg

Ratings/Option Code : WB (Fast-Acting Type)

Ratings/Option Code : WH (Fast-Acting Type)

FMC

Option Code : WB, AB / Low Ohm & Fast Acting

Option Code : WH / In-rush Withstand

Unit : mm

*Values for reference

Dimensions

Current value is marked on the cover coating.

Please refer to Ratings table as below.

Style

Size

Metric 

(Inch)

Rated Current

Internal Resistance

m ohm max.

Mark

Interrupting Rating

Electrical Characteristics

Working Temperature Range

Code

A

Option Code

Electrical Characteristics

FMC16

1608

(0603)

501

0.5

260

32Vd.c. 35A

WB

−55

〜+

125

751

0.75

140

102

1.0

110

132

1.25

80

152

1.5

65

202

2.0

45

252

2.5

32

302

3.0

26

402

4.0

18

502

5.0

14

Style

Size

Metric

 (Inch)

Rated Current

Internal Resistance

m ohm max.

Mark

Interrupting Rating

Electrical Characteristics

Working Temperature Range

Code

A

Option Code

Electrical Characteristics

FMC10

1005

(0402)

501

0.5

250

F

24Vd.c. 35A

WH

−55

〜+

125

751

0.75

150

A

102

1.0

100

L

132

1.25

70

M

152

1.5

60

H

202

2.0

40

S

252

2.5

30

T

302

3.0

25

R

322

3.15

24

U

402

4.0

18

X

502

5.0

14

Y

FMC16

1608

(0603)

501

0.5

400

○F

32Vd.c. 35A

631

0.63

300

○I

751

0.75

210

○A

801

0.8

180

○K

102

1.0

115

○L

132

1.25

90

○M

152

1.5

70

○H

162

1.6

60

○N

202

2.0

50

○S

252

2.5

37

○T

302

3.0

28

○R

322

3.15

26

○U

402

4.0

18

○X

502

5.0

14

○Y

Rated Current Opening time

×

100%

4h Min.

×

200%

5s Max.

×

300%

0.2s Max.

Rated Current Opening time

×

100%

4h Min.

×

200%

5s Max.

×

300%

0.2s Max.

kamaya-catalog-html.html
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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

43

http:// www.kamaya.co.jp

C

hip

 F

uses

Circuit Protection

Ratings/Option Code : AB (Fast-Acting Type)

Option Code : WB, AB / Low Ohm & Fast Acting

Option Code : WH / In-rush Withstand

FMC

Style

Option Code

Code

Clearing Time

WB

Rated Current

×

200% 5s max.

AB

WH

Rated Current

e.g. :501=0.5A

        132=1.25A

        252=2.5A

3digit

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

TH Press-Pocket

Paper Tape (2mm pitch) 10,000pcs. FMC10

TP Paper Tape 

5,000pcs. FMC16

Size

Code Metric Inch

10

1005

0402

16

1608

0603

FMC

16

501

WB

TP

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Part Number Description

Example

Recommended Derating for Rated Current

e.g.) If FMC16 102WB (Rated Current:1.0A) is used under ambient temperature 70

,

 

Kamaya recommends, less than the current value derated as below,

 

Rated Current

1.0A

×

(Nominal Derating : 75%

×

Temperature Derating : 80%) =0.6A

Nominal Derating

  Nominal Derating ≤ 75% of Rated Current

  For only FMC10 WH series, please note that the recommendation value is different by Rated current.

  Rated Current

 ≦ 

3.0A : 75%, Rated Current

 > 

3.0A : 70%

 

Temperature Derating

  Please refer to the following graph regarding the current derating value for ambient temperature. 

0

10

20

30

40

50

60

70

80

90

100

110

120

130

-60 -50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100110 120130

Ambient Temperature(

)

Percentage of the rated current(%)

Style

Size

Metric 

(Inch)

Rated Current

Internal Resistance

m ohm max.

Mark

Interrupting Rating

Electrical Characteristics

Working Temperature Range

Code

A

Option Code

Electrical Characteristics

FMC10

1005

(0402)

501

0.5 

240

F

24Vd.c. 35A

AB

−55

〜+

125

751

0.75 

140

A

102

1.0 

95

L

132

1.25

73

M

152

1.5 

60

H

202

2.0 

41

S

252

2.5 

32

T

302

3.0

25

R

Rated Current Opening time

×

100%

4h Min.

×

200%

5s Max.

×

300%

0.2s Max.

kamaya-catalog-html.html
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44

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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W

d

d

H

L

c

c

Percentage of the rated current(%)

100

0

55

125

70

Ambient Temperature(

)

Temperature Derating

Antimony Free

Pb Free

Halogen Free

C

hip

 F

uses

Circuit Protection

Features

Suitable for over-current protection of the circuit of miniature portable equipment.

L

c

c

W

d

d

H

S40

0

10

20

30

40

50

60

70

80

90

100

110

120

130

-60 -50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100110 120130

Ambient Temperature(

)

Percentage of the rated current(%)

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

FCCR10

1005

0402

1.0

±

0.05 0.5

±

0.05 0.4 

±

0.05 0.2

±

0.1

0.25

±

0.10

0.8mg

FCCR16

1608

0603

1.6

±

0.1

0.8 

+0.15

−0.05

0.45

±

0.10 0.3

±

0.15 0.3  

±

0.1

2mg

FCCR

Unit : mm

*Values for reference

Style

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

PA Press-Pocket

Paper Tape (2mm pitch) 10,000pcs. FCCR10

TP Paper Tape 

5,000pcs. FCCR16

Option Code

Code

Clearing Time

AB Within 5s under 200% of Rated Current

Rated Current

e.g. :151=0.15A

        321=0.315A

        132=1.25A

3digit

Size

Code Metric Inch

10

1005 0402

16

1608 0603

FCCR

10

151

AB

PA

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Dimensions

Current value is marked on the cover coating.

Please refer to Ratings table as below.

Ratings/Option Code : AB (Fast-Acting Type)

Part Number Description

Example

Recommended Derating for Rated Current

e.g.) If FCCR10 501AB (Rated Current:0.5A) is used under ambient temperature 70

,

 

Kamaya recommends, less than the current value derated as below,

 

Rated Current

0.5A

×

(Nominal Derating

75%

×

Temperature Derating

100%) =0.375A

Nominal Derating

  Nominal Derating ≤ 75% of Rated Current

Temperature Derating

  Please refer to the following graph regarding the current derating value for 

  ambient temperature. 

Style

Size

Metric

 (Inch)

Rated Current

Internal Resistance

m ohm max.

Mark

Interrupting Rating

Time/Current Characteristics

Working Temperature Range

Code

A

Option Code

Time/Current Characteristics

FCCR10

1005

(0402)

151

0.15

1850

24Vd.c. 35A

AB

Rated Current 

×

 200%

Opening time : 5s Max.

55

〜+

125

201

0.2

1250

Z

251

0.25

880

C

321

0.315

600

D

401

0.4

400

E

501

0.5

300

F

FCCR16

1608

(0603)

151

0.15

2300

OB

50Vd.c. 50A

201

0.2

1350

ZB

251

0.25

1000

CB

321

0.315

600

DB

401

0.4

450

EB

501

0.5

300

FB

631

0.63

220

IB

751

0.75

190

AB

801

0.8

165

KB

102

1.0

130

LB

132

1.25

110

MB

152

1.5

90

HB

162

1.6

75

NB

202

2.0

65

SB

252

2.5

40

TB

kamaya-catalog-html.html
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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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L

c

c

W

d

d

H

S40

0

10

20

30

40

50

60

70

80

90

100

110

120

130

-60 -50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100110 120130

Ambient Temperature(

)

Percentage of the rated current(%)

Antimony Free

Pb Free

Halogen Free

Features

“Slow Blow ”ensure high anti pulse performance. Line up of 8A. 

Please contact Kamaya sales dept, if you need to confirm Inrush current endurance, Anti-pulse performance etc.

We can provide Application Guide for SBF32  selection.

C

hip

 F

uses

Circuit Protection

L

c

c

W

d

d

H

S40

0

10

20

30

40

50

60

70

80

90

100

110

120

130

-60 -50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100110 120130

Ambient Temperature(

)

Percentage of the rated current(%)

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

SBF32

3216

1206

3.2

±

0.2

1.6

±

0.15 0.65

±

0.10 0.5

±

0.25 0.5

±

0.25

10mg

SBF32 

Slow Blow

Unit : mm

*Values for reference

Style

SBF

32

402

AS

TP

Option Code

Code

Clearing Time

AS Rated Current×200% : 1s min

120s. max.

Rated Current

e.g. : 252=2.5A

         402=4.0A

         802=8.0A

3digit

Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs.

TP Paper Tape 

5,000pcs.

Size

Code Metric Inch

32

3216 1206

*Refer to Tape and Packaging information on pages 52 and 53.

Product Type

Dimensions

Part Number Description

Example

Recommended Derating for Rated Current

e.g.)

 If SBF32 102AS (Rated Current 1.0A) is used under ambient temperature 70

 

Kamaya recommends, less than the current value derated as below,

 

Rated Current : 1.0A

×

  (Nominal Derating : 75%

×

  Temperature Derating : 80%) = 0.6A

Nominal Derating

 

  

Nominal Derating ≤ 75% of Rated Current

 

Temperature Derating

  

 

Please refer to the following graph regarding the current derating value for ambient 

temperature.

Current value is marked on the cover coating.

Please refer to Ratings table as below.

Style

Size

Metric

 (Inch)

Rated Current

Internal Resistance

m ohm max.

Mark

Interrupting Rating

Electrical Characteristics

Working Temperature Range

Code

A

Option Code

Electrical Characteristics

SBF32

3216

(1206)

102

1.0

130

S10

63Vd.c. 50A

AS

55

〜+

125

132

1.25

94

S13

152

1.5

68

S15

202

2.0

40

S20

252

2.5

30

S25

32Vd.c. 50A

302

3.0

24

S30

402

4.0

15

S40

502

5.0

12

S50

602

6.0

10

S60

702

7.0

7

S70

802

8.0

6

S80

Rated Current

Opening time

Min.

Max.

×

100%

4h

×

200%

1s

120s

×

300%

0.02s

3.0s

×

800%

0.0015s

0.05s

Ratings/Option Code : AS (Slow Blow Type)

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46

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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Antimony Free

Pb Free

Halogen Free

0

10

20

30

40

50

60

70

80

90

100

110

120

130

-60 -50 -40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 130

W

d

d

H

L

c

c

HFC32 

High Rated Voltage

Current value is marked on the cover coating.

Please refer to Ratings table as below.

Dimensions

Ratings/Option Code : AG (Fast-Acting Type)

Recommended Derating for Rated Current

Unit : mm

*Values for reference

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

HFC32

3216

1206

3.2

±

0.2

1.6

±

0.15 0.60

±

0.1 0.5

±

0.25 0.5

±

0.25

9mg

e.g.)

 If HFC32 252 AG (Rated Current 2.5A) is used under ambient temperature 70

 

Kamaya recommends, less than the current value derated as below,

 

Rated Current : 2.5A

x

(Nominal Derating : 75%

×

 Temperature Derating : 80%) = 1.5A

Nominal Derating 

  Nominal Derating ≤ 75% of Rated Current

・ 

Temperature Derating

  

 

Please refer to the following graph regarding the current derating value for ambient 

temperature.

Ambient Temperature(

)

Percentage of the rated current(%)

Features

Line-up of Low-profile Chip Fuse with high rated voltage 76Vd.c.

Withstanding for rated current until Max. 12.5A

For Chip Fuse selection, application guide is available.  Please contact Kamaya sales dept. if it is required.

C

hip

 F

uses

Circuit Protection

*Refer to Tape and Packaging information on pages 52 and 53.

Style

Option Code

Code

Clearing Time

AG Rated Current×200% 60s max.

Rated Current

e.g. : 252 =2.5A

         103 =10.0A

         133 =12.5A

3digit

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs.

TP Paper Tape 

5,000pcs.

Size

Code

Metric

Inch

32

3216 1206

HFC

32

252

AG

TP

Product Type

Part Number Description

Example

Style

Size

Metric

 (Inch)

Rated Current

Internal Resistance

m ohm max.

Mark

Interrupting Rating

Electrical Characteristics

Working Temperature Range

Code

A

Option Code

Electrical Characteristics

HFC32

3216

(1206)

102

1.0

180

102

76Vd.c. 50A

AG

Rated Current 

×

 200%

Opening time : 60s Max.

55

〜+

125

132

1.25

140

132

162

1.6

100

162

202

2.0

60

202

252

2.5

38

252

302

3.0

32

302

322

3.15

30

322

402

4.0

20

402

502

5.0

16

502

632

6.3

12

632

702

7.0

11

702

802

8.0

9

802

103

10.0

7

103

133

12.5

6

133

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

47

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We can provide Application Guide for Fuses Selection.

Messrs***

Verification of Chip Fuse Application

****/**/**

Kamaya Electric Co., Ltd.

Hokkaido Research Center

C

hip

 F

uses

Circuit Protection

Support of Chip Fuse Selection

Series

FCCR

Size

1005 (mm)

OP Code

AB

Nominal Derating

75%

Temperature Derating

100%

Condition Spec

Judgment

Voltage

15Vd.c. 24Vd.c.

OK

Current

20A

35A

OK

#1

0.2666667 A Min.

#2

0.5 A Max.

P/N

Size

Amp.

Fusing

Interrupting

Note.

FCCR10501AB

1005

0.5 A

200%, 5s

24Vd.c. 35A

OK: 100k times 

pulse withstand.

Items

Size Current Fusing

Note

#1 FCCR

10

501 AB

1005

0.5 A 200%,5s OK: 100k times pulse withstand.

#2
#3
#4
#5

Application

15

V d.c.

20

A

Nominal

0.2

A max.

Ambient

70

deg.C Max

Abnormal

1

A

Item for examination

#1

Trapezoidal waveform

    

0-0.00003 s

Im

2 A

t

1

5 us

t

2

10 us

t

3

30 us

→ 

Joule Integra

53.333 A^2 * us

Interval

00

Amount

Joule Integra

Num of wave 1

Confirmations for Rush

Confirmation of Rush

Confirmation for Derating

Confirmation for Interrupting

Basis of selection

Item for recommend

Operating condition

Rated Current 

 Nominal Current / (Nominal Derating 

×

 

Temperature Derating)

Rated Current 

 Abnormal Current / Fusing Characteristics

Recommended Item

①FCCR10501AB

Im

0

t

1

t

2

t

3

Time t (s)

Joule Integral I2t (A^2s)

Percentage of the rated current

(%)

100

0

−55

125

70

Ambient Temperature (°C)

Temprerature Derating

0.000001

0.00001

0.0001

0.001

0.01

0.000001

0.00001

0.0001

0.001

0.01

FCCR10501

AB

Your Waveform

Im

0

t

1

t

2

t

3

Time t (s)

Joule Integral I2t (A^2s)

Percentage of the rated current

(%)

100

0

−55

125

70

Ambient Temperature (°C)

Temprerature Derating

0.000001

0.00001

0.0001

0.001

0.01

0.000001

0.00001

0.0001

0.001

0.01

FCCR10501

AB

Your Waveform

Im

0

t

1

t

2

t

3

定格電流比(

100

0

-55

125

70

周囲温度(℃)

温度ディレーティング曲線

0.00001

0.0001

0.001

0.01

0.1

1

0.000001

0.00001

0.0001

0.001

0.01

0.1

Jo

ul

In

te

gr

al

 I2

t (

A

^2

s)

Time t (s)

FCCR10501AB

Your Waveform

The item you would like to check.

