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Discrete and standard

IC product guide

Version 

5.0

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

   

   

 

 

 

 

 

 

 

 

 

 

 

 

   

 

 

 

 

 

 

 

 

 

 

 

 

 

 

   

 

 

 

 

   

 

 

 

 

 

 

 

 

 

 

 

 

   

 

 

 

 

 

   

 

 

   

   

 

 

 

 

 

 

 

 

 

 

 

 

 

   

   

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

   

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

    

  

  

 

Zetex Discrete and standard Products-html.html
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2

Zetex Semiconductors is a specialist in analog technology. 

We design and manufacture semiconductor solutions for the management of power
and analog signals in high performance products.

Zetex is a long-standing supplier of industry leading bipolar discrete components 
and linear ICs and the current products are detailed in this selection guide.  

Discrete and standard IC product guide

Application specific products

Contact Zetex for further information or see www.zetex.com

High efficiency, 
cost effective 
LED driving

A comprehensive range of 
LED drivers for a wide variety 
of application sectors.

•

Buck, boost and buck / boost 
configurations

•

Efficiencies of up to 95%

•

Capable of driving 1- 16 
high power LEDs

•

Simple and practical in use

High performance digital 
and analog Class D 
amplifier technology

Advanced signal processing 
chipsets delivering the needs of
advanced AV entertainment systems

•

Optimum audio performance 

•

High energy efficiency for 
low power consumption 

•

Flexible processing platform 
supports a broad range of 
power levels and channel 
formats 

Meeting the challenges 
of Direct Broadcast 
by Satellite (‘DBS’) 

System focused solutions 
for signal and power 
management  

•

Highly integrated products

•

Reduced size and 
system cost 

•

Lowest LNB power 
consumption 

•

Reliability in extreme 
environments

As well as our experience in discrete and linear ICs, Zetex produces a range of
application specific products that meet the requirement for greater power efficiency,
precision and speed in LED driving, audio power amplifier and satellite applications.

Further information on these products is available on request.

 

 

 

 

 

    

  

  

 

Zetex Discrete and standard Products-html.html
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Version 

5

.0

Discrete and standard

IC product guide

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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4

Discrete and standard 
IC product guide

Discrete semiconductors

As an expert in the management of
power, Zetex Semiconductors
provides product designers with a
broad range of discrete semiconductor
components that are renowned for
their quality, high performance and
optimized packaging.

With its leading edge bipolar
technology, Zetex has long set the
benchmark for bipolar transistor
performance with very low saturation
voltages and high power density
components. 

Concise product data for the 
complete range of bipolar 
transistors, diodes and MOSFETs 
is presented in this 
selection guide.

Standard ICs

The best power management ICs
provide circuit designers with the
most advantageous combination 
of efficiency, functionality and 
package size.  

Zetex Semiconductors is able to offer
a portfolio of devices that meet the
requirements of a wide range of
electronic applications by addressing
these competing design criteria to
produce elegant and practical
solutions,  

As an expert in power management,
Zetex works closely with customers
and partners to define the precise
needs of a particular application and to
identify the most appropriate
integrated solution.  

With its knowledge and technology
leadership, Zetex has created the
range of innovative and competitive
power management ICs presented
here.

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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5

Quality assurance, 
environmental and RoHS
compliance 

Emphasizing its ongoing commitment
to product quality, Zetex enjoys
corporate status as an ISO/TS
16949:2002 certified company - 
the industry's most comprehensive
quality management standard for
companies operating in the global
automotive procurement chain. 

This award enhances the company's
worldwide operation as a recognized
ISO 9001:2000 supplier and is
complemented by Zetex gaining
ISO14001 certification in March 2006. 

ISO14001 is the standard that forms
the cornerstone of today's emerging
environmental practices for
responsible industrial management. 

Certification to all of these
management systems underlines
Zetex’ determination to harmonize
products and processes to satisfy
international quality, environmental
standards and customer requirements,
while seeking to minimize any
adverse environmental impact.

The restriction on the use of certain
hazardous substances (RoHS)
legislation currently poses designers
and manufacturers with yet another
hurdle in bringing products to market. 

As an active supporter of
environmentally friendly practices,
Zetex began conversion of its
portfolio to RoHS compliance early 
in 2003. 

All Zetex products are now available
in a RoHS compliant format, without
any changes to performance or
specification. 

For more information, visit
www.zetex.com/leadfree 

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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6

Bipolar transistors

Diodes

MOSFETs

Current monitors

Voltage references

1.0

2.0

3.0

4.0

5.0

6

Bipolar transistors up to 500V

8

NPN Avalanche transistors

28

NPN & PNP Darlington transistors

28

H-bridges

29

NPN/PNP combinations

29

Dual NPN and PNP transistors

30

Transistor and Schottky diode combinations

31

Gate Drive transistors

32

Article

34

Schottky Diodes

38

Varactor (tuner) diodes 

39

Power diodes 

40

20V devices 

42

30V to 50V devices 

43

60V to 70V devices 

45

80V to 100V devices 

48

150V to 450V devices 

49

Current output current monitors

54

Voltage output current monitors

56

Shunt regulators

59

Micro-power voltage regulators

60

Industry standard references

61

Contents

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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7

Linear regulators

DC-DC boost converters

Special functions

Package information

Alphanumeric index

6.0

7.0

8.0

9.0

10.0

Miniature linear regulators

64

Industry standard improved regulators

65

Ultra-low dropout regulators

66

Micro-power low dropout regulators

67

Low power DC-DC boost converters

69

Single and multi-cell system power boost controllers

70

Transistors and Schottky diode combinations

71

Supply voltage monitors (uP generators)

73

Siren Driver

74

Temperature sensor

74

Magneto-resistive sensors

75

Package information

76

Thermal data

82

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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8

Section 1.0

Bipolar transistors

Today’s portable devices demand
power switches that can operate
efficiently within limited power
supply headroom. The combination
of low saturation voltages, high
gain, and low voltage drive
characteristics that bipolars offer
makes them the natural choice for
operation at the 5V level and below.
Add their ruggedness and low
thermal resistance within minimal
footprints and it’s easy to see why
bipolars can also outperform
MOSFETs in higher voltage
applications that range from
automotive power converters to
telecomms interfaces.

Zetex Semiconductors offers a
portfolio of bipolar products that builds
on successive generations of process
know-how, leading edge design and
innovation to manage voltages up to
500V with maximum efficiency. 
Its latest range of products extends
the company’s leadership in building
ultra-low saturation voltage bipolar
transistors that permit ever smaller
surface mount packages to control
continuous currents of several amps.

Crucially, the specific die-area
resistance of these bipolar transistors
is significantly less than that of
competing MOSFETs, and is especially
suited to operation within cost
sensitive, power-conscious, and
space-constrained portable
applications. For a more in-depth
comparison of bipolar and MOSFET
technology read the article at the back
of the Discrete Component section of
this brochure.

Multichip devices that combine
transistors and Schottky diodes within
leadless QFN packages are also
available from Zetex to conserve
valuable space in high-density
assemblies. These devices especially
suit charger circuits, DC-DC
converters, MOSFET gate drivers, and
motor control applications in mobile
and portable equipment.

High voltage applications such as
backlight inverters, motor drivers, 
and subscriber-line interface cards 
also benefit from bipolar transistor
technology. Here too the bipolar’s 
low saturation voltage challenges
MOSFETs in low to medium current
applications, and the availability of
surface mount packages that dissipate
up to 3W in SOT223 outline further
promotes overall design efficiency.

