O

INDUCT

ORS

107

XTAL

OSC

VCXO

VCO

TCXO

VCTCXO

FLTR

RES

IND

ADAM-01/02 Series 

Molded Power Line Chokes

Axial Leaded Thru Hole

FEATURES

• Axial leaded molded inductors.
• Size is uniform.
• High reliability.
• Core is ferrite.
• High saturation current.

• Inductance value is marked.
• Standard tape and reel packaging.
• Ideal for automatic insertion.
• Applications: TVs and Audio equipment,

Telecommunication devices, Electronic Control

Boards, RF Filters, and other noise filters.

ADAM -

01 - 101K - T

PACKAGE TYPE

ADAM: MOLDED FERRITE CHOKE

SIZE
INDUCTANCE:

101 =  100 uH

INDUCTANCE TOLERANCE:

M ±20%
K ±10%
J ±5%

TAPE & REEL

PART NUMBERING GUIDE

BENEFITS

Inductance Range:

1.0 uH to 18000 uH.

Saturation Current:

Lower inductance about 10%.

Operating Temperature:

-40ºC to 105ºC.

Terminal Strength:

2.27 Kg min.

Test Equipment:

L: LCR meter @ 1 KHz

DCR: Milli-ohm meter

STANDARD SPECIFICATIONS

PACKAGE TYPE

(A)

(B)

(D)

(E)

ADAM-01

16.4 ±0.5

38.0 ±3.0

6.9 ±0.2

0.80 ±0.05

ADAM-02

14.5 ±0.4

31.75 min.

6.5 ±0.2

0.80 ±0.05

ADAM-01/02 

www.adivatech.com    

(888) 30-ADIVA (23482)

O

108

Molded Power Line Chokes

ADAM-01/02 Series — Continued 

Axial Leaded Thru Hole

STANDARD SPECIFICATIONS

ORDERING CODE

INDUCTANCE

DC

SATURATION

SUGGESTED

@ 1 KHZ

RESISTANCE

RATED CURRENT

RATED CURRENT

(uH)

(

Ω

)

(Amp)

(Amp)

ADAM-01-3R9

❑

T

3.9

0.019

7.3

1.28

ADAM-01-4R7

❑

T

4.7

0.022

6.3

1.28

ADAM-01-5R6

❑

T

5.6

0.024

5.6

1.28

ADAM-01-6R8

❑

T

6.8

0.026

5.3

1.28

ADAM-01-8R2

❑

T

8.2

0.028

4.5

1.28

ADAM-01-100

❑

T

10

0.033

4.1

1.28

ADAM-01-120

❑

T

12

0.037

3.6

1.28

ADAM-01-150

❑

T

15

0.040

3.3

1.28

ADAM-01-180

❑

T

18

0.044

3.0

1.28

ADAM-01-220

❑

T

22

0.050

2.7

1.28

ADAM-01-270

❑

T

27

0.058

2.5

1.28

ADAM-01-330

❑

T

33

0.075

2.2

1.008

ADAM-01-390

❑

T

39

0.094

2.0

0.804

ADAM-01-470

❑

T

47

0.109

1.8

0.804

ADAM-01-560

❑

T

56

0.140

1.7

0.804

ADAM-01-680

❑

T

68

0.145

1.5

0.804

ADAM-01-820

❑

T

82

0.152

1.4

0.804

ADAM-01-101

❑

T

100

0.208

1.2

0.632

ADAM-01-121

❑

T

120

0.283

1.1

0.508

ADAM-01-151

❑

T

150

0.340

1.0

0.508

ADAM-01-181

❑

T

180

0.362

0.95

0.508

ADAM-01-221

❑

T

220

0.430

0.86

0.508

ADAM-01-271

❑

T

270

0.557

0.77

0.400

ADAM-01-331

❑

T

330

0.665

0.70

0.400

ADAM-01-391

❑

T

390

0.772

0.64

0.400

ADAM-01-471

❑

T

470

1.15

0.59

0.315

ADAM-01-561

❑

T

560

1.27

0.54

0.315

ADAM-01-681

❑

T

680

1.61

0.49

0.250

ADAM-01-821

❑

T

820

1.96

0.44

0.200

ADAM-01-102

❑

T

1000

2.30

0.40

0.200

ADAM-01-122

❑

T

1200

2.65

0.35

0.200

ADAM-01-152

❑

T

1500

3.45

0.33

0.158

ADAM-01-182

❑

T

1800

4.03

0.29

0.158

ADAM-01-222

❑

T

2200

4.48

0.27

0.158

ADAM-01-272

❑

T

2700

5.90

0.24

0.125

ADAM-01-332

❑

T

3300

6.56

0.22

0.125

ADAM-01-392

❑

T

3900

8.63

0.20

0.100

ADAM-01-472

❑

T

4700

10.5

0.18

0.100

ADAM-01-562

❑

T

5600

13.9

0.166

0.082

ADAM-01-682

❑

T

6800

16.3

0.151

0.082

ADAM-01-822

❑

T

8200

20.8

0.136

0.065

ADAM-01-103

❑

T

10000

26.4

0.125

0.050

ADAM-01-123

❑

T

12000

29.9

0.114

0.050

ADAM-01-153

❑

T

15000

42.5

0.098

0.039

ADAM-01-183

❑

T

18000

48.3

0.091

0.039

Inductance Tolerance:

❑

M±20%, K±10%, J±5%