Circuit Voltage:Max voltage value of circuit mounting fuses

Steady-State Current:Current value flown fuses on normal condition.

Ambient Temperature:Temperature around fuses.

Waveform(In-rush Currnet):It rapidly flows on circuit when power supply is turned on.

In order to select the appropriate Kamaya chip fuse, please provide the following information and contact Kamaya sales dept for details.

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48

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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Antimony Free

Halogen Free

C

hip

 A

ttenuators

High Frequency

Features

Suitable for use at DC and up to UHF band frequencies.

RAC101A

4

3

1

2

Dot mark on Termination 1

Attenuation factor on Termination 2 to 3

Unbalanced    Type

Circuits

Q

P

H

W

a

L

1

2

4

3

b

Style

Terminal Style

L

W

H

Q

a

b

P

*Unit weight/pc.

RAC101A

C

1.0

±

0.1

1.0 

+0.10

   0

0.35

±

0.1 0.33

±

0.10 0.15

±

0.10 0.25

±

0.10 0.65

±

0.10

1.1mg

Unit : mm

*Values for reference

Dimensions

Style

Characteristic

Impedance

Attenuation Factor Tolerance on Attenuation

Factor

dB

Voltage Standing

Wave Ratio

Frequency

Range

Rated Input Power

mW/package

Category Temperature

Range

symbol

dB

RAC101A

50 ohm

1

1

±

0.3

1.2max.

DC

f

3GHz

100

40

〜+

125

2

2

3

3

4

4

5

5

6

6

±

0.4

7

7

8

8

9

9

A

10

Note1. The following information is available.

 

Test methods for Attenuation Factor and VSWR characteristics.

Ratings

*Refer to Tape and Packaging information on pages 52 and 53.

Style

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs.

TH Paper Tape (2 mm pitch) 10,000pcs.

Size

10 W:1.0mm

RAC

10

1

A

1

C

TH

Characteristic Impedance

1

50 Ω

Circuits

A

Unbalanced π Type

Attenuation Factor

1

1dB

2

2dB

3

3dB

4

4dB

5

5dB

6

6dB

7

7dB

8

8dB

9

9dB

A

10dB

Terminal Style

C Convex Type With corner

Product Type

Part Number Description

Example

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Antimony Free

Pb Free

Halogen Free

AEC-Q200

ESD

 

S

uppressors

Circuit Protection

SPC,HSPC

Circult

W

d

d

H

L

c

c

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

SPC10

1005

0402

1.0

±

0.05 0.5

±

0.05 0.35

±

0.05 0.2    

±

0.1 0.25  

±

0.10

0.6mg

HSPC10
HSPC16

1608

0603

1.6

±

0.1 

0.8

 

+0.15

−0.05

0.5

±

0.10 0.3    

±

0.1 0.3    

±

0.1

2mg

Unit : mm

*Values for reference

Dimensions

Part Number

Size

Metric

(Inch)

Capacitance

Note.1

pF

ESD Characteristics

Note.4

Rated

Voltage

V

Note.5

Leakage

current

μA

Note.6

Category Temperature

Range

Test Voltage

V

Peak Voltage

Note.2

Clamp Voltage

Note.3

V

ESD pulse withstand

Pulses

Code

V

SPC10

1005

(0402)

0.1 Max.

8kV Contact discharge 501

500 Max.

100  Max.

100 Min.

30 Max.

1 Max.

55

〜+

125

50 Max.

HSPC10

15kV Aerial discharge

601

600 Max.

30 Max.

HSPC16

1608

(0603)

0.2 Max.

701

700 Max.

20 Max.
50 Max.

Note1. Capacitance : Measured at 25

, 1MHz, 1V rms.

Note2. Peak Voltage :  Measured at IEC61000-4-2 Test Voltage.

Note3. Clamp Voltage : Measured at IEC61000-4-2 Test Voltage, at 30ns.

Note4. Rated Voltage : The value of voltage that is applicable to each teminal of ESD suppressor without operation of suppressor.

Note5. Lealage Current : The value of current that ESD suppressor is impressed at rated voltage.

Note6. Category Temperature Range : Working Temperature Range of ESD suppressor.

Ratings

Part Number Description

Example

Style

SPC

10

501

A

01

TH

Size

Code Metric Inch

10

1005

0402

16

1608

0603

Peak Voltage

Code Peak Voltage

501

500V

601

600V

701

700V

Option Code

Code

Option Code

01

Capacitance 0.1pF max.

02

Capacitance 0.2pF max.

Rated Voltage

Code Rated Voltage

A

30V max.

B

20V max.

C

50V max.

Product Type

SPC

HSPC

* Packaging & Standard Qty. (Min.)

B Bulk (Loose Package)

1,000pcs. All Style

TH Paper Tape (2mm pitch) 10,000pcs. SPC10

HSPC10

TP Paper Tape

5,000pcs. HSPC16

*Refer to Tape and Packaging information on pages 52 and 53.

Features

ESD protection component.

SPC Series    :Low capacitance 0.1pf Max. Suitable for ESD protection of High Speed data line.

 

  Major application : Mobile Phone, Digital Still Camera, PC, LCD TV etc.

HSPC Series : High ESD protection performance (15kV) for automotive (Tight ESD spec requirement)

 

New Line up 0603mm size.

 

Major application : Car audio, Car Navigation, System etc.

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50

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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Antimony Free

Pb Free

Halogen Free

ESD

 

S

uppressors

Circuit Protection

W

d

d

H

L

c

c

SPGA

Circult

W

d

d

H

L

c

c

Style

Metric

Inch

L

W

H

c

d

*Unit weight/pc.

 

SPGA06

0603

0201

0.63

±

0.05 0.3

±

0.03 0.23

±

0.05 0.165

±

0.05 0.165

±

0.05

0.16mg

Unit : mm

*Values for reference

Dimensions

Part Number

Size

Metric

(Inch)

Capacitance

Note.1

pF

ESD Characteristics

Note.4

Rated

Voltage

V

Note.5

Leakage

current

μA

Note.6

Category Temperature

Range

Test Voltage

V

Peak Voltage

Note.2

Clamp Voltage

Note.3

V

ESD pulse withstand

Pulses

Code

V

 

SPGA06

0603

(0201)

0.5 Max.

8kV Contact discharge

501

500 Max.

70  Max.

900 Min.

5 Max.

1 Max.

40

〜+

125

701

700 Max.

85  Max.

12 Max.

Note1. Capacitance : Measured at 25

, 1MHz, 1V rms.

Note2. Peak Voltage :  Measured at IEC61000-4-2 Test Voltage.

Note3. Clamp Voltage : Measured at IEC61000-4-2 Test Voltage, at 30ns.

Note4. Rated Voltage : The value of voltage that is applicable to each teminal of ESD suppressor without operation of suppressor.

Note5. Lealage Current : The value of current that ESD suppressor is impressed at rated voltage.

Note6. Category Temperature Range : Working Temperature Range of ESD suppressor.

Ratings

Part Number Description

Example

Style

SPGA

06

501

D

05

PA

Size

Code Metric Inch

06

0603

0201

Peak Voltage

Code Peak Voltage

501

500V

701

700V

Option Code

Code

Option Code

05

Capacitance 0.5pF max.

Rated Voltage

Code Rated Voltage

D

5V max.

E

12V max.

Product Type

SPGA

* Packaging & Standard Qty. (Min.)

PA Press-Pocket

Paper Tape (2mm pitch) 15,000pcs. SPGA06

*Refer to Tape and Packaging information on pages 52 and 53.

Features

ESD protection component.

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51

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Memo

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52

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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PA

TH (Cavity pitch : 2mm)

(Cavity pitch : 4mm)

TP

TE

t

t

1

t

C

φ

1.5

0.1

0

φ

1.5

0.1

0

2.0

±

0.05

t

1

A

W

E

1.75

±

0.1

B

C

t

0.3max.

2.0

±

0.05

A

W

E

1.75

±

0.1

B

t

t

2

t

1

G

D

E

A

B

C

H

Label B

Label A

Unit : mm

*Dimension A : Please contact Kamaya sales dept for plastic reels of 

φ

250mm and 

φ

330mm.

*Please contact Kamaya sales department for 1mm pitch cavity taping.

Pulling direction

Pulling direction

P

ackaging for 

SMD

Reel Dimensions

Tape Dimensions (Unit : mm)

PA

TH (Cavity pitch : 2mm)

(Cavity pitch : 4mm)

TP

TE

t

t

1

t

C

φ

1.5

0.1

0

φ

1.5

0.1

0

2.0

±

0.05

t

1

A

W

E

1.75

±

0.1

B

C

t

0.3max.

2.0

±

0.05

A

W

E

1.75

±

0.1

B

t

t

2

t

1

G

D

E

A

B

C

H

Label B

Label A

Unit : mm

*Dimension A : Please contact Kamaya sales dept for plastic reels of 

φ

250mm and 

φ

330mm.

*Please contact Kamaya sales department for 1mm pitch cavity taping.

Pulling direction

Pulling direction

Metric

Inch

Style

Code

A

B

C

W

E

t

1

t

2

t

0402

01005

RMC1/32, RMPC04

PA

0.24

±

0.03 0.45

±

0.03 4.0

±

0.05

8.0

±

0.2

3.5

±

0.05

0.31

±

0.03 0.15

±

0.02 0.36

±

0.03

0603

0201

RMC06, RMC1/20, RGC1/20, RNC06, RMAW06, 

RMGW06, RMPC06

0.37

±

0.05 0.67

±

0.05

4.0

±

0.05

0.42

±

0.03 0.27

±

0.02 0.45

±

0.05

1005

0402

FCC10, FHC10, FCCR10

0.65

±

0.10 1.15

±

0.10

0.6  

±

0.05 0.5  

±

0.05 0.7 max.

RMC10,RMC1/16S, RGC1/16S, RNC10, RLC10, RCC10, 

FMC10, SPC10, HSPC10, RMGW10, RMPC10, RMCH10, 

RPCH10

TH

0.65

1.15

4.0

±

0.1

0.4  

±

0.05

0.5 max.

1608

0603

RMC1/16

1.15

±

0.15 1.9  

±

0.2

0.6  

±

0.1

0.8 max.

RMC16, RMC1/16, RGC1/16, RNC16, FCR1/16, RVC16, 

RLC16, RHC16, RCC16, RLP16, FCC16, FHC16, FMC16, 

FRC16, HSPC16, FCCR16, RBX16, RMPC16, RMCH16, 

RMGW16, RPCH16, RPGW16, RPC16

TP

1.15

±

0.15 1.9  

±

0.2

0.6  

±

0.1

0.8 max.

2012

0805

RMC20, RMC1/10, RGC1/10, FCR1/10, RNC20, RVC20, 

RPC20, RLC20, RHC20, LTC1/10, FCC20, FHC20, FRC20, 

RCC20, RMGW20, RBX20, RMPC20, RMCH20, RPCH20, 

RPGW20

1.65

±

0.15 2.5   

±

0.2

0.8  

±

0.1

1.0 max.

RLP20, MLP20

0.6  

±

0.1

0.8 max.

3216

1206

RMC32, RMC1/8, RGC1/8, FCR1/8, RNC32, RVC32, RPC32, 

RLC32, LTC1/8, FCC32, FHC32, SBF32, FRC32, RCC32, 

HFC32, RMGW32, TWMC32, TWLC32, RBX32, RMPC32, 

RMCH32, RPCH32, RPGW32, RVAC32

2.0  

±

0.15 3.6  

±

0.2

0.8  

±

0.1

1.0 max.

RLP32

0.6  

±

0.1

0.8 max.

3225

1210

RMC35, RMC1/4, FCR1/4, RPC35, RLC35, RMGW35, 

RBX35, RMPC35, RMCH35, RPCH35, RPGW35

TE

2.85

±

0.20 3.5  

±

0.2

8.0

±

0.3

3.5

±

0.05

1.0

±

0.2

5025

2010

RMC50, RMC1/2, FCR1/2, RVC50, RPC50, RZC50, 

RLC50, TWLC50, RMGW50, TWMC50

3.1  

±

0.2 5.5  

±

0.2

12

±

0.3

5.5

±

0.05

1.1

±

0.15

6332

2512

RMC63, RMC1, FCR1, RVC63, RPC63, RZC63, RLC63, 

RLP63, MLP63C, MLP63, TWMC63, TWLC63,  

RMGW63

3.6  

±

0.2 6.9  

±

0.2

1.1

±

0.15

Chip Networks

Chip Attenuators

RAC062D, RAAW062D

TH

0.7  

±

0.1

0.9  

±

0.1

4.0

±

0.1

8.0

±

0.2

3.5

±

0.05

0.43

±

0.05

0.5

±

0.1

RAAW064D

1.5  

±

0.1

RAC101A

1.15

1.15

0.4  

0.05

−0.10

0.55 max.

RAC102D

0.5 max.

RACA104D, RAC104D

1.2  

±

0.1 2.2  

±

0.1

0.4  

±

0.1

RACA164D, RAC164D

TP

1.9  

±

0.15 3.6  

±

0.2

0.6  

±

0.1

0.8 max.

RAC168D

1.9  

±

0.15 4.1  

±

0.15

8.0

±

0.3

Code

A

B

C

D

E

G

H

Plastic Reel

(EIAJ ET-7200C)

PA,TH,TP,TE

(8 mm width)

Shoot molding

φ

180 

    0

 -

1.5

φ

60  

1

 0

φ

13

±

0.2

9  

1.0

   0

11.4

±

1.0

2

±

0.5

φ

21

±

0.8

Vacuum molding

13.0

±

1.0

TE(12 mm width)

13  

1.0

   0

17.0

±

1.0

0.05

0.10

0.05

0.10

0.05

0.10

0.05

0.10

Packaging for Surface Mount Devices

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

53

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Tape Dimensions

Standard Packaging Quantities 

(Minimum Units)

Packaging for Surface Mount Devices

P

ackaging for 

SMD

http:// www.kamaya.co.jp

Metric

Inch

Style

Code

A

B

C

W

E

t

1

t

2

t

6332

2512

WLP63

TE

3.5

±

0.2 6.75

±

0.20  4.0

±

0.1

12

±

0.3

5.5

±

0.05

1.2 Max

Metric

Inch

Style

Tape & Reel

Bulk

Code

M. P. Q.

(pcs./reel)

Outer Carton

Q'ty

(pcs.)