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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Bipolars

transistors

1.0

9

Devices up to 25V

NPN transistors 

10-12

PNP transistors

13-15

Devices from 30 to 50V

NPN transistors 

16-17

PNP transistors 

18-19

Devices from 55 to 100V

NPN transistors 

20-21

PNP transistors 

22-23

Devices from 120 to 220V

NPN transistors 

24

PNP transistors 

25

Devices from 300 to 500V

NPN transistors 

26

PNP transistors 

27

NPN avalanche transistors 

28

NPN Darlington transistors

28

PNP Darlington transistors

28

H-bridges

29

NPN/PNP combinations

29

Dual NPN transistors

30

Dual PNP transistors 

30

Transistor and Schottky 

diode combinations

31

Gate drive transistors

32

Article: Applications dictate bipolar 

or MOSFET power switch choices

34

Contents

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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10

NPN transistors up to 25V

Part number

V

CEO

V

I

C

A

I

CM

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

FZT1047A

10

5

20

2.5

300

1200

1

40

0.5

10

150

44

SOT223 

(T1)

200

-

5

350

5

25

FCX1047A

10

4

20

1

300

1200

1

40

0.5

10

150

40

SOT89

(T1)

200

-

4

240

4

50

ZXTN25012EZ

12

6.5

15

2.4

500

1500

0.01

60

1

10

260

25

SOT89 

(T1)

185

_

6.5

130

2

20

ZXTN25012EFH

12

6

15

1.25

500

1500

0.01

32

1

100

260

23

SOT23

(T1)

300

-

4

190

6

120

ZXTN07012EFF

12

4.5

10

1.5

500

1500

0.1

85

1

10

220

43

SOT23F 

(T1)

330

-

4.5

150

2

20

FZT688B

12

4

10

2

500

-

0.1

40

0.1

1

150

83

SOT223 

(T1)

400

-

3

400

4

50

FCX688B

12

3

10

1

500

-

0.1

40

0.1

1

150

-

SOT89

(T1)

400

-

3

350

3

10

ZTX688B

12

3

10

1

500

-

0.1

40

0.1

1

150

-

E-Line

(T1)

400

-

3

350

3

20

ZXTN25012EFL

12

2

15

0.350

500

1500

0.01

85

1

10

280

46

SOT23

(T1)

210

-

5

130

2

40

ZXTN23015CFH

15

6

12

1.25

200

560

0.5

30

1

100

235

19

SOT23

(T1)

150

-

6

180

6

120

ZXT13N15DE6

15

5

15

1.1

300

900

1

70

1

10

72

29

SOT23-6 

(T1)

200

-

5

200

5

100

ZXTN25015DFH

15

5

15

1.25

300

900

0.01

40

1

100

240

25

SOT23

(T1)

150

-

5

215

5

100

ZXTAM322

15

4.5

15

1.5

300

-

0.2

14

0.1

10

120

45

DFN322 

(T1)

150

-

5

280

4.5

50

ZXT10N15DE6

15

4

13

1.1

300

-

0.2

14

0.1

10

120

50

SOT23-6 

(T1)

200

-

3

260

4

50

FCX617

15

3

12

1

300

-

0.2

14

0.1

10

120

50

SOT89

(T1)

200

-

3

300

4

50

FMMT617

15

3

12

0.625

300

-

0.2

14

0.1

10

120

50

SOT23

(T1)

200

-

3

200

3

50

ZXT11N15DF

15

3

5

0.625

300

900

0.2

80

1

10

145

37

SOT23

(T1)

200

-

3

150

3

150

ZUMT617

15

1.5

5

0.385

300

-

0.1

20

0.1

10

180

135

SOT323 

(T1)

200

-

1

245

1.5

20

FZT1048A

17.5

5

20

2.5

300

1200

1

45

0.5

10

150

50

SOT223 

(T1)

180

-

5

350

5

25

ZTX1048A

17.5

4

20

1

300

1200

1

45

0.5

10

150

-

E-Line 

(T1)

220

-

4

245

4

20

ZXTN19020CFF

20

7.0

20

1.5

200

500

0.1

65

1

10

150

18

SOT23F 

(T1)

-

7.0

70

2

40

ZXTN19020DG

20

9

20

3

300

900

0.1

70

1

10

160

20

SOT223 

(T1)

130

-

9

100

2

20

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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Bipolars

transistors

1.0

11

NPN transistors up to 25V

Part number

V

CEO

V

I

C

A

I

CM

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

C

Rounded

face

B E

B

E

C

C

E

C

B

C

E

B

C

E

C

B

C

E

B

C

C

B

C

C

E

SOT223 

(T1)

SOT23-6 

(T1)

SOT89 

(T1)

SOT23 

(T1)

C 

E 

B 

SOT23F 

(T1)

SOT323 

(T1)

DFN322 

(T1)

Bottom V ew

E-line 

(T1)

continued overleaf...

ZXTN19020DZ

20

7.5

20

2.4

300

900

0.1

70

1

10

160

21

SOT89 

(T1)

150

-

7.5

100

2

20

ZXTN25020DG

20

7

15

3

300

900

0.01

48

1

100

215

31

SOT223 

(T1)

50

-

7

180

2

20

ZXTN19020DFF

20

6.5

20

1.5

300

900

0.1

65

1

10

160

18

SOT23F 

(T1)

160

-

6.5

95

2

20

ZXTN25020DZ

20

6

15

2.4

300

900

0.01

48

1

100

215

30

SOT89

(T1)

50

-

6

180

2

20

ZXT13N20DE6

20

4.5

15

1.1

300

900

1

75

1

10

96

38

SOT23-6 

(T1)

200

-

5

230

4.5

45

ZXTN25020DFH

20

4.5

15

1.25

300

900

0.01

43

1

100

215

28

SOT23 

(T1)

120

-

4.5

265

4.5

90

ZXTBM322

20

4.5

12

1.5

300

-

0.2

15

0.1

10

140

47

DFN322

(T1)

100

-

6

270

4.5

125

ZXTN25020BFH

20

4.5

10

1.25

100

300

0.01

45

1

100

185

27

SOT23

(T1)

75

-

4.5

240

4.5

90

ZXTN25020CFH

20

4.5

10

1.25

200

500

0.01

45

1

100

185

28

SOT23 

(T1)

90

-

4.5

220

4.5

90

ZXT10N20DE6

20

3.5

19

1.1

300

-

0.2

15

0.1

10

140

55

SOT23-6

(T1)

200

-

2

250

3.5

100

ZTX618

20

3.5

10

1

300

-

0.2

15

0.1

10

140

-

E-Line

(T1)

170

-

3

255

3.5

50

FZT689B

20

3

8

2

500

-

0.1

100

0.1

0.5

150

92

SOT223

(T1)

400

-

2

450

3

20

ZTX689B

20

3

8

1

500

-

0.1

100

0.1

0.5

150

-

E-Line

(T1)

400

-

2

500

2

10

ZXT11N20DF

20

2.5

5

0.625

300

900

0.1

100

1

10

160

40

SOT23

(T1)

150

-

3

130

2.5

250

FMMT618

20

2.5

6

0.625

300

-

0.2

15

0.1

10

140

50

SOT23 

(T1)

200

-

2

200

2.5

50

ZXTN25020DFL

20

2

8

0.350

300

900

0.01

100

1

20

215

55

SOT23

(T1)

220

-

2

225

2

20

FMMTL618

20

1.25

4

0.5

300

-

0.2

35

0.1

10

195

140

SOT23

(T1)

200

-

1

280

1.25

100

ZUMT618

20

1.25

4

0.385

300

-

0.1

25

0.1

10

210

125

SOT323 

(T1)

100

-

1

250

1.25

50

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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12

NPN transistors up to 25V (continued)

Part number

V

CEO

V

I

C

A

I

CM

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

BCX6825

20

1

2

1

160

400

0.5

500

1

100

100

-

SOT89 

(T1)

FZT869

25

7

20

3

300

-

1

50

0.5

10

100

36

SOT223 

(T1)

200

-

7

350

6.5

150

ZXTN2005G

25

7

20

3

300

-

1

40

0.5

10

150

30

SOT223 

(T1)

200

-

7

230

6.5

150

ZXTN2005Z

25

5.5

20

2.1

300

-

1

45

1

100

150

25

SOT89 

(T1)

200

-

7

200

6.5

150

FZT1049A

25

5

20

2.5

300

1200

1

60

0.5

10

180

-

SOT223 

(T1)

180

-

5

330

5

50

ZTX869

25

5

20

1.2

300

-

1

50

0.5

10

100

-

E-Line 

(T1)

250

-

5

220

5

100

ZTX1049A

25

4

20

1

300

1200

1

45

0.5

10

180

-

E-Line 

(T1)

200

-

4

220

4

50

FZT649

25

3

8

2

100

300

1

300

1

100

240

-

SOT223 

(T1)

75

-

2

600

3

300

ZTX649

25

2

6

1

100

300

1

300

1

100

240

-

E-Line

(T1)

75

-

2

500

2

200

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

13

PNP transistors up to 25V

Part number

V

CEO

V

I

C

A

I

CM

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

C

Rounded

face

B E

B

E

C

C

E

C

B

C

E

B

C

E

C

B

C

E

B

C

C

B

C

C

E

SOT223 

(T1)

SOT23-6 

(T1)

SOT89 

(T1)

SOT23 

(T1)

C 

E 

B 

SOT23F 

(T1)

SOT323 

(T1)

DFN322 

(T1)

Bottom View

E-line 

(T1)

continued overleaf...