Reel Q'ty

(pcs.)

Gross 

Weight

(kg)

Measurement

(m

3

)

0402

01005

RMC1/32, RMPC04

PA

20,000

50

8.8

0.027

1,000

0603

0201

RMC06, RMC1/20, RGC1/20, RNC06, RMAW06, RMGW06, 

RMPC06

15,000

7.8

1005

0402

FCC10, FHC10, FCCR10

10,000

6.0

RMC10, RMC1/16S, RGC1/16S, RNC10, RLC10, RCC10, 

RLP10, FMC10, SPC10, HSPC10, RMGW10, RMPC10, 

RMCH10, RPCH10

TH

1608

0603

RMC1/16

8.3

RMC16, RMC1/16, RGC1/16, RNC16, FCR1/16, RVC16, RLC16, 

RHC16, RCC16, RLP16, FCC16, FHC16, FMC16, FCCR16, 

FRC16, HSPC16, RBX16, RPC16, RMGW16, RMPC16, 

RMCH16, RPCH16, RPGW16, RPC16

TP

5,000

7.2

2012

0805

RMC20, RMC1/10, RGC1/10, FCR1/10, RLP20, RNC20, 

RVC20, RPC20, RLC20, RHC20, LTC1/10, FCC20, FHC20, 

FRC20, RCC20,MLP20, RMGW20, RBX20, RMPC20, RMCH20, 

RPCH20, RPGW20

8.4

3216

1632

1206

0612

RMC32, RMC1/8, RGC1/8, FCR1/8, RNC32, RVC32, RPC32, 

RLC32, LTC1/8, FCC32, FHC32, SBF32, FRC32, RCC32, 

HFC32, RMGW32, TWMC32, TWLC32, 

RBX32, RMPC32, RMCH32, RPCH32, RPGW32, RVAC32

8.8

1,000

RLP32, FCC32, FHC32, SBF32, HFC32

10.0

3225

1210

RMC35, RMC1/4, FCR1/4, RPC35, RLC35, RMGW35, RBX35, 

RMPC35, RMCH35, RPCH35, RPGW35

TE

4,000

1,000

5025

2550

2010

1020

RMC50, RMC1/2, FCR1/2, RVC50, RPC50, RZC50, RLC50, 

TWLC50, TWMC50, RMGW50

40

8.0

6332

3263

2512

1225

RMC63, RMC1, FCR1, RVC63, RPC63, RZC63, RLC63, 

TWMC63, TWLC63, RMGW63

10.4

RLP63, MLP63C, MLP63, WLP63

12.0

Chip Networks

Chip Attenuators

RAC062D, RAAW062D, RAAW064D

TH

10,000

50

6.0

RAC102D, RAC101A
RACA104D, RAC104D

6.3

RACA164D, RAC164D

TP

5,000

7.7

RAC168D

8.6

5,000

Note1. Please contact Kamaya sales dept. for the specification of outer carton for tape and reel code: PA, TH, TP, TE. (8mm width)

Note2. Please contact Kamaya sales dept. for information of bulk packing of RLP, MLP, MLP63C and WLP.

Note3. Please contact Kamaya sales dept. for taping and reel packing of WLP and SPGA06.

*Values for reference

Unit : mm

kamaya-catalog-html.html
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54

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

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Dimensions

Ratings

Unit : mm

*Values for reference

φ

d

H

H

L

φ

D

L

eaded 

R

esistors

Pulse & Packing for Leaded Resistors

http:// www.kamaya.co.jp

Style

L

D

H

d

*Unit weight/pc.

RC1/4

6.3

±

0.7 2.4

±

0.1 30

±

3 0.6

±

0.05

222mg

RC1/2

9.5 

0.8

0.7

3.6

±

0.2 28

±

3 0.7 

0.07

0.05

422mg

Style

Rated 

Dissipation

at 70

W

Limiting 

Element

Voltage

V

Rated 

Resistance

Range

Combinations of Rated Resistance Range and Temperature Coefficient of Resistance

Tolerance on Rated

Resistance and

Perferred Number Series

for Resistors.

Insulation 

Voltage

V

Category 

Temperature

Range

Temperature Coefficient of Resistance %

Rated Resistance

Range

at −55°C

at 

125°C

RC1/4

0.25

250

5.6MΩ

K

±

10

%)

 

 E12series

M

±

20

%)

 

 E6series

100

−55

125

+6.5

0

+1

5

 1kΩ

+10 

0

 0

6

1.1kΩ

10kΩ

+13 

0

 0

7.5

11kΩ

91kΩ

RC1/2

0.5

350

22MΩ

100kΩ

500

+15 

0

 0

10

120kΩ

1MΩ

+20 

0

 0

15

1.2MΩ

22MΩ

Improved pulse endurance characteristics compared to carbon-film devices.

Features

Note1. Rated Voltage =   (Rated Dissipation)×(Rated Resistance).  (d.c. or a.c. r.m.s. Voltage)

Note2. Limiting Element Voltage can only be applied to resistors  when the resistance value is equal to or higher than the critical resistance value.

Note3. Critical Resistance Value is the resistance value at which the rated voltage is equal to the limiting element voltage.

Storage

Soldering Process

Temperature 20±15

, Humidity 60% Max, Recommendation Storing Term 6 months after shipped from factory.

Recommented Soldering Process is Flow Solering.

Reflow soldering is not preferred.

Style

RC

1/4

102

K

B

*Refer to Tape and Packaging information on pages 55.

Rated Resistance

E12, 6 Series

e.g. : 2R2=2.2

Ω

         102=1k

Ω

Tolerance on Rated Resistance

K

±

10%

M

±

20%

Rated Dissipation

1/4

0.25W

1/2

0.5W

*Packaging

B Bulk (Straight)

TB 52 mm Width Tape (Ammo Box)
TD 52 mm Width Tape (Reel)

Product Type

Part Number Description

Example

RC

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

55

http:// www.kamaya.co.jp

Tape

Tape & Reel  (Code : TD)

Ammo Box

Unit : mm

Unit : mm

Unit : mm

*Values for reference

Z

t

T

S

P

L

2

L

1

W

C

b

a

Window indication

Indication Label

A

Label indication

A'

C

2

C

1

d

B

Y

P

ackaging for 

Leaded Resistors

Style

Code

A

*A'

B

C

1

C

2

d

*Y

RC1/4

RC1/2

TD

260

±

5

280

75

±

5

60.4

±

1

78

±

1

14.5

±

0.5

3

Style

Code

a

b

c

RC1/4

TB

52mm

Width

Tape

60

±

5

75

±

5

275

±

5

RC1/2

65

±

5

455

±

5

Style

Tape & Reel

Ammo Box

Bulk Packaging

 Q'ty /

Reel

(pcs.)

Reel Size

(mm)

Outer Carton

Width of

Taping

(mm)

Q'ty /

 Box

(pcs.)

Outer Carton

M.P.Q.

Q'ty /

Plastic Bag

(pcs.)

Q'ty /

Inner

Carton

(pcs.)

Outer Carton

Q'ty /

Carton

(pcs.)

Gross 

Weight

(kg)

Measure-

ment

(m

3

)

Q'ty /

Carton

(pcs.)

Gross 

Weight

(kg)

Measure-

ment

(m

3

)

Q'ty /

Carton

(pcs.)

Gross 

Weight

(kg)

Measure-

ment

(m

3

)

RC1/2

3,000

260

24,000

13

0.04

52

2,000

30,000

16

0.05

500

(100×5)

5,000

30,000

13

0.04

RC1/4

5,000

260

40,000

12

0.04

52

2,000

30,000

10

0.03

1000

(200×5)

10,000

50,000

13

0.04

Style

W

L

1

-L

2

T

t

P

Z

S

RC1/4

RC1/2

52.4

1.6

1.4

1.0max.

6.0

±

0.5

0.5max.

5.08

±

0.38

1.0max.

3.2min.

Packaging for Leaded Resistors

kamaya-catalog-html.html
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56

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

C

apacitors

Please see Catalog of Walsin Technology Corporation. (Website: http://www.passivecomponent.com/) for detail information.

Multilayer Ceramic Capacitor

General purpose, Board of PC etc.            

Full support by Japanese Quality Assurance team.

Features

Characteristic

Series

Dielectric

Size (Inch)

Capacitance

Rated Voltage

General Purpose

(6.3V

100V)

NP0

0201, 0402, 0603, 0805, 1206, 1210, 1812, 

1825, 2220, 2225

0.1pF

~   

0.1μF

10V, 16V, 25V, 50V, 100V

X7R

0201, 0402, 0603, 0805, 1206, 1210, 1812, 

1825, 2220, 2225

100pF

~    

47μF

6.3V, 10V, 16V, 25V, 50V, 100V

X5R

0201, 0402, 0603, 0805, 1206, 1210

100pF

~   

220μF

4V, 6.3V, 10V, 16V, 25V, 50V

Y5V

0402, 0603, 0805, 1206, 1210, 1812

0.01μF

~   

100μF

6.3V, 10V, 16V, 25V, 50V, 100V

Middle & High 

Voltage Caps

(200

4KV)

NP0

0402, 0603, 0805, 1206, 1210, 1808, 1812, 

1825, 2220, 2225

0.5pF

~   

0.1μF

200V, 250V, 500V, 630V, 1kV, 2kV, 3kV, 4kV

X7R

0603, 0805, 1206, 1210, 1808, 1812, 1825, 

2220, 2225

100pF

~   

2.2μF

200V, 250V, 500V, 630V, 1kV, 2kV, 3kV, 4kV

Y5V

0805, 1206, 1210, 1812

0.01μF

~   

0.68μF

200V, 250V

High Q & Low ESR Caps

(HH Series)

NP0

0201, 0402, 0603, 0805

0.3pF 

 3300pF

16V, 25V, 50V, 100V, 200V, 250V, 500V, 630V

Microwave Caps

(RF Series)

NP0

01R5, 0201,0402, 0603, 0805, 0505, 1111

0.1pF

1000pF

6.3V, 10V, 25V, 50V, 100V, 500V, 1500V

Soft Termination Caps

SH = with Ag Polymer

NP0

0402, 0603, 0805, 1206, 1210, 1808, 1812, 

1825, 2220, 2225

0.1pF

~   

0.1μF

10V,16V, 25V, 50V, 100V, 200V, 250V, 500V, 630V, 

1KV, 3KV

X7R

0402, 0603, 0805, 1206, 1210, 1808, 1812, 

1825, 2220, 2225

100pF

~    

22μF

10V, 16V, 25V, 50V, 100V, 200V, 250V, 500V, 630V, 

1kV, 2kV, 3kV

Safety Certificated 

Caps X1/Y2

(S2 series)

NP0

1808, 1812, 2211

3pF

~   

680pF

250Vac

X7R

1808, 1812, 2220, 2211

100pF

4700pF

250Vac

Safety Certificated 

Caps X2

(S3 series)

NP0

1808, 1812

3pF

1000pF

250Vac

X7R

1808, 1812, 2220

150pF

0.022μF

250Vac

Automotive Caps 

without AEC-Q200

(MG Series)

NP0

0201, 0402, 0603, 0805, 1206, 1210, 1812

0.1pF

0.047μF

10V, 16V, 25V, 50V, 100V, 200V, 250V, 500V, 630V, 

1kV

X7R

0201, 0402, 0603, 0805, 1206, 1210, 1812

100pF

~   

2.2μF

10V, 16V, 25V, 50V, 100V, 200V, 250V, 500V, 630V, 

1kV

X5R

0402, 0603, 0805, 1206, 1210

0.068μF

~   

10μF

6.3V, 10V, 16V, 25V

Automotive Caps 

qualified with 

AEC-Q200

(MT Series)

NP0

0201, 0402, 0603, 0805, 1206, 1210

0.1pF

0.047μF

10V, 16V, 25V, 50V, 100V, 250V, 500V, 630V, 1kV

X7R

0201, 0402, 0603, 0805, 1206, 1210

100pF

~   

2.2μF

10V, 16V, 25V, 50V, 100V, 250V, 500V, 630V,

1kV

Automotive Hi-Q Caps

qualified with AEC-Q200

(RT Series)

NP0

0402

0.1pF

~    

56pF

25V, 50V

3 Terminal Feedthrough Type

(FT Series)

X7R

0805

10nF

~     

1μF

16V, 25V, 50V

Automotive AEC-Q200 available

Soft Termination (ST Series)

X7R

0603, 0805, 1210

1000pF

~   

0.1μF

10V, 16V, 25V, 50V, 100V

Microwave Capacitance 

Narrow Deviation (UF Series)

NP0

0402

0.05pF

~     

3pF

25V, 50V

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

57

http:// www.kamaya.co.jp

Multilayer Ceramic Capacitor

C

apacitors

L

T

W

M

B

M

B

http:// www.kamaya.co.jp

Dimensions

Single Chip

*Values for reference

Unit : mm

Size Inch

 (Metric)

L

W

T/Symbol

Soldering  Method*

MB

Quantity per Reel (pcs./reel)

01R5

(0402)

 0.4

±

0.02

 0.2

±

0.02

 0.2

±

0.02

V

R

0.10

±

0.03

20,000 

0201

(0603)

 0.6

±

0.03

 0.3

±

0.03

 0.3

±

0.03

L

0.15

±

0.05

15,000 

   0.6

±

0.05

#2

   0.3

±

0.05

#2

   0.3

±

0.05

#2

   0.6

±

0.09

#3

   0.3

±

0.09

#3

   0.3

±

0.09

#3

0.15

+

0.1

/-

0.05

0402

(1005)

1.00

±

0.05

0.50

±

0.05

0.50

±

0.05

N

0.25

+

0.05

/-

0.10

10,000 

0.50

+

0.02

/-

0.05

Q

1.00

±

0.20

0.50

±

0.20

 0.5

±

0.20

E

0603

(1608)

1.60

±

0.10

0.80

±

0.10

0.80

±

0.07

S

R / W

0.40

±

0.15

4,000 

1.60

+

0.15

/-

0.10

0.80

+

0.15

/-

0.10

0.50

±

0.10

H

0.80

+

0.15

/-

0.10

X

 1.60

±

0.20

#1

 0.80

±

0.20

#1

 

    0.8

±

0.20

#1

0805

(2012)

2.00

±

0.15

1.25

±

0.10

0.50

±

0.10

H

0.50

±

0.20

4,000 

0.60

±

0.10

A

0.80

±

0.10

B

1.25

±

0.10

D

R

3,000 

2.00

±

0.20

1.25

±

0.20

0.85

±

0.10

T

R / W

4,000 

1.25

±

0.20

I

R

3,000 

1206

(3216)

3.20

±

0.15

1.60

±

0.15

0.80

±

0.10

B

R / W

0.60

±

0.20

(0.5

±

0.25)***

4,000 

0.95

±

0.10

C

R

3,000 

1.25

±

0.10

D

3.20

±

0.20

1.15

±

0.15

J

1.60

±

0.20

1.60

±

0.20

G

0.85

±

0.10

T

R / W

2,000 

3.20

+

0.30/-0.10

1.60

+

0.30

/-

0.10

1.60

+

0.30

/-

0.10

P

R

4,000 

1210

(3225)

3.20

±

0.30

2.50

±

0.20

0.95

±

0.10

C

0.75

±

0.25

3,000 

0.85

±

0.10

T

1.25

±

0.10

D

3.20

±

0.40

2.50

±

0.30

1.60

±

0.20

G

2,000 

2.00

±

0.20

K

1,000 

2.50

±

0.30

M

1808

(4520)

4.50

±

0.40

(4.5

+

0.5

/-

0.3)**

2.03

±

0.25

1.25

±

0.10

D

0.75

±

0.25

(0.5

±

0.25)***

2,000 

1.40

±

0.15

F

1.60

±

0.20

G

2.00

±

0.20

K

1,000 

1812

(4532)

4.50

±

0.40

(4.5

+

0.5

/-

0.3)**

3.20

±

0.30

1.25

±

0.10

D

1,000 

1.60

±

0.20

G

2.00

±

0.20

K

3.20

±

0.40

2.50

±

0.30

M

500 

2.80

±

0.30

U

1825

(4563)

4.60

±

0.40

6.30

±

0.40

1.60

±

0.20 (G) 

2.00

±

0.20 (K)

2.50

±

0.30 (M)

2.80

±

0.30 (U)

0.75

±

0.35

****

2211

(5728)

5.70

±

0.40

2.80

±

0.30

0.85

±

0.35

2220

(5750)

5.70

±

0.40

5.00

±

0.40

2225

(5763)

5.70

±

0.40

6.30

±

0.40

0505

(1414)

1.40

+

0.38

/-

0.25

1.40

±

0.38

1.15

±

0.15

J

0.25

+

0.25

/-

0.13

1111

(2828)

2.79

+

0.51

/-

0.25

2.79

±

0.38

≤ 1.78

G

0.38

±

0.25

* R = Reflow soldering process ; W = Wave soldering process.

** For 1808inch_200V ~3kV, 1812inch_200V~3kV and safety certificated products.

*** For 1206inch_1000V ~3kV, 1808inch_200V ~3kV, 1812inch_200V~3kV and safety certificated products.

**** Please contact Kamaya sales dept. for taping and reel packing Quantity of 1825 Size, 2211 Size, 2220 Size, 2255 Size, 0505 Size and 1111 Size.

#1 : For 0603inch/Cap ≥ 10μF or 0603inch(≤6.3V)/Cap ≥ 4.7μFor 0603inch(>10V)/Cap>1μF products.  

#2 : For 0201inch/Cap ≥ 0.68μF products.  #3 : For 0201inch/Cap ≥ 1μF products.

The table only for General Purpose Series, Soft termination and others please refer to individual sheet for details.

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58

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

RoHS

http:// www.kamaya.co.jp

C

apacitors

104

Capacitance

R47

=

0.47pF

0R5

=

0.5pF

1R0

=

1pF

100

=

10pF

101

=

100pF    

102

=

1000pF

103

=

0.01uF

104

=

0.1uF

105

=

1uF

106

=

10uF

107

=

100uF

1206

RF

SH

03

03

Size

Inch

01R5

0201
0402
0603
0805
1206
1210
1808
1812
1825
2220
2225
0505
 1111

B

Dielectric

N

NP0

B

X7R 

F

Y5V

X

X5R

C

Termination

L

Ag/Ni/Sn

C

Cu/Ni/Sn

[ General Purpose MLCC / Middle & High Voltage MLCC ]

[ High Q/Low ESR MLCC / Microwave MLCC / Safety / Certificated MLCC / Automotive MLCC ]

[ Soft Termination MLCC ]

K

Tolerance

A

±

0.05pF

B

±

0.1pF 

C

±

0.25pF

D

±

0.5pF 

F

±

1%

G

±

2% 

J

±

5%

K

±

10% 

M

±

20%

Z

20/

80%

T

Packaging style

B

Bulk 

C

Bulk cassette

T

7” reeled

Q

10” reeled

G

13” reeled

500

104

104

B

B

C

SH:C

K

K

T

T

500

500

Rated voltage

6R3

=

6.3 Vdc

100

=

10 Vdc

160

=

16 Vdc

250

=

25 Vdc

500

=

50 Vdc

101

=

100 Vdc

201

=

200 Vdc

251

=

250 Vdc

501

=

500 Vdc

631

=

630 Vdc

102

=

1k Vdc

202

=

2k Vdc

302

=

3k Vdc

402

=

4k Vdc

Rated voltage

6R3

=

6.3 Vdc

100

=

10 Vdc

160

=

16 Vdc

250

=

25 Vdc

500

=

50 Vdc

101

=

100 Vdc

201

=

200 Vdc

251

=

250 Vdc

501

=

500 Vdc

631

=

630 Vdc

102

=

1k Vdc

202

=

2k Vdc

302

=

3k Vdc

Size

Inch

02=01R5
03=0201
15=0402
11=0505
18=0603
21=0805
22=1111
31=1206
32=1210
42=1808
43=1812
52=2211
55=2220
56=2225 

Size

Inch

02=01R5
03=0201
15=0402
11=0505
18=0603
21=0805
22=1111
31=1206
32=1210
42=1808
43=1812
52=2211
55=2220
56=2225 

SH

With Ag 

polymer

Termination

SH:C Cu/Polymer/

Ni/Sn

Capacitance

R47

=

0.47pF

0R5

=

0.5pF

1R0

=

1pF

100

=

10pF

101

=

100pF    

102

=

1000pF

103

=

0.01uF

104

=

0.1uF

105

=

1uF

106

=

10uF

107

=

100uF

Dielectric

N

NP0

B

X7R 

F

Y5V

X

X5R

Tolerance

A

±

0.05pF

B

±

0.1pF 

C

±

0.25pF

D

±

0.5pF 

F

±

1%

G

±

2% 

J

±

5%

K

±

10% 

M

±

20%

Z

20/

80%

Packaging style

B

Bulk 

C

Bulk cassette

T

7” reeled

Q

10” reeled

G

13” reeled

Rated voltage

6R3

=

6.3 Vdc

100

=

10 Vdc

160

=

16 Vdc

250

=

25 Vdc

500

=

50 Vdc

101

=

100 Vdc

201

=

200 Vdc

251

=

250 Vdc

501

=

500 Vdc

631

=

630 Vdc

102

=

1k Vdc

202

=

2k Vdc

302

=

3k Vdc

*250Vac. for S2 and S3.

Termination

L

Ag/Ni/Sn

C

Cu/Ni/Sn

P Cu/Polymer/Ni/Sn

HH High Q/ Low ESR

RF Microwave

S2 X1/Y2 safety 

class

S3 X2 safety class

MG

Automotive Cap. 

without 

AEC-Q200

MT Automotive Cap. 

with AEC-Q200

RT Automotive

Hi-Q Cap

Packaging style

B

Bulk 

C

Bulk cassette

T

7” reeled

Q

10” reeled

G

13” reeled

Tolerance

A

±

0.05pF

B

±

0.1pF 

C

±

0.25pF

D

±

0.5pF 

F

±

1%

G

±

2% 

J

±

5%

K

±

10% 

M

±

20%

Z

20/

80%

Capacitance

R47

=

0.47pF

0R5

=

0.5pF

1R0

=

1pF

100

=

10pF

101

=

100pF    

102

=

1000pF

103

=

0.01uF

104

=

0.1uF

105

=

1uF

106

=

10uF

107

=

100uF

Dielectric

N

NP0

B

X7R 

F

Y5V

X

X5R

Part Number Description

Example

kamaya-catalog-html.html
background image

59

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

http:// www.kamaya.co.jp

[ High Q/Low ESR MLCC / Microwave MLCC / Safety / Certificated MLCC / Automotive MLCC ]

Dipped metallized film capacitors,CR Units

C

apacitors

http:// www.kamaya.co.jp

Film Capacitors Summary

Capacitors for Power Electronics

Film Capacitors

About Nitsuko product, Please contact as follows.

Nitsuko Electronics Corporation

http://www.nitsuko-ele.co.jp/

Head office

      2031-1, Ogawara, Suzaka-shi, Nagano-ken, 382-0071

     

TEL (+81) 26-246-6351  FAX (+81) 26-245-6239

Yanato office

   PSA Building,6-1-6, Chuo, Yamato-shi, Kanagawa, 242-0021

 

TEL (+81) 46-206-5247  FAX (+81) 46-206-5248

E-Mail: ec@nitsuko-ele.co.jp

Capacitors for Power Electronics

Summary

Style

Series

Code

Features

Rated

Voltage

Capacitance

 (μF)

Temp. Range

 (°C)

General use

Standard

FPB

 Small Standard

250VDC

450VDC

630VDC

800VDC

1250VDC

0.47

10

0.22

4.7

0.068

2.2

0.68

2.2

0.001

0.47

−40

〜+

85

(

105)

FPB2

 Small

630VDC

0.47

2.2

−40 ~

105

FPT2

 

High temperature availability

 

Small

630VDC

0.068

2.2

−40 ~

105

(

125)

FPT

 High temperature availability

 

 (〜 +

125

℃)

450VDC

630VDC

0.22

4.7

0.01 ~ 2.2

−40 ~

105

(

125)

MDX

 Standard

250VDC

450VDC

630VDC

0.01

10

0.01

4.7

0.015

2.2

−40

〜+

85

(

105)

MDD

 Lead pitch  5mm, 7.5mm

50VDC

63VDC

100VDC

250VDC

0.1

2.2

0.1

1.0

0.047

0.47

0.01

0.15

−40

〜+

85

(

105)

PFC circuit

in power

FPS4

 Small

 Low noise

 Halogen-free product

450VDC

0.47

2.2

−40

〜+

85

(

110)

FPS3

 Low Noise

 Halogen-free product

450VDC

0.47

2.2

−40

〜+

85

(

110)

FPA

 Standard

 Halogen-free product

450VDC

550VDC

0.47

2.2

−40

〜+

85

(

110)

Large

capacitance

MDL

 Miniature and Large capacitance

 For high frequency and high ripple

35VDC

63VDC

4.7

22

10

22

−40

〜+

85

(

105)

High voltage

MDD

 High voltage 500 VAC. 

500VAC

0.0022

0.1

−40

〜+

85

(

105)

High frequency circuit use

FPF

 Large current

250VDC

450VDC

630VDC

0.01

10

0.01

3.3

0.01

2.2

−40

〜+

105

FPD4

 Standard

250VDC

450VDC

630VDC

0.01

10

0.01

3.3

0.01

2.2

−40

〜+

105

Across- the- line use

FSX

 EMI suppression class X2 

   Small 

310VAC

0.01

10

−40

〜+

110

CFD-N

 For Japan

 For noise immunity test

125VAC

250VAC

0.033

4.7

0.01

2.2

−40

〜+

85

(

105)

Surge absorber

C-R units

CR

 C-R Unit 

125VAC

250VAC

0.1μF

120Ω

0.033μF

120Ω

−40

〜+

85

CRKH

 C-R Unit 

 UL,VDE Safety Standard

275VAC

0.01

0.1μF

47,100,120Ω

−40

〜+

100

General Purpose

(

DC-Link, Smoothing, etc

)

FPCL

 Long Life

 

 High Voltage

 High Current

630VDC

800VDC

1100VDC

1300VDC

  5

65

10

20

  1

25

  1

15

−40

〜+

70

(

85)

kamaya-catalog-html.html
background image

60

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

Inductor/Balun

Please see Catalog of Walsin Technology Corporation Co., Ltd. (Website: http://www.passivecomponent.com) for detal information.

Quick Product Information

http:// www.kamaya.co.jp

   

Application

Type

Style

Series

Range

Size(mm)

Quantity per

reel

L

W

H

RF Inductor

Wire Wound 

Ceramic Chip 

Inductor

WLCW1005

1nH

~   

120nH

1.19

0.64

0.66

4K

WLCW1005CH

1.3nH

~    

75nH

1

0.6

0.5

10K

WLCW1608

1.6nH

~   

470nH

1.8

1.12

1.02

4K

WLCW1608HQ

1.8nH

~   

390nH

1.7

1.02

0.9

4K

WLCW2012

2.2nH

~  

4700nH

2.29

1.73

1.52

3K

WLCW2012HQ

2.5nH

~     

51nH

2.4

1.65

1.45

3K

WLCW2520

8.2nH

15000nH

2.92

2.79

2.02 / 2.10

2K

WLCW2520HQ

3nH

~   

100nH

2.92

2.7

2.79

2K

WQCW1005

1nH

~   

120nH

1.19

0.64

0.66

4K

WQCW1608

1.6nH

~   

470nH

1.8

1.12

1.02

4K

WQCW2012

2.2nH

~  

1000nH

2.29

1.73

1.52

3K

SMD Air

Wound Coil

WLAC291A

2.5nH

~   

18.5nH

3.68

3.05

3.18

0.5K

WLAC291B

17.5nH

~     

43nH

6.86

3.05

3.18

0.5K

WLAC292A

1.65nH

~    

5.4nH

2.21

1.42

1.37

2K

WLAC292B

5.6nH

~ 

12.55nH

4.04

1.42

1.37

2K

WLAC293A

22nH

~   

120nH

4.83

3.81

4.2

1K

WLAC294A

90nH

~   

538nH

10.55

6.35

5.9

1K

SMD Square Air

 