FZT968

-12

-6

-20

3

300

1000

-0.5

-130

-0.5

-5

80

44

SOT223 

(T1)

200

-

-5

-450

-6

-250

FZT1147A

-12

-5

-20

2.5

250

850

-0.5

-110

-0.5

-2.5

115

-

SOT223 

(T1)

150

-

-5

-400

-5

-50

ZTX968

-12

-4.5

-20

1.2

300

1000

-0.5

-100

-0.5

-5

80

-

E-Line 

(T1)

200

-

-5

-300

-5

-200

ZXTP25012EZ

-12

-4.5

-10

2.4

500

1500

-0.01

-265

-1

-10

310

45

SOT89 

(T1)

40

-

-4.5

-355

-2

-40

ZTX1147A

-12

-4

-20

1

250

850

-0.5

-130

-1

-6

115

-

E-Line 

(T1)

170

-

-4

-235

-4

-70

ZXT13P12DE6

-12

-4

-15

1.1

300

900

-1

-90

-1

-10

55

37

SOT23-6 

(T1)

200

-

-4

-250

-4

-50

ZXT1M322

-12

-4

-12

1.5

300

-

-0.1

-17

-0.1

-10

110

60

DFN322 

(T1)

60

-8

-300

-4

-150

ZXTP25012EFH

-12

-4

-10

1.25

500

1500

-0.01

-260

-1

-10

310

40

SOT23

(T1)

300

-

-1

-350

-2

-40

ZXTP07012EFF

-12

-4

-8

1.5

500

1500

-0.01

-165

-1

-5

250

50

SOT23F 

(T1)

230

-

-4

-350

-2

-10

FCX1147A

-12

-3

-20

1

250

850

-0.5

-110

-0.5

-2.5

115

53

SOT89 

(T1)

200

-

-3

-250

-3

-30

FCX717

-12

-3

-10

1

300

-

-0.1

-20

-0.1

-10

110

77

SOT89

(T1)

160

-3

-320

-3

-50

FZT717

-12

-3

-10

2

300

-

-0.1

-17

-0.1

-10

110

-

SOT223

(T1)

160

-3

-320

-3

-50

ZXT10P12DE6

-12

-3

-10

1.1

300

-

-0.1

-17

-0.1

-10

110

65

SOT23-6

(T1)

180

-2.5

-300

-3

-50

FMMT717

-12

-2.5

-10

0.625

300

-

-0.1

17

-0.1

-10

110

72

SOT23

(T1)

180

-2.5

-220

-2.5

-50

FMMTL717

-12

-1.25

-4

0.5

300

-

-0.1

-40

-0.1

-10

205

160

SOT23

(T1)

180

-1

-290

-1.25

-50

ZUMT717

-12

-1.25

-3

0.385

300

-

-0.1

-40

-0.1

-10

220

150

SOT323

(T1)

125

-1.25

-240

-1.25

-100

ZXTP23015CFH

-15

-6

-10

1.25

200

560

-0.5

-36

-1

-100

270

20

SOT23

(T1)

140

-

-6

-190

-6

-240

ZXTP25015DFH

-15

-4

-10

1.25

300

900

-0.01

-55

-1

-100

295

33

SOT23

(T1)

90

-

-4

-210

-4

-200

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

14

PNP transistors up to 25V (continued)

Part number

V

CEO

V

I

C

A

I

CM

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

ZTX788A

-15

-3

-10

1

300

800

-0.01

-35

-0.1

-2

150

-

E-Line

(T1)

200

-

2

-330

-3

-200

FZT788B

-15

-3

-8

2

400

-

-1

-150

-0.5

-2.5

100

93

SOT223 

(T1)

300

-2

-500

-3

-50

ZTX788B

-15

-3

-8

1

400

-

-1

-150

-0.5

-2.5

100

-

E-Line 

(T1)

300

-2

-450

-2

-10

ZXTP19020DG

-20

-8

-15

3

300

900

-0.1

-130

-1

-10

176

28

SOT223

(T1)

45

-

-8

-145

-2

-40

FZT948

-20

-6

-20

3

100

300

-1

-130

-0.5

-10

80

-

SOT223 

(T1)

75

-5

-450

-6

-250

ZXTP19020DZ

-20

-6

-15

2.4

300

900

-0.1

-130

-1

-10

176

28

SOT89 

(T1)

65

-

-6

-145

-2

-40

ZXTP25020DG

-20

-6

-10

3

300

900

-0.01

-65

-1

-100

290

42

SOT223 

(T1)

25

-

-6

-245

-2

-40

ZXTP19020DFF

-20

-5.5

-15

1.5

300

900

-0.1

-125

-1

-10

176

26

SOT23F 

(T1)

90

-

-5

-140

-2

-40

ZXTP19020CFF

-20

-5

-15

1.5

200

500

-0.1

-70

-1

-20

200

21

SOT23F 

(T1)

110

-

-5

-120

-2

-40

ZXTP25020DZ

-20

-5

-10

2.4

300

900

-0.01

-65

-1

-100

290

39

SOT89 

(T1)

45

-

-5

-245

-2

-40

ZTX948

-20

-4.5

-20

1.2

100

300

-1

-100

-0.5

-10

80

-

E-Line 

(T1)

75

-5

-250

-4

-400

ZXTP25020CFF

-20

-4.5

-10

1.5

200

500

-0.01

-110

-1

-20

285

41

SOT23F 

(T1)

150

-

-1

-185

-2

-40

ZXTP25020BFH

-20

-4

-10

1.25

100

300

-0.01

-60

-1

-100

250

32

SOT23 

(T1)

50

-

-4

-210

-4

-200

ZXTP25020CFH

-20

-4

-10

1.25

200

500

-0.01

-55

-1

-100

285

34

SOT23 

(T1)

85

-

-4

-210

-4

-200

ZXTP25020DFH

-20

-4

-10

1.25

300

900

-0.01

-60

-1

-100

290

39

SOT23 

(T1)

70

-

-4

-240

-2

-40

ZX5T2E6

-20

-3.5

-10

1.1

300

900

-1

-140

-1

-10

110

31

SOT23-6 

(T1)

150

-3.5

-130

-3.5

-350

ZXT13P20DE6

-20

-3.5

-10

1.1

300

900

-1

-130

-1

-10

90

47

SOT23-6 

(T1)

150

-3.5

-250

-3.5

-350

ZXTP2006E6

-20

-3.5

-10

1.1

300

900

-1

-140

-1

-10

110

31

SOT23-6 

(T1)

150

-3.5

-130

-3.5

-350

ZXT2M322

-20

-3.5

-6

1.5

300

-

-0.1

-30

-0.1

-10

180

64

DFN322 

(T1)

150

-2

-300

-3.5

-350

FCX718

-20

-2.5

-6

1

300

-

-0.1

-40

-0.1

-10

180

96

SOT89 

(T1)

150

-2

-300

-2.5

-200

ZTX718

-20

-2.5

-6

1

300

-

-0.1

-40

-0.1

-10

180

-

E-Line 

(T1)

150

-2

-260

-2.5

-200

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

15

PNP transistors up to 25V

Part number

V

CEO

V

I

C

A

I

CM

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

C

Rounded

face

B E

B

E

C

C

E

C

B

C

E

B

C

E

C

B

C

E

B

C

C

B

C

C

E

SOT223 

(T1)

SOT23-6 

(T1)

SOT89 

(T1)

SOT23 

(T1)

C 

E 

B 

SOT23F 

(T1)

SOT323 

(T1)

DFN322 

(T1)

Bottom View

E-line 

(T1)

ZXT10P20DE6

-20

-2.5

-6

1.1

300

-

-0.1

-30

-0.1

-10

180

75

SOT23-6 

(T1)

150

-2

-350

-2.5

-150

FMMT718

-20

-1.5

-6

0.625

300

-

-0.1

-40

-0.1

-10

180

97

SOT23 

(T1)

150

-2

-220

-1.5

-50

ZXTP25020DFL

-20

-1.5

-6

0.350

300

900

-0.01

-225

-1

-10

290

54

SOT23

(T1)

60

-

-4

-275

-2

-40

ZUMT718

-20

-1

-3

0.385

300

-

-0.1

-45

-0.1

-10

210

200

SOT323

(T1)

100

-1

-250

-1

-100

-

BCX6925

-20

-1

-2

1

160

400

-0.5

-500

-1

-100

100

-

SOT89

(T1)

FMMTL718

-20

-1

-2

0.5

300

-

-0.1

-50

-0.1

-10

265

210

SOT23

(T1)

120

-1

-320

-1

-50

-

FZT1149A

-25

-4

-10

2.5

250

800

-0.5

-240

-1

-7

135

-

SOT223

(T1)

115

-

-5

-350

-4

-140

-

FCX1149A

-25

-3

-10

1

250

800

-0.5

-240

-1

-7

135

67

SOT89

(T1)

150

-

-3

-300

-3

-100

-

ZTX1149A

-25

-3

-10

1

250

800

-0.5

-170

-0.5

-3

135

-

E-Line 

(T1)

115

-

-5

-300

-3

-70

-

FCX789A

-25

-3

-8

1

230

-

-1

-190

-1

-10

100

-

SOT89

(T1)