Wound Coil

WLQC0806

5.5nH

~   

19.4nH

2.591

1.829

1.397

2K

WLQC0807

6.9nH

~     

22nH

2.591

1.829

1.524

2K

WLQC0908

8.1nH

~  

27.3nH

2.972

2.134

1.829

2K

WLQC1111

27nH

~     

47nH

3.3

2.67

2.79

2.5K

WLQC1515

47nH

~     

82nH

5.84

3.56

3.73

2

WLQC2222

90nH

~   

300nH

11.94

5.72

5.69

0.75K

WLQC2929

330nH

~   

500nH

14

7.49

7.24

0.6K

Signal and Noise

Ferrite Chip Inductor

WLFI1608

0.047uH

~     

10uH

1.6

0.8

0.8

4K

WLFI2012

0.047uH

~     

10uH

2

1.25

0.85 / 1.25

4K / 2K

Wire Wound Ferrite

Chip Inductor

WLFW1608

0.047uH

~     

10uH

1.8

1.1

1.2

4K

WLFW2012

0.078uH

~     

22uH

2.29

1.91

1.6

3K

WLFW2520

0.047uH

~     

22uH

2.72

2.59

1.83

2K

Common Mode Choke

WTCF2012

67Ω

~    

600Ω

2

1.2

1.2

2K

WTCF2012FH

67Ω

~    

120Ω

2

1.2

1.2

2K

Balun Transformer

WTBL2012

50 / 50Ω

75 / 75Ω

2

1.2

1.2

2K

Power Inducto

SMD

Shielded

Wire Wound 

Power Inductor

WLPN202012

1uH

~    

4.7uH

2

2

1.2

2.5K

WLPN242410

0.68uH

~    

22uH

2.4

2.4

1

2.5K

WLPN242412

0.47uH

~    

10uH

2.4

2.4

1.2

2.5K

WLPN303010

1.2uH

~    

22uH

3

3

1

2K

WLPN303015

1uH

~   

100uH

3

3

1.5

2K

WLPN404010

1uH

~    

22uH

4

4

1

5K

WLPN404018

1.0uH

~   

220uH

4

4

1.8

3.5K

WLPN505010

1uH

~    

22uH

4.9

4.9

1

1K

WLPN505020

1uH

~    

22uH

4.9

4.9

2

0.8K

WLPN505040

1.5uH

~    

47uH

4.9

4.9

4.1

1.5K

WLPN606010

1.5uH

~    

22uH

6

6

1

1K

WLPN606028

0.9uH

~   

100uH

6

6

2.8

2K

WLPN606045

1uH

~   

100uH

6

5.9

4.5

1.5K

WLPN808042

0.9uH

~   

100uH

8

8

4.2

1K

SMD

Assembly Shielded 

Wire Wound 

Power Inductor

WLSS214P

1.5uH

~    

12uH

3.2

3.2

1.55

1K

WLSS316P

1.5uH

~    

33uH

3.8

3.8

1.8

1K

WLSS428P

1.2uH

~   

180uH

4.7

4.7

3

1.5K

WLSS528P

2.5uH

~   

100uH

5.7

5.7

3

1.5K

WLSS628P

3uH

~   

100uH

6.7

6.7

3

1.5K

WLSS124P

3.9uH

~   

330uH

12

12

4.8

0.75K

WLSS125P

1.3uH

~  

1000uH

12

12

6

0.5K

WLSS127P

1.2uH

~  

1000uH

12

12

8

0.5K

WLSSA38G

1.5uH

~   

330uH

10.3

10.4

4

1K

WLSSA50G

0.8uH

~  

1000uH

10.3

10.5

5.1

0.5K

SMD Unshielded 

Wire Wound 

Power Inductor

WLSN032D

1uH

~   

470uH

3.3

3

2.1

0.5K

WLSN043D

1uH

~   

330uH

4.3

4

3.2

2.25K

WLSN054D

1uH

~   

270uH

5.8

5.2

4.5

1K

WLSN073D

10uH

~   

330uH

7.8

7

3.5

1K

WLSN075D

6.8uH

~  

4700uH

7.8

7

5

1K

WLSN084F

1uH

~  

1500uH

12.95

9.4

5.21

0.75K

WLSN104D

10uH

~  

1000uH

10

9

4

1.2K

WLSN105D

10uH

~   

820uH

10

89

5.4

0.7K

SMD Molded 

Power Choke

WLPM706630

0.22uH

~    

22uH

7

6.6

2.8

1K

WLPM545230

0.2uH

~    

10uH

5.4

5.2

2.8

2K

WLPM444220

0.1uH

~    

10uH

4.4

4.2

1.8

2K

WLPMA0A040

0.22uH

~     

47uH

10.85 / 11.15

10

3.8

0.5K

I

nductor/Balun

kamaya-catalog-html.html
background image

61

Inductor

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

Please see Catalog of INPAQ Technology Co., Ltd. (Website: http://www.inpaqgp.com/) for detal information.

http:// www.kamaya.co.jp

Application

Type

Style

Series

Range

Size(mm)

Quantity per

reel

L

W

H

RF Inductor

Multi-Layer 

High Frequency 

Inductor

MCI0603HQ

0.3nH

~ 

100nH

0.6

0.3

0.3

15K

MCI1005HQ

1nH

~ 

270nH

1

0.5

0.5

10K

MCI1608HQ

1nH

~ 

270nH

1.6

0.8

0.8

4K

MCI0603TG

0.3nH

~ 

100nH

0.6

0.3

0.3

15K

Signal and Noise

Chip Bead

MCB1005S

10Ω

~  

220Ω

1

0.5

0.5

10K

MCB1608S

30Ω

2000Ω

1.6

0.8

0.8

4K

MCB2012S

11Ω

1000Ω

2

1.2

0.85

4K

MCB3216S

26Ω

~  

600Ω

3.2

1.6

1.1

3K

MCB3225S

60Ω

~    

90Ω

3.2

2.5

1.3

2K

MCB4516S

80Ω

~  

150Ω

4.5

1.6

1.6

2K

MCB4532S

70Ω

~  

120Ω

4.5

3.2

1.6

1K

Chip Bead

High Current Type

MHC1005S

10Ω

~  

220Ω

1

0.5

0.5

10K

MHC1608S

30Ω

2000Ω

1.6

0.8

0.8

4K

MHC2012S

11Ω

1000Ω

2

1.2

0.85

4K

MHC3216S

26Ω

~  

600Ω

3.2

1.6

1.1

3K

MHC3225S

60Ω

~    

90Ω

3.2

2.5

1.3

2K

MHC4516S

80Ω

~  

150Ω

4.5

1.6

1.6

2K

MHC4532S

70Ω

~  

120Ω

4.5

3.2

1.6

1K

Power Inducto

Multi-Layer

Power Inductor

MIP1608

0.33uH

~ 

2.2uH

1.6

0.8

0.95

4K

MIP2012

0.47uH

~ 

4.7uH

2

1.25

1

3K

MIP2520

0.47uH

~ 

4.7uH

2.5

2

1

2K

SMD Molded 

Power Choke

WIP201610

0.24uH

~ 

4.7uH

2

1.6

1

3K

WIP252010

0.22uH

~ 

4.7uH

2.5

2

1

3K

WIP252012

0.22uH

~ 

4.7uH

2.5

2

1.2

3K

Quick Product Information

kamaya-catalog-html.html
background image

62

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

http:// www.kamaya.co.jp

1. Scope

This product handling manual is applied to parts for the surface 

mounting that KAMAYA ELECTRIC CO., LTD. produce.

2. Storage

Consider the following four points for keeping the environment, the 

storage method, and the storage period to maintain the qualities of 

parts below.

2.1 Avoid storing in locations where corrosive gas is present (Sea 

breezes, Cl

2

, H

2

S, NH

3

, SO

2

, NO

2

, etc.) or in dusty and moist 

circumstances.

 

Otherwise, it may result in deterioration of 

performance and adversely affect the soldering.

2.2 Avoid keeping goods in high temperature and direct sunlight. 

Otherwise, it may cause deformation of packing materials, and 

adherence of parts on packing materials.

2.3 Please enforce First-In & First-Out for the use of parts in 

consideration of the change in the environmental condition.

2.4 Store these products in the following environment.

      Temperature: 5 to 35

      Humidity : 25 to 75

      Terms of guarantee: 2 years

3. Pattern Design

To solder parts on the printed circuit board properly, it is necessary 

to take a careful attention in design stage.

It is necessary to consider the land pattern position by mounting 

equipment, method of soldering (flow or reflow), and material of 

print circuit board. Moreover, it is necessary to consider the position 

of adhesive and the array of parts at the flow soldering. Refer to 

Page 64 for recommended land pattern of Kamaya product

3.1 Strength of parts might decrease under the condition that the 

width or the shape of land pattern is too large, or the bend of the 

substrate occurs when gap of soldering position is generated or 

there are a lot of solder quantities.

3.2 Interval of parts should not narrow too much for the short-circuit 

prevention.

   In general, it is safer to open more than 0.5mm from the 

positioning accuracy of mounting.

3.3 The resistor is a generation of heat source.

    The pattern design that opens enough distance is necessary 

from other generation of heat parts.

    Especially, please do enough derating of the rated dissipation 

for a high voltage circuit after considering the temperature rises 

of the adjoining generation of heat parts.

3.4 When the flow soldering is executed, soldering differs 

depending on the direction where the printed circuit board is 

thrown.

   

Figure-1

3.5 Examples of division of land pattern (Cross-sectional view)

   

a. Land share with lead component.

   

b. Mounted near Chassis.

   

c. Side by side array.

  

Figure-2

3.6 Avoid the component placement to the following places.

1) Near cutting line of print circuit board.

2) Place where print circuit board is distorted and mechanical stress  

is received easily.

Figure-3

Layout of resistors near the cutting line 

of print circuit board.

Improper A 

→ 

→ 

C&D 

→ 

Proper

4. Print Circuit Board

Please consider following respects.

4.1 Thermal diffusivity (thermal conductivity)

  

Thermal diffusivity through the print circuit board is necessary 

for generation of heat from parts.

    Especially, use the print circuit board with high thermal 

conductivity when the calorific value is large.

4.2 Resistance to soldering heat

      Select a heatproof, good substrate to soldering parts. 

      Because it often solders two or more times.

PCB flows direction

Bad

Good

Easy to become a defective soldering.

Chassis

Chassis

Land

Lead of component

Lead of component

Failure example

Improvement example

a) Land share with lead component.

b) Mounted near chassis

Solder (for Grounding)

Solder resist

Solder resist

Land

Failure example

Improvement example

c) Side by side array

Failure example

Improvement example

Solder resist

Board1

Board2

I

nformation

4.3 Pull peel strength of land pattern 

   

Consider that the print circuit board corresponding to the land 

pattern size and sticking strength with the copper foil.

4.4 Bend strength

   

The stress in the electrodes and parts body, when the PCB 

bends by weight and external stress of parts, causes the joining 

electrode flaking off and the crack. Consider the bend ability of 

print circuit board.

5. Adhesive

When an adhesive is applied, the spread should be set 

corresponding to each part so that there are no overflow into the 

land or no dropout of the parts.

5.1 Strength of adhesive must be strong not to fall and move parts 

in the mounting process.

5.2 Stiffen at the low temperature as much as possible. Do not heat 

parts as the cure temperature.

5.3  Keep without stringy, slumping adhesion, and dewetting that 

solder can not adhere to parts.

5.4 After soldering, there must be no causticity.

6. Mounting

Please consider following to install parts in the printed circuit board.

1) Gap of installing position

2) Product floating from land pattern

3) Mechanical stress to overcoat of parts.

6.1 Do not touch with bare-handed in the electrode and wash it well 

with an organic solvent when the foreign body such as oils and 

fats adheres.

6.2 Mounting trouble of static electricity may occur when you touch 

or rub the part, packaging materials and the cover tape of the 

taping especially. When you deal with parts on the worktable, 

please execute the static electricity prevention measures (like 

the electrification prevention mat).

7. Soldering

7.1 The lead free is recommended in the solder paste.

     Select appropriate solder paste after executing the evaluations 

of soldering and strength of bond, etc.

7.2 Select flux without the causticity.

7.3  The conditions of temperature and time should be well 

considered in the soldering process so that any warp or twist in 

the printed circuit board may not grow.Moreover, the electrode 

might flake off when the substrate is bent after it solders or the 

high impact is given parts or around it.

7.4  In VPS Reflow, preheat well so that the difference of 

temperature may not big too much between parts and inside of 

furnace. A big difference of temperature cause drop out of parts.

7.5 Do not rub the electrodes of resistor with soldering iron. The 

electrode may flake off when the iron is pressed on the 

electrode. Do not raise the temperature of the soldering iron 

more than necessary when the side electrode of parts is formed 

with the Ag resin. 

Figure-4

7.6 The overcoat and the main body may be chipped off when you 

hold the parts strongly with tweezers.

  

Do not use parts detached from the print circuit board once 

again.

7.7  Please refer to page 65 for our recommended soldering 

conditions.

8. Cleaning

The remaining of the flux on print circuit board with part mounted 

may cause a bad effect on humidity resistance and corrosion 

resistance. Please use a rosin flux with low chlorine-containing, or 

alcoholic and hydrocarbon solvent.

9. Other Notes

9.1  The use of the products mentioned in this catalog refers to 

consumer applications that are available on the open market.

9.2 There are cases which high levels of reliability distinctive from 

consumer applications sold on the open market are necessary 

for electrical components which are used in equipment that 

could effect human life or create huge social loss owing to 

defect in medical equipment, space equipment, nuclear 

power-related equipment, vehicle mounted equipment, aircraft 

and other equipment. When you examine the use in the 

above-mentioned equipment or for uses not mentioned within 

this catalog, ensure that you consult with our sales department 

prior to deployment.

9.3 As the use of resistors and surface-mounted parts used in all 

electrical components, especially resistors used in high-voltage 

circuits and in circuits prescribed for safely regulations, will be 

greatly affected by the circuit used, the method of mounting, the 

material, and environmental conditions, ensure that you consult 

with our sales department prior to deployment when examining 

the viability of use in characteristic circuits, mounting methods, 

material and under characteristic environmental conditions, 

9.4 Thoroughly verify performance and reliability when using under 

the following characteristic environmental conditions :

(1) Use within a liquid environment (Water, oil, liquid chemical, 

organic solution, etc.) 

(2) Use in direct sunshine. Outdoors in heavy dew, in dusty 

environments, or where corrosive gas is present (Sea 

breezes, Cl

2

, H

2

S, NH

3

, SO

2

, NO

2

, etc.)

(3) Use in environments with strong electrostatic or magnetic 

waves exists.

(4) Use nearby flammable substances.

(5) Use with the resistors coated in resin, etc.

(6) Use of water or water solution for flux cleaning after 

unwashed soldering or soldering.

(7) Use under environment of condensation

9.5 Ensure that the condition of the mounting is evaluated and 

verified on circuit boards when subjected to overloads in the 

form of pulses or surges, etc.

9.6 Take cares handling these products as they may be damaged 

and become defective if subject to impact, such as dropping.