180

-2

-320

-3

-100

-

FZT749

-25

-3

-8

2

100

300

-1

-300

-1

-100

160

-

SOT223 

(T1)

75

-

-2

-600

-3

-300

-

ZTX789A

-25

-3

-8

1

250

-

-1

-250

-1

-10

100

-

E-Line

(T1)

200

-2

-500

-3

-100

-

FZT789A

-25

-3

-6

2

250

-

-1

-250

-1

-10

100

93

SOT223

(T1)

200

-2

-500

-3

-100

-

ZTX749

-25

-2

-6

1

100

300

-1

-300

-1

-100

160

-

E-Line

(T1)

75

-

-2

-500

-2

-200

-

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

16

NPN transistors from 30 to 50V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

ZXT849K

30

7

4.2

100

300

1

80

1

20

100

33

DPAK 

(T1)

100

-

7

280

7

350

FZT849

30

7

3

100

300

1

110

1

20

100

36

SOT223 

(T1)

100

-

7

350

6.5

300

ZXTN2007G

30

7

3

100

300

1

65

1

20

140

28

SOT223 

(T1)

100

-

7

220

6.5

300

ZXTN2007Z

30

6

2.1

100

300

1

45

1

100

140

23

SOT89 

(T1)

100

-

7

190

6.5

300

ZTX849

30

5

1.2

100

300

1

100

1

20

100

-

E-Line 

(T1)

100

-

5

220

5

200

FZT489

30

1

2

100

300

1

300

1

100

150

-

SOT223 

(T1)

60

-

2

600

2

200

ZTX449

30

1

1

100

300

0.5

500

1

100

150

-

E-Line 

(T1)

80

-

1

1000

2

200

FMMT449

30

1

0.5

100

300

0.5

500

1

100

150

250

SOT23 

(T1)

80

-

1

1000

2

200

FMMT489

30

1

0.5

100

300

1

300

1

100

150

175

SOT23 

(T1)

60

-

2

600

2

200

FZT1051A

40

5

2.5

270

1200

1

120

1

10

155

50

SOT223 

(T1)

130

-

5

340

5

100

ZXTN25040DZ

40

5

1.8

300

900

0.01

60

1

100

190

38

SOT89 

(T1)

20

-

5

215

2

40

ZXTN25040DFH

40

4

1.25

300

900

0.01

55

1

100

190

35

SOT23 

(T1)

30

-

4

190

4

400

ZTX1051A

40

4

1

300

1200

1

110

1

10

155

-

E-Line 

(T1)

190

-

4

210

4

100

FCX1051A

40

3

1

270

1200

1

120

1

10

155

57

SOT89 

(T1)

270

-

3

250

3

40

ZXTN25040DFL

40

1.5

0.350

300

900

0.01

85

1

100

190

59

SOT23 

(T1)

25

-

4

185

1.5

30

FZT491A

40

1

2

300

900

0.5

300

0.5

50

150

-

SOT223 

(T1)

200

-

1

500

1

100

FCX491A

40

1

1

300

900

0.5

300

0.5

50

150

-

SOT89 

(T1)

200

-

1

500

1

100

FMMT491A

40

1

0.5

300

900

0.5

300

0.5

50

150

195

SOT23 

(T1)

200

-

1

500

1

100

ZXTN2040F

40

1

0.35

300

900

0.5

300

0.5

50

150

-

SOT23 

(T1)

200

-

1

500

1

100

ZXTN07045EFF

45

6

1.5

500

1500

0.1

190

1

15

190

50

SOT23F 

(T1)

250

-

2

220

2

20

ZXT690BK

45

3

3.9

400

-

1

85

0.1

0.5

150

77

DPAK 

(T1)

150

-

2

360

1

5

FZT690B

45

3

2

400

-

1

100

0.1

0.5

150

125

SOT223 

(T1)

50

-

3

500

1

5

FCX690B

45

2

1

400

-

1

80

0.1

0.5

150

-

SOT89 

(T1)

150

-

2

300

1

5

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

17

NPN transistors from 30 to 50V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

C

Rounded

face

B E

B

E

C

C

E

B

C

C

B

C

C

E

SOT23-6 

(T1)

SOT323 

(T1)

DFN322 

(T1)

Bottom View

E-line 

(T1)

C

E

C

B

C

E

B

C

E

C

B

SOT223 

(T1)

SOT89 

(T1)

SOT23 

(T1)

C 

E 

B 

SOT23F 

(T1)

ZTX690B

45

2

1

400

-

1

100

0.1

0.5

150

-

E-Line 

(T1)

150

-

2

500

1

5

ZTX450

45

1

1

100

300

0.15

250

0.15

15

150

-

E-Line 

(T1)

15

-

1

BCW66H

45

0.8

0.33

250

630

0.1

300

0.1

10

100

-

SOT23 

(T1)

ZXTN2031F

50

5

1.2

200

560

0.5

40

1

100

125

24

SOT23 

(T1)

80

5

170

5

250

ZXTCM322

50

4

1.5

300

-

0.2

20

0.1

10

165

68

DFN322 

(T1)

100

-

2

320

4

200

ZXTN25050DFH

50

4

1.25

300

900

0.01

60

1

100

200

40

SOT23 

(T1)

20

-

4

210

4

400

ZXT13N50DE6

50

4

1.1

300

900

1

100

1

10

115

36

SOT23-6 

(T1)

100

-

4

230

4

100

FCX619

50

3

1.5

300

-

0.2

25

0.1

10

165

87

SOT89 

(T1)

100

-

2

320

2.75

100

ZXT10N50DE6

50

3

1.1

300

-

0.2

20

0.1

10

170

75

SOT23-6 

(T1)

100

-

2

200

2

50

FMMT619

50

2

0.625

300

-

0.2

20

0.1

10

165

75

SOT23 

(T1)

100

-

2

220

2

50

FMMTL619

50

1.25

0.5

300

-

0.2

45

0.1

10

180

160

SOT23 

(T1)

100

-

1

330

1.25

125

ZUMT619

50

1

0.385

300

-

0.1

35

0.1

10

215

160

SOT323 

(T1)

75

-

1

270

1

50

B

E

C

C

DPAK 

(T1)

*Indicative relative size

*

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

18

PNP transistors from 30 to 50V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

FZT949

-30

-5.5

3

100

300

-1

-75

-0.5

-20

100

-

SOT223 

(T1)

75

-

-5

-440

-5.5

-500

ZX5T949G

-30

-5.5

3

100

300

-1

-45

-0.5

-20

110

31

SOT223 

(T1)

70

-

-5

-210

-5.5

-500

ZXTP2008G

-30

-5.5

3

100

300

-1

-45

-0.5

-20

110

31

SOT223 

(T1)

70

-

-5

-210

-5.5

-500

ZXTP2008Z

-30

-5.5

2.1

100

300

-1

-55

-1

-100

110

24

SOT89 

(T1)

70

-

-5

-175

-5.5

-500

ZTX949

-30

-4.5

1.2

100

300

-1

-60

-0.5

-20

100

-

E-Line

(T1)

75

-

-5

-320

-5

-300

FZT549

-30

-1

2

100

300

-0.5

-500

-1

-100

100

-

SOT223

(T1)

80

-

-1

-750

-2

-200

FZT589

-30

-1

2

100

300

-0.5

-350

-1

-100

100

-

SOT223

(T1)

40

-

-2

-650

-2

-200

FCX589

-30

-1

1

100

300

-0.5

-350

-1

-100

100

-

SOT89

(T1)

80

-

-1

-650

-2

-200

ZTX549

-30

-1

1

100

300

-0.5

-500

-1

-100

100

-

E-Line 

(T1)

80

-

-1

-750

-2

-200

FMMT549

-30

-1

0.5

100

300

-0.5

-500

-1

-100

100

250

SOT23 

(T1)

40

-

-2

-750

-2

-200

FMMT549A

-30

-1

0.5

150

500

-0.5

-300

-0.1

-1

100

250

SOT23

(T1)

40

-

-2

-750

-2

-200

FMMT589

-30

-1

0.5

100

300

-0.5

-350

-1

-100

100

250

SOT23

(T1)

80

-

-1

-650

-2

-200

ZXTP2009Z

-40

-5.5

2.1

200

550

-0.5

-165

-1

-10

152

29

SOT89

(T1)

-175

-3.5

-175

ZX5T3Z

-40

-5.5

1.5

200

550

-0.5

-70

-1

-50

152

29

SOT89

(T1)

110

-

5.5

-185

-5.5

-550

ZXTP25040DZ

-40

-3.5

2.4

300

900

-0.01

-90

-1

-100

270

55

SOT89

(T1)

20

-

-3.5

-265

-1

-20

ZXTP07040DFF

-40

-3

1.5

300

800

-0.01

-180

-0.5

-5

200

67

SOT23F 

(T1)

200

-

-1

-540

-2

-40

ZXT790AK

-40

-3

3.9

250

-

-0.5

-170

-0.5

-5

100

83

DPAK

(T1)

150

-

-2

-350

-1

-10

FZT1151A

-40

-3

2.5

250

800

-0.5

-180

-0.5

-5

145

-

SOT223

(T1)

100

-

-3

-300

-3

-250

FZT790A

-40

-3

2

250

-

-0.5

-250

-0.5

-5

100

125

SOT223

(T1)

150

-

-2

-750

-2

-50

ZXT3M322

-40

-3

1.5

300

-

-0.1

-40

-0.1

-10

190

104

DFN322

(T1)

60

-

-1.5

-370

-2.5

-250

ZXTP25040DFH

-40

-3

1.25

300

900

-0.01

-85

-1

-100

270

55

SOT23

(T1)

30

-

-3

-220

-3

-300

ZXT13P40DE6

-40

-3

1.1

300

900

-1

-200

-1

-20

115

58

SOT23-6

(T1)

100

-

-3

-240

-3

-300

FCX1151A

-40

-3

1

250

800

-0.5

-180

-0.5

-5

145

66

SOT89 

(T1)

100

-

-3

-300

-3

-350

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

19

PNP transistors from 30 to 50V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

C

Rounded

face

B E

B

E

C

C

E

B

C

C

B

C

C

E

SOT23-6 

(T1)

SOT323 

(T1)

DFN322 

(T1)

Bottom View

E-line 

(T1)

C

E

C

B

C

E

B

C

E

C

B

SOT223 

(T1)

SOT89 

(T1)

SOT23 

(T1)

C 

E 

B 

SOT23F 

(T1)

ZXT10P40DE6

-40

-2

1.1

300

-

-0.1

-40

-0.1

-10

190

105

SOT23-6 

(T1)

60

-

-1.5

-300

-2

-200

FCX790A

-40

-2

1

250

-

-0.5

-250

-0.5

-5

100

-

SOT89 

(T1)

150

-

-2

-450

-2

-50

ZTX790A

-40

-2

1

300

800

-0.01

-250

-0.5

-5

100

-

E-Line 

(T1)

150

-

-2

-750

-2

-50

ZXTP25040DFL

-40

-1.5

0.350

300

900

-0.01

-95

-0.5

-20

270

82

SOT23 

(T1)

15

-

-3

-190

-1.5

-75

FMMT720

-40

-1.5

0.625

300

-

-0.1

-40

-0.1

-10

190

163

SOT23 

(T1)

60

-

-1.5

-330

-1.5

-100

FZT591A

-40

-1

2

300

800

-0.1

-200

-0.1

-1

150

350

SOT223 

(T1)

160

-

-1

-500

-1

-100

FCX591A

-40

-1

1

300

800

-0.1

-200

-0.1

-1

150

-

SOT89 

(T1)

160

-

-1

-500

-1

-100

FMMT591A

-40

-1

0.5

300

800

-0.1

-200

-0.1

-1

150

350

SOT23 

(T1)

160

-

-1

-500

-1

-100

ZXTP2041F

-40

-1

0.35

300

800

-0.1

-200

-0.1

-1

150

350

SOT23

(T1)

160

-

-1

-500

-1

-100

ZUMT720

-40

-0.75

0.385

300

-

-0.1

-65

-0.1

-10

220

240

SOT323 

(T1)

40

-

-0.75

-250

-0.75

-100

ZTX550

-45

-1

1

100

300

-0.15

-350

-0.15

-15

150

-

E-Line 

(T1)

15

-

-1

BCW68H

-45

-0.8

0.33

250

630

-0.1

-300

-0.1

-10

100

-

SOT23 

(T1)

ZXTP2025F

-50

-5

1.2

200

560

-0.5

-60

-1

-100

190

30

SOT23 

(T1)

70

-5

-200

-5

-500

B

E

C

C

DPAK 

(T1)

*Indicative relative size

*

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

20

NPN transistors from 55 to 100V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

ZXTN19055DZ

55

6

2.1

250

700

0.01

60

1

100

200

28

SOT89 

(T1)

30

-

6

250

6

600

ZXTN19060CG

60

7

3

200

500

0.1

50

1

100

130

30

SOT223

(T1)

160

-

2

150

2

40

FZT851

60

6

3

100

300

2

100

1

50

130

44

SOT223

(T1)

25

-

10

375

6

300

ZXTN2010G

60

6

3

100

300

2

70

1

50

130

-

SOT223

(T1)

20

-

10

260

6

300

ZX5T851G

60

6

3

100

300

2

70

1

50

130

-

SOT223

(T1)

20

-

10

260

6

300

ZXTN19060CFF

60

5.5

1.5

200

500

0.1

45

1

100

130

26

SOT23F

(T1)

160

-

2

135

2

40

ZXTN2010Z

60

5

2.1

100

300

2

55

1

100

130

-

SOT89 

(T1)

20

-

10

230

6

300

ZTX851

60

5

1.2

100

300

2

100

1

50

130

-

E-Line 

(T1)

25

-

10

250

5

200

ZXTN2018F

60

5

1.2

100

300

2

55

1

50

130

25

SOT23 

(T1)

40

5

170

5

250

ZXTN25060BZ

60

4.5

1.8

100

300

0.01

90

1

50

185

48

SOT89 

(T1)

45

-

2

305

5

500

ZXTN2010A

60

4.5

1

100

300

2

65

1

50

130

-

E-Line 

(T1)

20

-

10

210

5

200

ZX5T851A

60

4.5

1

100

300

2

65

1

50

130

-

E-Line 

(T1)

20

-

10

210

5

200

ZXTN25060BFH

60

3.5

1.25

100

300

0.01

65

1

100

185

43

SOT23

(T1)

25

-

3.5

175

3.5

350

FZT651

60

3

2

100

300

0.5

600

3

300

140

-

SOT223 

(T1)

40

-

2

ZTX651

60

2

1

100

300

0.5

500

2

200

140

-

E-Line 

(T1)

40

-

2

FZT491

60

1

2

100

300

0.5

500

1

100

150

-

SOT223 

(T1)

FCX491

60

1

1

100

300

0.5

500

1

100

150

-

SOT89 

(T1)

ZTX451

60

1

1

50

150

0.15

350

0.15

15

150

-

E-Line

(T1)

FMMT451

60

1

0.5

50

150

0.15

350

0.15

15

150

400

SOT23 

(T1)

FMMT491

60

1

0.5

100

300

0.5

150

0.5

50

150

160

SOT23

(T1)

30

-

2

250

1

100

FMMT493A

60

1

0.5

500

-

0.15

500

1

100

150

-

SOT23

(T1)

ZXTN2038F

60

1

0.35

100

300

0.5

200

0.1

2

150

-

SOT23 

(T1)

80

-

1

250

0.5

50

ZUMT491

60

1

0.33

100

300

0.5

500

1

100

150

-

SOT323 

(T1)

FZT692B

70

2

2

400

-

0.5

500

1

10

150

-

SOT223

(T1)

150

-

1

ZTX692B

70

1

1

400

-

0.5

500

1

10

150

-

E-Line

(T1)

150

-

1

ZXT1053AK

75

5

4

300

1200

1

160

1

10

140

70

DPAK 

(T1)

50

-

5

460

5

200

FZT1053A

75

4.5

2.5

300

1200

0.5

200

1

10

140

78

SOT223

(T1)

40

-

4.5

440

4.5

200

FCX1053A

75

3

1

300

1200

0.5

200

1

10

140

78

SOT89 

(T1)

40

-

4.5

440

4.5

200

ZTX1053A

75

3

1

300

1200

1

150

1

10

140

-

E-Line 

(T1)

100

-

3

250

3

100

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

21

NPN transistors from 55 to 100V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

ZXTEM322

80

3.5

1.5

300

900

0.2

20

0.1

10

160

68

DFN322

(T1)

110

-

1

185

1

20

FMMT620

80

1.5

0.625

300

900

0.2

20

0.1

10

160

90

SOT23

(T1)

100

-

1

185

1

20

BCX5616

80

1

1

100

250

0.15

500

0.5

50

150

-

SOT89

(T1)

BSR43

80

1

1

100

300

0.1

250

0.15

15

100

-

SOT89 

(T1)

FMMTA06

80

0.5

0.33

50

-

0.1

250

0.1

10

100

-

SOT23 

(T1)

FZT853

100

6

3

100

300

2

150

2

100

130

44

SOT223 

(T1)

25

-

10

340

5

500

ZXTN2011G

100

6

3

100

300

2

65

1

100

130

-

SOT223

(T1)

10

-

10

220

5

500

ZX5T853G

100

6

3

100

300

2

65

1

100

130

-

SOT223

(T1)