9.7 When attaching adhesive materials such as tape to the surface 

of the component and then pulling and releasing the tape, the 

electrode terminals and protective coating may peel off, so 

please take the following points into consideration.

(1) Avoid using tape with high adhesive strength.

(2) When peeling off the tape, do not peel it off instantaneously 

and strongly.

(3) The adhesive strength of the tape may increase with time 

after application, so do not leave the tape on for a long time.

Flaking off

SMD Product handling manual

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background image

63

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

http:// www.kamaya.co.jp

1. Scope

This product handling manual is applied to parts for the surface 

mounting that KAMAYA ELECTRIC CO., LTD. produce.

2. Storage

Consider the following four points for keeping the environment, the 

storage method, and the storage period to maintain the qualities of 

parts below.

2.1 Avoid storing in locations where corrosive gas is present (Sea 

breezes, Cl

2

, H

2

S, NH

3

, SO

2

, NO

2

, etc.) or in dusty and moist 

circumstances.

 

Otherwise, it may result in deterioration of 

performance and adversely affect the soldering.

2.2 Avoid keeping goods in high temperature and direct sunlight. 

Otherwise, it may cause deformation of packing materials, and 

adherence of parts on packing materials.

2.3 Please enforce First-In & First-Out for the use of parts in 

consideration of the change in the environmental condition.

2.4 Store these products in the following environment.

      Temperature: 5 to 35

      Humidity : 25 to 75

      Terms of guarantee: 2 years

3. Pattern Design

To solder parts on the printed circuit board properly, it is necessary 

to take a careful attention in design stage.

It is necessary to consider the land pattern position by mounting 

equipment, method of soldering (flow or reflow), and material of 

print circuit board. Moreover, it is necessary to consider the position 

of adhesive and the array of parts at the flow soldering. Refer to 

Page 64 for recommended land pattern of Kamaya product

3.1 Strength of parts might decrease under the condition that the 

width or the shape of land pattern is too large, or the bend of the 

substrate occurs when gap of soldering position is generated or 

there are a lot of solder quantities.

3.2 Interval of parts should not narrow too much for the short-circuit 

prevention.

   In general, it is safer to open more than 0.5mm from the 

positioning accuracy of mounting.

3.3 The resistor is a generation of heat source.

    The pattern design that opens enough distance is necessary 

from other generation of heat parts.

    Especially, please do enough derating of the rated dissipation 

for a high voltage circuit after considering the temperature rises 

of the adjoining generation of heat parts.

3.4 When the flow soldering is executed, soldering differs 

depending on the direction where the printed circuit board is 

thrown.

   

Figure-1

3.5 Examples of division of land pattern (Cross-sectional view)

   

a. Land share with lead component.

   

b. Mounted near Chassis.

   

c. Side by side array.

  

Figure-2

3.6 Avoid the component placement to the following places.

1) Near cutting line of print circuit board.

2) Place where print circuit board is distorted and mechanical stress  

is received easily.

Figure-3

Layout of resistors near the cutting line 

of print circuit board.

Improper A 

→ 

→ 

C&D 

→ 

Proper

4. Print Circuit Board

Please consider following respects.

4.1 Thermal diffusivity (thermal conductivity)

  

Thermal diffusivity through the print circuit board is necessary 

for generation of heat from parts.

    Especially, use the print circuit board with high thermal 

conductivity when the calorific value is large.

4.2 Resistance to soldering heat

      Select a heatproof, good substrate to soldering parts. 

      Because it often solders two or more times.

PCB flows direction

Bad

Good

Easy to become a defective soldering.

Chassis

Chassis

Land

Lead of component

Lead of component

Failure example

Improvement example

a) Land share with lead component.

b) Mounted near chassis

Solder (for Grounding)

Solder resist

Solder resist

Land

Failure example

Improvement example

c) Side by side array

Failure example

Improvement example

Solder resist

Board1

Board2

4.3 Pull peel strength of land pattern 

   

Consider that the print circuit board corresponding to the land 

pattern size and sticking strength with the copper foil.

4.4 Bend strength

   

The stress in the electrodes and parts body, when the PCB 

bends by weight and external stress of parts, causes the joining 

electrode flaking off and the crack. Consider the bend ability of 

print circuit board.

5. Adhesive

When an adhesive is applied, the spread should be set 

corresponding to each part so that there are no overflow into the 

land or no dropout of the parts.

5.1 Strength of adhesive must be strong not to fall and move parts 

in the mounting process.

5.2 Stiffen at the low temperature as much as possible. Do not heat 

parts as the cure temperature.

5.3  Keep without stringy, slumping adhesion, and dewetting that 

solder can not adhere to parts.

5.4 After soldering, there must be no causticity.

6. Mounting

Please consider following to install parts in the printed circuit board.

1) Gap of installing position

2) Product floating from land pattern

3) Mechanical stress to overcoat of parts.

6.1 Do not touch with bare-handed in the electrode and wash it well 

with an organic solvent when the foreign body such as oils and 

fats adheres.

6.2 Mounting trouble of static electricity may occur when you touch 

or rub the part, packaging materials and the cover tape of the 

taping especially. When you deal with parts on the worktable, 

please execute the static electricity prevention measures (like 

the electrification prevention mat).

7. Soldering

7.1 The lead free is recommended in the solder paste.

     Select appropriate solder paste after executing the evaluations 

of soldering and strength of bond, etc.

7.2 Select flux without the causticity.

7.3  The conditions of temperature and time should be well 

considered in the soldering process so that any warp or twist in 

the printed circuit board may not grow.Moreover, the electrode 

might flake off when the substrate is bent after it solders or the 

high impact is given parts or around it.

7.4  In VPS Reflow, preheat well so that the difference of 

temperature may not big too much between parts and inside of 

furnace. A big difference of temperature cause drop out of parts.

7.5 Do not rub the electrodes of resistor with soldering iron. The 

electrode may flake off when the iron is pressed on the 

electrode. Do not raise the temperature of the soldering iron 

more than necessary when the side electrode of parts is formed 

with the Ag resin. 

Figure-4

7.6 The overcoat and the main body may be chipped off when you 

hold the parts strongly with tweezers.

  

Do not use parts detached from the print circuit board once 

again.

7.7  Please refer to page 65 for our recommended soldering 

conditions.

8. Cleaning

The remaining of the flux on print circuit board with part mounted 

may cause a bad effect on humidity resistance and corrosion 

resistance. Please use a rosin flux with low chlorine-containing, or 

alcoholic and hydrocarbon solvent.

9. Other Notes

9.1  The use of the products mentioned in this catalog refers to 

consumer applications that are available on the open market.

9.2 There are cases which high levels of reliability distinctive from 

consumer applications sold on the open market are necessary 

for electrical components which are used in equipment that 

could effect human life or create huge social loss owing to 

defect in medical equipment, space equipment, nuclear 

power-related equipment, vehicle mounted equipment, aircraft 

and other equipment. When you examine the use in the 

above-mentioned equipment or for uses not mentioned within 

this catalog, ensure that you consult with our sales department 

prior to deployment.

9.3 As the use of resistors and surface-mounted parts used in all 

electrical components, especially resistors used in high-voltage 

circuits and in circuits prescribed for safely regulations, will be 

greatly affected by the circuit used, the method of mounting, the 

material, and environmental conditions, ensure that you consult 

with our sales department prior to deployment when examining 

the viability of use in characteristic circuits, mounting methods, 

material and under characteristic environmental conditions, 

9.4 Thoroughly verify performance and reliability when using under 

the following characteristic environmental conditions :

(1) Use within a liquid environment (Water, oil, liquid chemical, 

organic solution, etc.) 

(2) Use in direct sunshine. Outdoors in heavy dew, in dusty 

environments, or where corrosive gas is present (Sea 

breezes, Cl

2

, H

2

S, NH

3

, SO

2

, NO

2

, etc.)

(3) Use in environments with strong electrostatic or magnetic 

waves exists.

(4) Use nearby flammable substances.

(5) Use with the resistors coated in resin, etc.

(6) Use of water or water solution for flux cleaning after 

unwashed soldering or soldering.

(7) Use under environment of condensation

9.5 Ensure that the condition of the mounting is evaluated and 

verified on circuit boards when subjected to overloads in the 

form of pulses or surges, etc.

9.6 Take cares handling these products as they may be damaged 

and become defective if subject to impact, such as dropping.

9.7 When attaching adhesive materials such as tape to the surface 

of the component and then pulling and releasing the tape, the 

electrode terminals and protective coating may peel off, so 

please take the following points into consideration.

(1) Avoid using tape with high adhesive strength.

(2) When peeling off the tape, do not peel it off instantaneously 

and strongly.

(3) The adhesive strength of the tape may increase with time 

after application, so do not leave the tape on for a long time.

Flaking off

I

nformation

SMD PRODUCT HANDLING MANUAL

kamaya-catalog-html.html
background image

64

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

http:// www.kamaya.co.jp

I

nformation

Application

Recommended Land Pattern (Reference)

Others

(1) Please contact Kamaya sales dept for other products and further details.
(2) Please carry out an enough mounting evaluation when use these patterns.

C X

Y

X

Y

A

B

P

C X

Land pattern 1

Land pattern 1

Land pattern 2

Land pattern 2

All KAMAYA Surface Mount Devices

Note: This land pattern is not supported by the mounting evaluation.

This is reference information only.

2.Chip network type (No. of terminal: Multiple)

1.Square chip type (No. of terminals: 2)

X

C X

Land pattern 3

*For RLP and MLP, the recommended land pattern is set by resistance values. 

  Please look at corresponding page for further information.

Please contact Kamaya sales window for the recommended land pattern of WLP.

 

For RCC16, RCC20 and SPGA06, Please contact Kamaya sales dept.

X

Y

A

B

Y

X

Y

A

B

Y

1. Reflow soldering
    1.1 Recommended condition of Sn-Pb solder.
          Reflow times: 2 times

2. Flow soldering (Recommended condition of Sn solder and Sn-Pb solder)

    1.2 Recommended condition of Sn solder
          Reflow times: 2 times

3. Soldering Iron (Recommended condition of Sn solder and Sn-Pb solder)
    (1) Temperature of soldering iron tip: 300

, Duration: 10 s max.

    (2) Temperature of soldering iron tip: 350

, Duration: 3 s max.

(1) Please carry out enough mounting evaluation when use the profile except those above.
(2) Please contact Kamaya sales dept. for further information.

Note: This soldering condition is not supported by the mounting evaluation.

This is reference information only.

200

100

230

180

150

200

150

100

80

120s

245

250

60

120s

3

5s

110

130

Preheat

Preheat

Preheat

230

240

Temperature (

)

Temperature (

)

Temperature (

)

Peak245

250

60

120s

10

30s

10s.max.

30

40s

200

150

100

All Kamaya Surface Mount Devices

Land 

pattern

Style

Terminals 

style

P

Flow soldering

Reflow soldering

A

B

C

X

Y

A

B

C

X

Y

1

RAC062D

D

0.5

Not applied

0.3

0.9

0.2

0.3

0.3

1

RAC102D

C

0.65

0.5

1.3

0.34

0.33

0.4

RAC101A

2

RAC104D, RACA104D

0.5

0.5

1.3

0.15

0.35

0.4

RAC164D, RACA164D

0.8

1.0

2.6

0.35

0.45

0.8

1.0

2.0

0.35

0.45

0.5

3

RAC168D

0.5

Not applied

1.0

2.0

0.2

0.3

0.5

Land pattern

Size

Flow soldering

Reflow soldering

Metric

Inch

A

B

X

Y

A

B

X

Y

1

0402

01005

Not applied

0.18 0.58

0.2

0.2

0603

0201

0.3

0.9

0.3

0.3

1005

0402

0.5

1.3

0.5

0.4

1608

0603

1.0

2.6

0.8

0.8

1.0

2.0

0.8

0.5

2012

0805

1.3

3.1

1.25

0.9

1.3

2.7

1.25

0.7

3216

1206

2.2

4.3

1.6

1.05

2.2

3.9

1.6

0.85

3225

1210

2.2

4.3

2.5

1.05

2.2

3.9

2.5

0.85

5025

2010

3.9

6.3

2.5

1.2

3.9

5.9

2.5

1.0

6332

2512

5.2

7.6

3.2

1.2

5.2

7.2

3.2

1.0

2

1632

0612

0.6

2.8

3.2

1.1

0.6

2.4

3.2

0.9

2550

1020

1.3

3.8

5

1.25

1.3

3.4

5

1.05

3263

1225

2.0

4.5

6.3

1.25

2.0

4.1

6.3

1.05

SMD Product handling manual (RECOMMENDED LAND PATTERN)

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65

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order.

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1. Reflow soldering
    1.1 Recommended condition of Sn-Pb solder.
          Reflow times: 2 times

2. Flow soldering (Recommended condition of Sn solder and Sn-Pb solder)

    1.2 Recommended condition of Sn solder
          Reflow times: 2 times

3. Soldering Iron (Recommended condition of Sn solder and Sn-Pb solder)
    (1) Temperature of soldering iron tip: 300

, Duration: 10 s max.

    (2) Temperature of soldering iron tip: 350

, Duration: 3 s max.

(1) Please carry out enough mounting evaluation when use the profile except those above.
(2) Please contact Kamaya sales dept. for further information.

Note: This soldering condition is not supported by the mounting evaluation.

This is reference information only.

200

100

230

180

150

200

150

100

80

120s

245

250

60

120s

3

5s

110

130

Preheat

Preheat

Preheat

230

240

Temperature (

)

Temperature (

)

Temperature (

)

Peak245

250

60

120s

10

30s

10s.max.

30

40s

200

150

100

All Kamaya Surface Mount Devices

I

nformation

Application

Recommended Soldering Condition (Reference)

Others

SMD Product handling manual (Recommended Soldering Condition)

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background image

66

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

http:// www.kamaya.co.jp

R

0

R

R

0

T

T

0

1

Rated Dissipation

The maximum value of the electric power that can continuously be impressed to the resistor at the ambient temperature provided 
for within the category temperature range is indicated. 
The derated values of dissipation for temperatures in excess of 70

 shall be indicated by the derating Curve.

Please note that the chip resistor networks provide for the rated dissipation of each element and each package when you use it.

Rated Voltage

The maximum value of the D.C or r.m.s. voltage that can continuously be impressed to the resistor at the ambient temperature provided 
for within the range of the category temperature range is indicated.

Rated Voltage = 

 

(Rated Dissipation)

×

 (Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

However, Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher
than the critical resistance value.

Critical Resistance Value

Critical resistance value is the resistance value at which the rated voltage is equal to the limiting element voltage.
Below critical resistance value, please use the rated voltage as the limiting element voltage.