10

-

10

220

5

500

ZXTN19100CG

100

5.5

3

200

500

0.1

65

1

100

150

43

SOT223 

(T1)

130

-

1

140

1

20

ZXTN19100CZ

100

5.25

2.4

200

500

0.1

65

1

100

150

44

SOT89

(T1)

130

-

1

140

1

20

ZXTN19100CFF

100

4.5

1.5

200

500

0.1

135

1

20

150

38

SOT23F 

(T1)

130

-

1

235

4.5

450

ZXTN2011Z

100

4.5

2.1

100

300

2

60

1

100

130

-

SOT89

(T1)

10

-

10

195

5

500

ZX5T853Z

100

4.5

2.1

100

300

2

60

1

100

130

-

SOT89

(T1)

10

-

10

195

5

500

ZTX853

100

4

1.2

100

300

2

85

2

100

130

-

E-Line

(T1)

20

-

10

200

4

400

ZXTN2020F

100

4

1.2

100

300

1

50

1

100

130

-

SOT23

(T1)

35

-

4

150

4

400

ZXTN25100DG

100

3

3

300

900

0.01

170

0.5

10

175

85

SOT223 

(T1)

40

-

1

100

1

100

ZXTN25100BFH

100

3

1.25

100

300

0.01

80

1

100

160

67

SOT23

(T1)

50

-

1

250

3

300

ZXTN25100DFH

100

2.5

1.25

300

900

0.01

95

1

100

175

86

SOT23

(T1)

40

-

1

330

2.5

250

ZXTN25100DZ

100

2.5

2.4

300

900

0.01

170

0.5

10

175

80

SOT89

(T1)

40

-

1

100

1

100

FZT653

100

2

2

100

300

0.5

300

1

100

175

-

SOT223

(T1)

25

-

2

500

2

200

ZTX653

100

2

1

100

300

0.5

300

1

100

175

-

E-Line 

(T1)

25

-

2

500

2

200

FZT493

100

1

2

100

300

0.25

300

0.5

50

150

-

SOT223

(T1)

FCX493

100

1

1

100

300

0.25

300

0.5

50

150

-

SOT89 

(T1)

ZTX453

100

1

1

40

200

0.15

700

0.15

15

150

-

E-Line

(T1)

FMMT493

100

1

0.5

100

300

0.25

300

0.5

50

150

-

SOT23 

(T1)

C

Rounded

face

B E

B

E

C

C

E

C

B

C

E

B

C

E

C

B

C

E

B

SOT223 

(T1)

SOT89 

(T1)

SOT23 

(T1)

C 

E 

B 

SOT23F 

(T1)

SOT323 

(T1)

DFN322 

(T1)

Bottom View

E-line 

(T1)

B

E

C

C

DPAK 

(T1)

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

22

PNP transistors from 60 to 100V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

ZXT951K

-60

-6

4.2

100

300

-2

-90

-1

-100

120

53

DPAK 

(T1)

15

-

-10

-400

-6

-600

ZX5T1951G

-60

-6

3

100

-

-0.01

-30

-0.1

-10

120

40

SOT223 

(T1)

40

-

-5

-260

-5

-500

ZXTP2012G

-60

-5.5

3

100

300

-2

-70

-1

-100

120

39

SOT223 

(T1)

10

-

-10

-250

-5

-500

ZX5T951G

-60

-5.5

3

100

300

-2

-70

-1

-100

120

39

SOT223 

(T1)

10

-

-10

-250

-5

-500

ZXTP19060CG

-60

-5

3

200

500

-0.1

-80

-1

-100

180

50

SOT223 

(T1)

160

-

-1

-205

-1

-20

FZT951

-60

-5

3

100

300

-2

-140

-1

-100

120

55

SOT223 

(T1)

10

-

-10

-460

-5

-500

ZXTP19060CZ

-60

-4.5

2.4

200

500

-0.1

-80

-1

-100

180

50

SOT89 

(T1)

160

-

-1

-205

-1

-20

ZXTP2012Z

-60

-4.3

2.1

100

300

-2

-65

-1

-100

120

32

SOT89

(T1)

10

-

-10

-215

-5

-500

ZXTP19060CFF

-60

-4

1.5

200

500

-0.1

-200

-1

-20

180

45

SOT23F

(T1)

160

-

-1

-270

-4

-400

ZTX951

-60

-4

1.2

100

300

-1

-100

-1

-100

120

-

E-Line 

(T1)

10

-

-10

-300

-4

-400

ZXTP2027F

-60

-4

1.2

100

300

-2

-60

-1

-100

165

31

SOT23 

(T1)

ZXTP2012A

-60

-3.5

1

100

300

-1

-65

-1

-100

120

38

E-Line

(T1)

10

-

-10

-210

-4

-400

FZT751

-60

-3

2

100

300

-0.5

-600

-3

-300

100

-

SOT223 

(T1)

40

-

-2

ZXTP25060BFH

-60

-3

1.25

100

300

-0.01

-85

-1

-100

250

58

SOT23

(T1)

30

-

-3

-235

-3

-300

ZTX751

-60

-2

1

100

300

-0.5

-500

-2

-200

100

-

E-Line 

(T1)

40

-

-2

FZT591

-60

-1

2

100

300

-0.5

-600

-1

-100

150

-

SOT223 

(T1)

FCX591

-60

-1

1

100

300

-0.5

-600

-1

-100

150

-

SOT89 

(T1)

ZTX551

-60

-1

1

50

150

-0.15

-350

-0.15

-15

150

-

E-Line 

(T1)

FMMT551

-60

-1

0.5

50

150

-0.15

-350

-0.15

-15

150

-

SOT23 

(T1)

FMMT591

-60

-1

0.5

100

300

-0.5

-180

-0.5

-50

150

355

SOT23

(T1)

-350

-1

-100

ZXTP2039F

-60

-1

0.35

100

300

-0.5

-200

-0.1

-2

150

-

SOT23 

(T1)

80

-1

-300

-0.5

-50

ZUMT591

-60

-1

0.33

100

300

-0.5

-300

0.5

-50

150

-

SOT323 

(T1)

ZXT4M322

-70

-2.5

1.5

300

-

-0.1

-220

-1

-100

150

117

DFN322 

(T1)

175

-

-1

-260

-1.5

-200

FZT792A

-70

-2

2

250

-

-0.5

-450

-0.5

-5

100

-

SOT223 

(T1)

200

-

-1

-500

-2

-200

ZTX792A

-70

-2

1

250

-

-0.5

-450

-0.5

-5

100

-

E-Line 

(T1)

200

-

-1

-500

-2

-200

FMMT722

-70

-1.5

0.625

300

-

-0.1

-220

-1

-100

150

-

SOT23 

(T1)

175

-

-1

-260

-1.5

-200

BCX5316

-80

-1

1

100

250

-0.15

-500

-0.5

-50

150

-

SOT89 

(T1)

BSR33

-80

-1

1

100

300

-0.1

-500

-0.5

-50

100

-

SOT89 

(T1)

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

23

PNP transistors from 60 to 100V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

FMMTA56

-80

-0.5

0.33

50

-

-0.1

-250

-0.1

-10

100

-

SOT23 

(T1)

ZXT953K

-100

-5

4.2

100

300

-1

-100

-1

-100

125

67

DPAK 

(T1)

15

-

-5

-335

-5

-500

FZT953

-100

-5

-3

100

300

-1

-140

-1

-100

125

55

SOT223 

(T1)

30

-

-5

-460

-5

-500

ZXTP2013G

-100

-5

3

100

300

-1

-90

-1

-100

125

60

SOT223 

(T1)

15

-

-4

-340

-4

-400

ZX5T953G

-100

-5

3

100

300

-1

-90

-1

-100

125

60

SOT223 

(T1)

15

-

-4

-340

-4

-400

ZXTP2013Z

-100

-3.5

2.1

100

300

-1

-85

-1

-100

125

57

SOT89 

(T1)

15

-

-4

-300

-4

-400

ZTX953

-100

-3.5

1.2

100

300

-1

-100

-1

-100

125

-

E-Line 

(T1)

30

-

-4

-330

-4

-400

ZXTP2029F

-100

-3

1.2

100

300

-1

-80

-1

-100

150

45

SOT23 

(T1)

40

-3

-180

-3

-300

ZXTP19100CFF

-100

-2

1.5

200

500

-0.1

-120

-1

-10

142

95

SOT23F 

(T1)

70

-

-1

-275

-2

-200

ZXTP19100CG

-100

-2

3

200

500

-0.1

-125

-1

-100

142

100

SOT223 

(T1)

70

-

-1

-230

-1

-50

ZXTP19100CZ

-100

-2

2.4

200

500

-0.1

-125

-1

-100

142

100

SOT89 

(T1)

70

-

-1

-230

-1

-50

FZT753

-100

-2

2

100

300

-0.5

-500

-2

-200

140

-

SOT223 

(T1)

25

-

-2

ZXTP25100BFH

-100

-2

1.25

100

300

-0.01

-130

-1

-100

200

108

SOT23 

(T1)

15

-

-2

-295

-2

-200

ZTX753

-100

-2

1

100

300

-0.5

-500

-2

-200

120

-

E-Line 

(T1)

ZXTP25100CZ

-100

-1

2.4

200

500

-0.01

-315

-0.5

-20

180

155

SOT89 

(T1)

110

-

-0.5

-225

-1

-100

FZT593

-100

-1

2

100

300

-0.5

-300

-0.5

-50

50

-

SOT223 

(T1)

ZXTP25100CFH

-100

-1

1.25

200

500

-0.01

-310

-0.5

-20

180

150

SOT23 

(T1)

110

-

-0.5

-220

-1

-100

FCX593

-100

-1

1

100

300

-0.5

-300

-0.5

-50

50

-

SOT89 

(T1)

ZTX553

-100

-1

1

40

200

-0.15

-250

-0.15

-15

150

-

E-Line 

(T1)

FMMT723

-100

-1

0.625

300

-

-0.1

-200

-0.5

-50

200

-

SOT23 

(T1)

250

-

-0.5

-330

-1

-150

FMMT593

-100

-1

0.5

100

300

-0.5

-300

-0.5

-50

50

-

SOT23 

(T1) 

C

Rounded

face

B E

B

E

C

C

E

C

B

C

E

B

C

E

C

B

C

E

B

SOT223 

(T1)

SOT89 

(T1)

SOT23 

(T1)

C 

E 

B 

SOT23F 

(T1)

SOT323 

(T1)

DFN322 

(T1)

Bottom View

E-line 

(T1)

B

E

C

C

DPAK 

(T1)

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

24

NPN transistors from 120 to 220V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

FZT694B

120

1

2

400

-

0.2

250

0.1

0.5

130

-

SOT223 

(T1)

FMMT494

120

1

0.5

100

300

0.25

200

0.25

25

100

-

SOT23 

(T1)

ZTX694B

120

0.5

1

400

-

0.2

250

0.1

0.5

130

-

E-Line 

(T1)

FMMT624

125

1

0.625

300

-

0.2

220

0.5

10

100

-

SOT23 

(T1)

100

-

1

250

1

50

ZTX455

140

1

1

100

300

0.15

700

0.15

15

100

-

E-Line 

(T1)

FMMT455

140

1

0.5

100

300

0.15

700

0.15

15

100

-

SOT23 

(T1)

FZT855

150

5

3

100

300

1

65

0.5

50

90

-

SOT223 

(T1)

15

-

5

355

5

500

ZTX855

150

4

1.2

100

300

1

60

0.5

50

90

-

E-Line 

(T1)

35

-

4

260

4

400

FCX495

150

1

1

100

300

0.25

300

0.5

50

100

-

SOT89 

(T1)

FZT655

150

1

2

50

300

0.5

500

0.5

50

30

-

SOT223 

(T1)

FMMT625

150

1

0.625

300

-

0.2

200

0.1

1

100

-

SOT23 

(T1)

30

-

1

300

1

50

FMMT495

150

1

0.5

100

300

0.25

300

0.5

50

100

-

SOT23 

(T1)

ZXTN5551FL

160

0.6

0.35

80

250

0.01

150

0.01

1

130

-

SOT23 

(T1)

ZXTN5551Z

160

0.6

1.2

80

250

0.01

150

0.01

1

130

-

SOT89 

(T1)

ZXTN5551G

160

0.6

2

80

250

0.01

150

0.01

1

130

-

SOT223 

(T1)

FZT696B

180

0.5

2

500

-

0.1

250

0.2

5

70

-

SOT223 

(T1)

ZTX696B

180

0.5

1

500

-

0.1

250

0.2

5

70

-

E-Line 

(T1) 

ZXTN5551EFL*

220

0.6

0.35

120

300

0.01

100

0.05

5

100

SOT23 

(T1)

ZXTN5551EZ*

220

0.6

1.2

120

300

0.01

100

0.05

5

100

SOT223 

(T1)

ZXTN5551EG*

220

0.6

2

120

300

0.01

100

0.05

5

100

SOT89 

(T1)

* Advance information

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

25

PNP transistors from 120 to 220V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

* Advance information

C

Rounded

face

B E

C

E

C

B

C

E

B

C

E

C

B

SOT223 

(T1)

SOT89 

(T1)

SOT23 

(T1)

E-line 

(T1)

FZT955

-140

-4

3

100

300

-1

-370

-3

-300

110

-

SOT223 

(T1)

75

-

-3

ZXTP2014G

-140

-4

3

100

300

-1

-80

-0.5

-50

120

92

SOT223 

(T1)

45

-

-3

-360

-3

-300

ZX5T955G

-140

-4

3

100

300

-1

-80

-0.5

-50

120

85

SOT223 

(T1)

45

-

-3

-360

-3

-300

ZXTP2014Z

-140

-3

2.1

100

300

-1

-75

-0.5

-50

120

85

SOT89 

(T1)

45

-

-3

-330

-3

-300

ZX5T955Z

-140

-3

2.1

100

300

-0.5

-75

-0.5

-50

120

-

SOT89 

(T1)

45

-

-3

-330

-3

-300

ZTX955

-140

-3

1.2

100

300

-1

-330

-3

-300

110

-

E-Line 

(T1)

75

-

-3

ZXTP23140BFH

-140

-2.5

1.25

100

300

1

-95

-1

-100

130

76

SOT23 

(T1)

40

-

-2.5

-280

-2.5

-250

ZXTP25140BFH

-140

-1

1.25

100

300

-0.01

-50

-0.1

-10

75

180

SOT23 

(T1)

20

-

-1

-260

-1

-100

FZT795A

-140

-0.5

2

250

-

-0.2

-300

-0.2

-5

100

-

SOT223 

(T1)

ZTX795A

-140

-0.5

1

250

-

-0.2

-300

-0.2

-5

100

-

E-Line 

(T1)

FZT755

-150

-1

2

50

300

-0.5

-500

-1

-200

100

-

SOT223 

(T1)

FMMT555

-150

-1

0.5

50

300

-0.3

-300

-0.1

-10

100

-

SOT23 

(T1)

ZXTP5401FL

-150

-0.6

0.35

60

240

-0.01

-200

-0.01

-1

100

-

SOT23 

(T1)

ZXTP5401Z

-150

-0.6

1.2

60

240

-0.01

-200

-0.01

-1

100

-

SOT223 

(T1)

ZXTP5401G

-150

-0.6

2

60

240

-0.01

-200

-0.01

-1

100

-

SOT89 

(T1)

FCX555

-180

-0.7

1.5

100

-

-0.01

-300

-0.1

-10

100

-

SOT89 

(T1)

100

300

-0.1

-400

-0.25

-25

FZT956

-200

-2

3

100

300

-1

-275

-2

-400

110

-

SOT223 

(T1)

50

-

-2

ZXTP03200BG*

-200

-2

3

100

300

-1

-50

-0.1

-10

120

120

SOT223 

(T1)

35

-

-2

-160

-1

-100

ZTX956

-200

-2

1.2

100

300

-1

-250

-2

-400

110

-

E-Line 

(T1)

50

-

-2

FZT796A

-200

-0.5

2

250

-

-0.3

-300

-0.2

-20

100

-

SOT223 

(T1)

ZTX796A

-200

-0.5

1

250

-

-0.3

-300

-0.2

-20

100

-

E-Line 

(T1)

FCX596

-200

-0.3

1

85

300

-0.25

-350

-0.25

-25

150

-

SOT89 

(T1)

FMMT596

-200

-0.3

0.5

85

300

-0.25

-350

-0.25

-25

150

-

SOT23 

(T1)

ZXTP5401EFL*

-220

-0.6

0.35

100

300

-0.01

-150

-0.05

-5

100

SOT23 

(T1)

ZXTP5401EZ*

-220

-0.6

1.2

100

300

-0.01

-150

-0.05

-5

100

SOT223 

(T1)

ZXTP5401EG*

-220

-0.6

2

100

300

-0.01

-150

-0.05

-5

100

SOT89 

(T1)

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

26

NPN transistors from 300 to 500V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

FZT857

300

3.5

3

100

300

0.5

230

2

200

80

-

SOT223 

(T1)

ZTX857

300

3

1.2

100

300

0.5

250

3

600

80

-

E-Line 

(T1)

FZT657

300

0.5

2

50

-

0.1

500

0.1

10

30

-

SOT223 

(T1)