Limiting Element Voltage

The maximum value of the d.c. or r.m.s. voltage that can continuously be impressed to the resistor and the resistive element is indicated.
Limiting Element Voltage that provides for the kind and each shape is different.

Insulation Voltage

The maximum value of the d.c. voltage that can be impressed for 1 minute the one that the electrode (terminal) was lumped together and 
between the insulation exterior or substrates is indicated.
When the voltage that exceeds the Insulation voltage is impressed for the electrode and the insulation exterior (substrate), the insulation 
exterior might be destroyed by generation of heat and the direct current electrolysis action by the leakage current. 

Voltage Proof

The r.m.s voltage is impressed for 1 minute the one that the electrode (terminal) was lumped together and between the insulation 
exterior or substrates, and the insulation exterior indicates the maximum value of the voltage that breakdown or flashover.

Category Temperature Range

The ambient temperature of the resistor that can continuously be used adding a regulated rated load (electric power) is shown.
It is not a temperature of air outside of an electronic equipment, and it is necessary to compare it with the ambient temperature
in the electronic equipment in which the resistor is built in.

Derating Curve

The derated values of dissipation for temperatures in excess of 70

shall be indicated by the following Curve.

Variation of Resistance with Temperature (Temperature Coefficient of Resistance: TCR)

The change of resistance 1

 rate of the resistor within the range of the category temperature (category temperature range) is shown.

 

 Temperature Coefficient of Resistance: TCR

(×

10

-6

/

℃)

=              

×    ×

10

6

R    :Measured resistance at T

R

0

  :Measured resistance at T

T    :Measured test

 

temperature (

)

T

0

   :Measured base temperature (

)

Especially, because the resistance temperature coefficient tends the large dependence of the measurement resistance
on the measuring method, RLC/RCC/RLP&MLP&WLP/TWLC needs noting.

Percentage of the rated dissipation

(current)(%)

Area of recommended operation

Ambient Temperature (

)

100

0

55

125

155

70

I

nformation

Resistors

Joule Heat

It is the heat generated by the current.
The fuse melts inside by joule heat, and interrupts the current.

Fusible Characteristics

Relation between current (I) and fusion time (t) that flows to fuse.
It shows for the fusible Resistors by the relation between an impressed electric power (W)
and the fusion time (W-t characteristic).

Rated Voltage

It shows maximum voltage value fuse can work properly.
It is the maximum voltage value in which the circuit can be safely interrupted after the fuse workings.
On selecting a fuse, it is necessary to confirm that the maximum rated voltage is less than rated voltage.

Interrupting Rating

It shows Maximum voltage(Rated voltage) and Maximum current for an interrupting circuit safely.
Maximum voltage and Maximum current should be applied below interrupting rating.

Working Temperature Range

It is temperature range fuse can works with specified condition,
Ambient temperature is to be within category temperature range.

Rated Current

A value of current which the fuse can be complied with, according to the test conditions.
It is different from the maximum current that applied to fuses, considering a long life span, the deratings are required.

Steady - State Current

It is current value at time that regularly flows to circuit regularly.

Deratings

 

1

Nominal Derating

   

It is derating value for rated current.

   

The reduction rate is depended on the type of fuse.

 

2

Temperature Derating

   

It is ambient temperature derating value for rated current.

   

The reduction rate is depended on the types of fuse and ambient temperature.

In-rush Current(Rush Current)

Current that rapidly flows on circuit when power supply is turned on.
In many cases In-rush Current is bigger than Steady-state Current.
Chip fuses are confirmed to withstand In-rush Current.

Internal Resistance Value

An internal resistance values shown in this document include values in any materials of fuse,
fuse element, outer terminations etc. Please refer to "section 10" for further information.
Additionally, resistance values are different depending on Temperature and Steady-state Current.

Maximum Open Circuit Voltage

Maximum open circuit voltage is the value of voltage applicable to both ends of resistors,

 

when a resister is open condition

 

in a circuit.

This voltage shall be corresponding to 1,000 times the rated dissipation or maximum open circuit which is the less severe.

Term Explanation

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R

0

R

R

0

T

T

0

1

Rated Dissipation

The maximum value of the electric power that can continuously be impressed to the resistor at the ambient temperature provided 
for within the category temperature range is indicated. 
The derated values of dissipation for temperatures in excess of 70

 shall be indicated by the derating Curve.

Please note that the chip resistor networks provide for the rated dissipation of each element and each package when you use it.

Rated Voltage

The maximum value of the D.C or r.m.s. voltage that can continuously be impressed to the resistor at the ambient temperature provided 
for within the range of the category temperature range is indicated.

Rated Voltage = 

 

(Rated Dissipation)

×

 (Rated Resistance). (d.c. or a.c. r.m.s. Voltage)

However, Limiting Element Voltage can only be applied to resistors when the resistance value is equal to or higher
than the critical resistance value.

Critical Resistance Value

Critical resistance value is the resistance value at which the rated voltage is equal to the limiting element voltage.
Below critical resistance value, please use the rated voltage as the limiting element voltage.

Limiting Element Voltage

The maximum value of the d.c. or r.m.s. voltage that can continuously be impressed to the resistor and the resistive element is indicated.
Limiting Element Voltage that provides for the kind and each shape is different.

Insulation Voltage

The maximum value of the d.c. voltage that can be impressed for 1 minute the one that the electrode (terminal) was lumped together and 
between the insulation exterior or substrates is indicated.
When the voltage that exceeds the Insulation voltage is impressed for the electrode and the insulation exterior (substrate), the insulation 
exterior might be destroyed by generation of heat and the direct current electrolysis action by the leakage current. 

Voltage Proof

The r.m.s voltage is impressed for 1 minute the one that the electrode (terminal) was lumped together and between the insulation 
exterior or substrates, and the insulation exterior indicates the maximum value of the voltage that breakdown or flashover.

Category Temperature Range

The ambient temperature of the resistor that can continuously be used adding a regulated rated load (electric power) is shown.
It is not a temperature of air outside of an electronic equipment, and it is necessary to compare it with the ambient temperature
in the electronic equipment in which the resistor is built in.

Derating Curve

The derated values of dissipation for temperatures in excess of 70

shall be indicated by the following Curve.

Variation of Resistance with Temperature (Temperature Coefficient of Resistance: TCR)

The change of resistance 1

 rate of the resistor within the range of the category temperature (category temperature range) is shown.

 

 Temperature Coefficient of Resistance: TCR

(×

10

-6

/

℃)

=              

×    ×

10

6

R    :Measured resistance at T

R

0

  :Measured resistance at T

T    :Measured test

 

temperature (

)

T

0

   :Measured base temperature (

)

Especially, because the resistance temperature coefficient tends the large dependence of the measurement resistance
on the measuring method, RLC/RCC/RLP&MLP&WLP/TWLC needs noting.

Percentage of the rated dissipation

(current)(%)

Area of recommended operation

Ambient Temperature (

)

100

0

55

125

155

70

Joule Heat

It is the heat generated by the current.
The fuse melts inside by joule heat, and interrupts the current.

Fusible Characteristics

Relation between current (I) and fusion time (t) that flows to fuse.
It shows for the fusible Resistors by the relation between an impressed electric power (W)
and the fusion time (W-t characteristic).

Rated Voltage

It shows maximum voltage value fuse can work properly.
It is the maximum voltage value in which the circuit can be safely interrupted after the fuse workings.
On selecting a fuse, it is necessary to confirm that the maximum rated voltage is less than rated voltage.

Interrupting Rating

It shows Maximum voltage(Rated voltage) and Maximum current for an interrupting circuit safely.
Maximum voltage and Maximum current should be applied below interrupting rating.

Working Temperature Range

It is temperature range fuse can works with specified condition,
Ambient temperature is to be within category temperature range.

Rated Current

A value of current which the fuse can be complied with, according to the test conditions.
It is different from the maximum current that applied to fuses, considering a long life span, the deratings are required.

Steady - State Current

It is current value at time that regularly flows to circuit regularly.

Deratings

 

1

Nominal Derating

   

It is derating value for rated current.

   

The reduction rate is depended on the type of fuse.

 

2

Temperature Derating

   

It is ambient temperature derating value for rated current.

   

The reduction rate is depended on the types of fuse and ambient temperature.

In-rush Current(Rush Current)

Current that rapidly flows on circuit when power supply is turned on.
In many cases In-rush Current is bigger than Steady-state Current.
Chip fuses are confirmed to withstand In-rush Current.

Internal Resistance Value

An internal resistance values shown in this document include values in any materials of fuse,
fuse element, outer terminations etc. Please refer to "section 10" for further information.
Additionally, resistance values are different depending on Temperature and Steady-state Current.

Maximum Open Circuit Voltage

Maximum open circuit voltage is the value of voltage applicable to both ends of resistors,

 

when a resister is open condition

 

in a circuit.

This voltage shall be corresponding to 1,000 times the rated dissipation or maximum open circuit which is the less severe.

I

nformation

Chip Fuses & Fusible Resistors

Term Explanation

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

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 Three - color band or four - color band system

 Five - color band system

 Example

 Example

The symbols to indicate rated resistance are depicted in 3 characters (for the E6, E12, and E24 series) or 4 characters (for the E48, E96 and E192 series) as indicated 

below.

In the case of 3 characters, the first and second character represent the effective numeral, and the third character is the multiplier following the effective numeral.

In the case of 4 characters, the first, second and third character represent the effective numeral, and the fourth character is the multiplier following the effective numeral.

When a decimal point exists, the decimal point is represented by an R for all effective numerals.

*RC1/2U : Please refer to page 58.

 3-Digit (example)

 4-Digit (example)

 Resistance values of

  100M ohm and greater(example)

*The letters M and G are used as multipliers

  for 10

6

 and 10

9

 respectively of the

  resistance value expressed in ohms.

*For three-color band system the 4th color band is eliminated

  (Resistance tolerance is 

±

20%).

I

nformation

Color coding

Rated resistance symbols

*Please refer to each page for standard values of each parts.

Rated resistance symbols

Resistance value

0L50

0.0005Ω

R005

0.005Ω

R050

0.05Ω

R154

0.154Ω

1R54

1.54Ω

15R4

15.4Ω

1540

154Ω

1541

1.54kΩ

1542

15.4kΩ

1543

154kΩ

1544

1.54MΩ

1545

15.4MΩ

1546

154MΩ

Color

1st color band 2nd color band 3rd color band 4th color band

1st figure 2nd figure Multiplier Resistance tolerance

Black

0

0

10

0

Brown

1

1

10

1

F(

±

1%)

Red

2

2

10

2

G(

±

2%)

Orange

3

3

10

3

Yellow

4

4

10

4

Green

5

5

10

5

Blue

6

6

10

6

Purple

7

7

10

7

Gray

8

8

10

8

White

9

9

10

9

Gold

10

-1

J(

±

5%)  

Silver

10

-2

K(

±

10%)

Not colored

M(

±

20%)

1st color band

2nd color band

3rd color band

4th color band

Brown

Red

Yellow

Gold

1

2

10

4

±

5%

12

×

10,000 (

Ω

±

5%

120k

Ω

J

Rated resistance symbols

Resistance value

R15

0.15

Ω

1R5

1.5

Ω

150

15

Ω

151

150

Ω

152

1.5k

Ω

153

15k

Ω

154

150k

Ω

155

1.5M

Ω

156

15M

Ω

157

150M

Ω

Rated resistance symbols

Resistance value

100M

100M

Ω

1G00

1G

Ω

10G0

10G

Ω

100G

100G

Ω

1st color band 2nd color band 3rd color band 4th color band 5th color band

Purple

Blue

Gray

Gold

Brown

7

6

8

10

-1

±

1%

768

×

0.1 (

Ω

±

1%

76.8

Ω

F

Color

1st color band 2nd color band 3rd color band 4rd color band 5th color band

1st figure 2nd figure 3nd figure Multiplier Resistance tolerance

Black

0

0

0

10

0

Brown

1

1

1

10

1

F(

±

1%)

Red

2

2

2

10

2

G(

±

2%)

Orange

3

3

3

10

3

Yellow

4

4

4

10

4

Green

5

5

5

10

5

D(

±

0.5%)  

Blue

6

6

6

10

6

C(

±

0.25%)

Purple

7

7

7

10

7

B(

±

0.1%)

Gray

8

8

8

10

8

White

9

9

9

10

9

Gold

10

-1

Silver

10

-2

Product Marking

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69

Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

http:// www.kamaya.co.jp

 Three - color band or four - color band system

 Five - color band system

 Example

 Example

The symbols to indicate rated resistance are depicted in 3 characters (for the E6, E12, and E24 series) or 4 characters (for the E48, E96 and E192 series) as indicated 

below.

In the case of 3 characters, the first and second character represent the effective numeral, and the third character is the multiplier following the effective numeral.

In the case of 4 characters, the first, second and third character represent the effective numeral, and the fourth character is the multiplier following the effective numeral.

When a decimal point exists, the decimal point is represented by an R for all effective numerals.

*RC1/2U : Please refer to page 58.

 3-Digit (example)

 4-Digit (example)

 Resistance values of

  100M ohm and greater(example)

*The letters M and G are used as multipliers

  for 10

6

 and 10

9

 respectively of the

  resistance value expressed in ohms.

*For three-color band system the 4th color band is eliminated

  (Resistance tolerance is 

±

20%).

I

nformation

*Please refer to each page for standard values of each parts.

Code Tolerances

Significant Figure of Resistance Value

Temperature Characteristics Symbol Table

Code

Tolerance on rated resistance

H

±

50

N

±

30

M

±

20

K

±

10

J

±

5

G

±

2

F

±

1

D

±

0.5

C

±

0.25

B

±

0.1

W

±

0.05

E6

E12

E24

E48

E96

E192

10

10

10

100

100

100

101

102

104

105

106

107

109

110

111

113

114

115

117

118

120

121

123

124

126

127

129

130

132

133

135

137

138

140

142

143

145

147

149

150

152

154

156

158

160

162

164

165

167

169

172

174

176

178

180

182

184

187

189

191

193

196

198

200

203

205

208

210

213

102

105

105
107

11

110

110
113

12

12

115

115
118

121

121
124

127

127

13

130

133

133
137

140

140
143

147

147

15

15

15

150

154

154

16

158

162

162
165

169

169
174

18

18

178

178
182

187

187
191

196

196

20

200

205

205
210

E6

E12

E24

E48

E96

E192

22

22

22

215

215

215

218

221

223

226

229

232

234

237

240

243

246

249

252

255

258

261

264

267

271

274

277

280

284

287

291

294

298

301

305

309

312

316

320

324

328

332

336

340

344

348

352

357

361

365

370

374

379

383

388

392

397

402

407

412

417

422

427

432

437

442

448

453

459

221

226

226
232

24

237

237
243

249

249
255

261

261

27

27

267

274

274
280

287

287

30

294

301

301
309

316

316

33

33

33

324

332

332
340

348

348

36

357

365

365
374

39

39

383

383
392

402

402
412

43

422

422
432

442

442
453

E6

E12

E24

E48

E96

E192

47

47

47

464

464

464

470

475

481

487

493

499

505

511

517

523

530

536

542

549

556

562

569

576

583

590

597

604

612

619

626

634

642

649

657

665

673

681

690

698

706

715

723

732

741

750

759

768

777

787

796

806

816

825

835

845

856

866

876

887

898

909

920

931

942

953

965

976

988

475

487

487

51

499

511

511

523

536

536

56

56

549

562

562
576

590

590
604

62

619

619
634

649

649

68

68

68

665

681

681
698

715

715
732

75

750

750
768

787

787

82

82

806

825

825
845

866

866
887

91

909

909
931

953

953
976

Code

Temperature coefficient of resistance

B

±

5

×

10

-6

/

T

±

10

×

10

-6

/

P

±

15

×

10

-6

/

E

±

25

×

10

-6

/

C

±

50

×

10

-6

/

K

±

100

×

10

-6

/

D

±

200

×

10

-6

/

A

±

500

×

10

-6

/

M

±

1,000

×

10

-6

/

N

±

70

×

10

-6

/

Code

T(tera)

G(giga)

M(mega)

k(kilo)

m(milli)

μ(micron)

n(nano)

p(pico)

Multiplier

10

12

10

9

10

6

10

3

10

-3

10

-6

10

-9

10

-12

Direct Current

Power(P)

Voltage(E)

Current(I)

Resistance(R)

Calculating

Formula

EI

I

2

R

E

2

R

IR

PR

P

I

E

R

P

R

P

E

E

I

E

2

P

P

I

2

Standard Resistance Values and Symbols

Numerical Symbols and Multipliers

Formula of Ohm's Law

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Product specifications contained in this catalogue are subject to change at any time without notice. Please confirm specifications with your order. 

70

(1)

(7)

(3)

(2)
(6)

(4)

(5)

RMC1/16  K   272F   TP   01

P/N      XXXX

L / N  071412282H ( 70815 )

KAMAYA   OHM

2 . 7  KΩF(XX-XXX)     5000PCS

Kamaya products are put a shipping label on reel or other packaging.

Refer to the sample of the shipping label as follows.

Kamaya Shipping Label

I

nformation

RMC1/16K 272F TP 0603 inch size, Fixed Thick Film Chip Resistor, 2.7k ohm F(±1%)

(1)Product type(Style, Temperature coefficient of resistance, Rated resistance, Tolerance, Packaging) 
(2)Parts number from customer (P/N)
(3)Quantity
(4)Shipping Lot Number (L/N)
(5)Manufacturer 
(6)Internal code 1
(7)Internal code 2

*There are cases in which (2) and (7) are not shown on Kamaya shipping label.

*Please contact Kamaya sales dept, if you need to confirm this label specification. 

Example for chip resistors

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71

(1)

(7)

(3)

(2)
(6)

(4)

(5)

RMC1/16  K   272F   TP   01

P/N      XXXX

L / N  071412282H ( 70815 )

KAMAYA   OHM

2 . 7  KΩF(XX-XXX)     5000PCS

Kamaya Shipping Label

Memo

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KAMAYA INC. SAN DIEGO

 

SALES OFFICE

 

SAN DIEGO, CA U.S.A

WALSIN TECHNOLOGY 

 

CORPORATION

 

YANG-MEI, TAIWAN

SUZHOU  WALSIN  TECHNOLOGY  

 

ELECTRONICS.  CO.,LTD.

 

SUZHOU, CHINA

KAMAYA ELECTRIC (H.K.) LTD. /

 

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ELECTRONICS CO., LTD.

 

HONG KONG, CHINA

KAMAYA INC.

 

EL PASO WAREHOUSE EL PASO, TX U.S.A

KAMAYA INC.

 

FORT WAYNE, IN U.S.A

WALSIN ELECTRONICS (S) PTE. LTD.

 

SINGAPORE

KAMAYA ELECTRIC (M) SDN. BHD.

 

(FACTORY & SALES OFFICE)

 

PERAK, MALAYSIA

Head Office

Osaka Sales Office

Naie Factory,Hokkaido

 

Hokkaido Research Center

U.S.A

TAIWAN

MALAYSIA

HONG KONG

CHINA

SINGAPORE

WORLD

KAMAYA INC. (SALES OFFICE AND WAREHOUSE)

URL http://www.kamaya.com/

6407 Cross Creek Boulvard Fort Wayne, IN 46818 U.S.A.
Tel : (+1) 260-489-1533 / Fax : (+1) 260-489-2261
E-mail : sales

kamaya.com

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Tel : (+886) 3-475-8711 / Fax : (+886) 3-475-6747

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Factory -1 : 
Factory "A" : 
Factory -2 : 
Tel : (+60) 5-291-5522 / Fax: (+60) 5-291-2600
E-mail : kmy@kamaya.com.my

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Tel : (+86) 769-8106-9331 / Fax : (+86) 769-8895-3204 

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Tel : (+65) 9682-1820
E-mail : kmy@kamaya.com.my

Head Office

Osaka Sales Office

Distribution Center

Naie Factory, Hokkaido

Hokkaido Research Center

PSA Building, 6 -1- 6, Chuo, Yamato-shi, Kanagawa, 242 - 0021, Japan 

Tel : (+81) 46-204-8806 / Fax : (+81) 46-204-8955 

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Tel : (+81) 46-204-8640 / Fax : (+81) 46-204-8702

955-1 Aza-Naie, Naie-cho, Sorachi-gun, Hokkaido, 079-0397

Tel : (+81) 125-65-2171 / FaxTel : (+81) 125-65-2177

E-mail : sales@kamaya.co.jp
http : //www.kamaya.co.jp

JAPAN

Bureau Veritas Japan

Co., Ltd

4589648

362609

4506826

4280028

Feb,26,2021

Mar.29,2021

May.9,2020

Mar.16,2021

Mar.22,2012

Mar.8,2018

May.9,2002

Mar.16,2021

DONGGUAN WALSIN

TECNOLOGYELECTRONICS

CO.,LTD.

Application 

Facilities

Standard

Certification 

Organization

Certification 

No.

Rev. certificate 

Date

Certificate 

Date

KAMAYA 

ELECTRIC(M)SDN. BHD.

NQA Grobal 

Assurance

NAIE Factory, Hokkaido

ISO9001

IATF16949

ISO14001

ISO45001

ISO9001

IATF16949

ISO14001

ISO45001

ISO9001

IATF16949

ISO14001

ISO45001

119040

0361923

E3242 

H3023

Nov.20,2019

Nov.20,2019

Nov.15,2021

Sep.16,2020

Nov.20,2019

Nov.20,2019

Jun.11,2009

May.26,2015

UL DQS Inc

CTI International

Certification

20000837QM15

0384607

04121E30122R6L

04120S30090R4L

Feb.7,2021

Feb.7,2021

Aug.3,2021

Aug.13,2020

May.21,1996

Feb.7,2021

Aug.13,2003

Aug.14,2008

*Important

Product specifications c ontained in this catalogue are subje ct to c hange at any time without notice. Please c onfirm specifications with your order.

ISO 45001 was published on March 12, 2018, and OHSAS 18001 will be expired on March 11, 2021.

No.2, Jalan Klebang, 1/5 Zon Perindustrian Bebas Kinta, Jalan Kuala Kangsar, 31200 Chemor, Perak Darul Ridzuan, Malaysia
No.5, Jalan Klebang, 1/5 Zon Perindustrian Bebas Kinta, Jalan Kuala Kangsar, 31200 Chemor, Perak Darul Ridzuan, Malaysia
No.17,Jalan Klebang, 1/6 Zon Perindustrian Bebas Kinta, Jalan Kuala Kangsar, 31200 Chemor, Perak Darul Ridzuan, Malaysia

■ 

Kamaya Global Network

kamaya-catalog-html.html
background image

KAMAYA INC. SAN DIEGO

 

SALES OFFICE

 

SAN DIEGO, CA U.S.A

WALSIN TECHNOLOGY 

 

CORPORATION

 

YANG-MEI, TAIWAN

SUZHOU  WALSIN  TECHNOLOGY  

 

ELECTRONICS.  CO.,LTD.

 

SUZHOU, CHINA

KAMAYA ELECTRIC (H.K.) LTD. /

 

DONGGUAN WALSIN TECHNOLOGY 

 

ELECTRONICS CO., LTD.

 

HONG KONG, CHINA

KAMAYA INC.

 

EL PASO WAREHOUSE EL PASO, TX U.S.A

KAMAYA INC.

 

FORT WAYNE, IN U.S.A

WALSIN ELECTRONICS (S) PTE. LTD.

 

SINGAPORE

KAMAYA ELECTRIC (M) SDN. BHD.

 

(FACTORY & SALES OFFICE)

 

PERAK, MALAYSIA

Head Office

Osaka Sales Office

Naie Factory,Hokkaido

 

Hokkaido Research Center

U.S.A

TAIWAN

MALAYSIA

HONG KONG

CHINA

SINGAPORE

WORLD

KAMAYA INC. (SALES OFFICE AND WAREHOUSE)

URL http://www.kamaya.com/

6407 Cross Creek Boulvard Fort Wayne, IN 46818 U.S.A.
Tel : (+1) 260-489-1533 / Fax : (+1) 260-489-2261
E-mail : sales

kamaya.com

KAMAYA INC. (SAN DIEGO SALES OFFICE)

4163 Cleveland Avenue #1 San Diego, CA  92103 U.S.A. 
Tel : (+1) 858-775-6050 / Fax : (+1) 619-284-8749

KAMAYA INC. (EL PASO WAREHOUSE) 

28-A Concord Street, El Paso, TX 79906 U.S.A.
Tel : (+1) 915-779-7253 / Fax : (+1) 915-779-7180
E-mail : sales

kamaya.com

WALSIN TECHNOLOGY CORPORATION

566-1, Kao-shi Road Yang-mei, Taoyuan, 326, Taiwan, R.O.C.
Tel : (+886) 3-475-8711 / Fax : (+886) 3-475-6747

KAMAYA ELECTRIC (M) SDN. BHD.

Factory -1 : 
Factory "A" : 
Factory -2 : 
Tel : (+60) 5-291-5522 / Fax: (+60) 5-291-2600
E-mail : kmy@kamaya.com.my

KAMAYA ELECTRIC (H.K.) LTD. 

NO.638, Mei Jing West Road (523799) Xiniupo Administrative Zone, Dalang Town, Dong-Guan City, Guang Dong Province, China
Tel : (+86) 769-8106-9331 / Fax : (+86) 769-8895-3204 

SUZHOU WALSIN TECHNOLOGY ELECTRONICS. CO.,LTD.

NO.369 Changyang Street, Suzhou Industrial Park, Jiangsu 215026 P.R.China
Tel : (+86) 512-6283-6888 / Fax : (+86) 512-6283-0886
E-mail : kamayasales@kamaya.co.jp

WALSIN ELECTRONICS (S) PTE. LTD.

24 Sin Ming Lane, Midview City  #04-100 Singapore 573970
Tel : (+65) 9682-1820
E-mail : kmy@kamaya.com.my

Head Office

Osaka Sales Office

Distribution Center

Naie Factory, Hokkaido

Hokkaido Research Center

PSA Building, 6 -1- 6, Chuo, Yamato-shi, Kanagawa, 242 - 0021, Japan 

Tel : (+81) 46-204-8806 / Fax : (+81) 46-204-8955 

Cent Annex Bldg 2F, 5-11-8 Nishinakajima, Yodogawa-ku, Osaka-shi, 532-0011 

Tel : (+81) 6-6304-5761 / FaxTel : (+81) 6-6306-0131 

PSA DC Building, 2680-26 Kamiwada, Yamato-shi, Kanagawa, 242-0014, Japan

Tel : (+81) 46-204-8640 / Fax : (+81) 46-204-8702

955-1 Aza-Naie, Naie-cho, Sorachi-gun, Hokkaido, 079-0397

Tel : (+81) 125-65-2171 / FaxTel : (+81) 125-65-2177

E-mail : sales@kamaya.co.jp
http : //www.kamaya.co.jp

JAPAN

Bureau Veritas Japan

Co., Ltd

4589648

362609

4506826

4280028

Feb,26,2021

Mar.29,2021

May.9,2020

Mar.16,2021

Mar.22,2012

Mar.8,2018

May.9,2002

Mar.16,2021

DONGGUAN WALSIN

TECNOLOGYELECTRONICS

CO.,LTD.

Application 

Facilities

Standard

Certification 

Organization

Certification 

No.

Rev. certificate 

Date

Certificate 

Date

KAMAYA 

ELECTRIC(M)SDN. BHD.

NQA Grobal 

Assurance

NAIE Factory, Hokkaido

ISO9001

IATF16949

ISO14001

ISO45001

ISO9001

IATF16949

ISO14001

ISO45001

ISO9001

IATF16949

ISO14001

ISO45001

119040

0361923

E3242 

H3023

Nov.20,2019

Nov.20,2019

Nov.15,2021

Sep.16,2020

Nov.20,2019

Nov.20,2019

Jun.11,2009

May.26,2015

UL DQS Inc

CTI International

Certification

20000837QM15

0384607

04121E30122R6L

04120S30090R4L

Feb.7,2021

Feb.7,2021

Aug.3,2021

Aug.13,2020

May.21,1996

Feb.7,2021

Aug.13,2003

Aug.14,2008

*Important

Product specifications c ontained in this catalogue are subje ct to c hange at any time without notice. Please c onfirm specifications with your order.

ISO 45001 was published on March 12, 2018, and OHSAS 18001 will be expired on March 11, 2021.

No.2, Jalan Klebang, 1/5 Zon Perindustrian Bebas Kinta, Jalan Kuala Kangsar, 31200 Chemor, Perak Darul Ridzuan, Malaysia
No.5, Jalan Klebang, 1/5 Zon Perindustrian Bebas Kinta, Jalan Kuala Kangsar, 31200 Chemor, Perak Darul Ridzuan, Malaysia
No.17,Jalan Klebang, 1/6 Zon Perindustrian Bebas Kinta, Jalan Kuala Kangsar, 31200 Chemor, Perak Darul Ridzuan, Malaysia

kamaya-catalog-html.html
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KAMAYA/製品総合カタログ/H1-H4

ELECTRONIC 

COMPONENTS 

CATALOG 2022

Issued Nov. 2022

202
2

http://www.kamaya.co.jp

ELECTRONIC 

COMPONENTS 

CATALOG 2022