FZTA42

300

0.5

2

40

-

0.03

500

0.02

2

50

-

SOT223 

(T1)

SXTA42

300

0.5

1

40

-

0.03

500

0.02

2

50

-

SOT89 

(T1)

ZTX457

300

0.5

1

50

300

0.05

300

0.1

10

75

-

E-Line 

(T1)

ZTX657

300

0.5

1

50

-

0.1

500

0.1

10

30

-

E-Line 

(T1)

FMMT497

300

0.5

0.5

80

300

0.1

200

0.1

10

75

-

SOT23 

(T1)

FMMTA42

300

0.2

0.33

40

-

0.03

500

0.02

2

50

-

SOT23 

(T1)

BST39

350

0.5

1

40

-

0.02

500

0.05

4

70

-

SOT89 

(T1)

FMMT6517

350

0.5

0.33

30

200

0.03

500

0.03

3

50

-

SOT23 

(T1)

FZT658

400

0.5

2

50

-

0.1

500

0.1

10

50

-

SOT223 

(T1)

ZXTN08400BFF

400

0.5

1.5

100

300

0.05

70

0.05

5

40

-

SOT23F 

(T1)

10

-

0.5

170

0.3

30

FCX658A

400

0.5

1

55

-

0.1

200

0.2

10

50

-

SOT89 

(T1)

ZTX658

400

0.5

1

50

-

0.1

500

0.1

10

50

-

E-Line 

(T1)

FZT458

400

0.3

2

100

300

0.05

500

0.05

6

50

-

SOT223 

(T1)

ZTX458

400

0.3

1

100

300

0.05

500

0.05

6

50

-

E-Line 

(T1)

FCX458

400

0.225

1

100

300

0.05

500

0.05

6

50

-

SOT89

(T1)

FMMT458

400

0.225

0.5

100

300

0.05

500

0.05

6

50

-

SOT23

(T1)

FMMT459

500

0.15

0.625

50

-

0.03

75

0.02

2

50

-

SOT23

(T1)

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

27

PNP transistors from 300 to 500V 

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat

)

f

T

MHz

R

CE(sat)

m

Ω

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

C

Rounded

face

B E

C

E

C

B

C

E

B

C

E

C

B

SOT223 

(T1)

SOT89 

(T1)

SOT23 

(T1)

E-line 

(T1)

FZT957

-300

-1

3

100

300

-0.5

-240

-1

-300

85

-

SOT223 

(T1)

ZTX957

-300

-1

1.2

100

300

-0.5

-200

-1

-300

85

-

E-Line 

(T1)

FZT757

-300

-0.5

2

40

-

-0.01

-500

-0.1

-10

30

-

SOT223 

(T1)

FZTA92

-300

-0.5

2

25

-

-0.03

-500

-0.02

-2

50

-

SOT223 

(T1)

ZTX757

-300

-0.5

1

40

-

-0.01

-500

-0.1

-10

30

-

E-Line 

(T1)

FMMT597

-300

-0.2

0.5

100

-

-0.1

-250

-0.1

-20

75

-

SOT23 

(T1)

FMMTA92

-300

-0.2

0.33

25

-

-0.03

-500

-0.02

-2

50

-

SOT23 

(T1)

FMMT6520

-350

-0.5

0.33

30

200

-0.03

-500

-0.03

-3

50

-

SOT23

(T1)

FZT958

-400

-0.5

3

100

300

-0.5

-400

-0.5

-100

85

-

SOT223 

(T1)

ZTX958

-400

-0.5

1.2

100

300

-0.5

-400

-0.5

-100

85

-

E-Line 

(T1)

FZT758

-400

-0.5

2

50

-

-0.1

-500

0.1

-10

50

-

SOT223 

(T1)

ZTX758

-400

-0.5

1

50

-

-0.1

-500

-0.1

-10

50

-

E-Line 

(T1)

FZT558

-400

-0.2

2

100

300

-0.05

-500

-0.05

-6

50

-

SOT223 

(T1)

ZXTP08400BFF

-400

-0.2

1.5

100

300

-0.05

-125

-0.05

-5

70

-

SOT23F 

(T1)

100

-

-0.2

-190

-0.2

-40

FCX558

-400

-0.2

1

100

300

-0.05

-500

-0.05

-6

50

-

SOT89 

(T1)

ZTX558

-400

-0.2

1

100

300

-0.05

-500

-0.05

-6

50

-

E-Line 

(T1)

FMMT558

-400

-0.15

0.5

100

300

-0.05

-500

-0.05

-6

50

-

SOT23 

(T1)

FZT560

-500

-0.15

2

80

300

-0.05

-200

-0.02

-2

60

-

SOT223 

(T1)

ZTX560

-500

-0.15

1

80

300

-0.05

-200

0.02

-2

60

-

E-Line 

(T1)

FMMT560

-500

-0.15

0.5

80

300

-0.05

-200

-0.02

-2

60

-

SOT23 

(T1)

C 

E 

B 

SOT23F 

(T1)

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

28

NPN avalanche transistors

Part number

V

CBO

V

V

CEO

V

I

CM

A

P

D

W

I

USB

h

FE

f

T

Package

A

@ V

C

V

Min.

@ I

C

mA

MHz

@ I

B

mA

FMMT413

150

50

50

0.33

25

130

50

10

150

10

SOT23 

(T1)

FMMT415

260

100

60

0.33

25

250

25

10

40

10

SOT23 

(T1)

ZTX415

260

100

60

0.68

25

250

25

10

40

10

E-Line 

(T1)

FMMT417

320

100

60

0.33

25

250

25

10

40

10

SOT23 

(T1)

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat)

f

T

MHz

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

FZTA14

30

1

2

5000

-

1

1600

1

1

170

SOT223 

(T1)

FMMTA13

40

0.3

0.33

10000

-

0.1

900

0.1

0.1

-

SOT23 

(T1)

FMMTA14

40

0.3

0.33

20000

-

0.1

900

0.1

0.1

-

SOT23 

(T1)

BCV47

60

0.5

0.33

2000

-

0.5

1000

0.1

0.1

170

SOT23 

(T1)

BCV49

60

0.5

1

10000

-

0.1

1000

0.1

0.1

170

SOT89

(T1)

BCX38C

60

0.8

1

10000

-

0.5

1250

0.8

8

-

E-Line

(T1)

FMMT38C

60

0.3

0.33

10000

-

0.5

1250

0.8

8

-

SOT23

(T1)

BST52

80

0.5

1

2000

-

0.5

1300

0.5

0.5

-

SOT89 

(T1)

FZT603

80

2

2

2000

-

2

1000

1

1

150

SOT223 

(T1)

ZTX603

80

1

1

5000

-

0.5

1000

1

1

150

E-Line 

(T1)

FMMT614

100

0.5

0.5

5000

-

0.5

1000

0.5

5

-

SOT23 

(T1)

FMMT634

100

0.9

0.625

15000

-

1

960

1

5

140

SOT23 

(T1)

ZTX614

100

0.8

1

10000

-

0.5

1250

0.8

8

-

E-Line 

(T1)

ZXTN04120HFF

120

1

1.5

3000

-

0.5

1500

1

1

120

SOT23F 

(T1)

1000

-

2

1500

2

5

FCX605

120

1

1

2000

100000

1

1500

1

1

150

SOT89 

(T1)

FZT605

120

1.5

2

2000

100000

1

1500

1

1

150

SOT223

(T1)

ZTX605

120

1

1

2000

100000

1

1500

1

1

150

E-Line

(T1)

FZT600

140

2

2

2000

100000

0.5

1200

1

10

150

SOT223 

(T1)

FZT600B

140

2

2

10000

100000

0.5

1200

1

10

150

SOT223

(T1)

ZTX601

160

1

1

2000

100000

0.5

1200

1

10

150

E-Line

(T1)

ZTX601B

160

1

1

10000

100000

0.5

1200

1

10

150

E-Line

(T1)

NPN Darlington  transistors

PNP Darlington  transistors

Part number

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat)

f

T

MHz

Package

Min.

Max.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

FMMT734

-100

-0.8

0.625

15000

-

-1

-970

-0.8

-5

140

SOT23 

(T1)

ZXTP05120HFF

-120

-1

1.5

3000

-

-0.5

-1500

-1

-1

120

SOT23F 

(T1)

1000

-

-2

-1500

-2

-5

FCX705

-120

-1

1

3000

30000

-1

-1300

-1

-1

160

SOT89 

(T1)

FZT705

-120

-2

2

3000

30000

-1

-1300

-1

-1

160

SOT223 

(T1)

ZTX705

-120

-1

1

3000

30000

-1

-1300

-1

-1

160

E-Line

(T1)

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

29

H-bridges

Part number

Polarity

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat)

Package

Min.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

ZHB6718

2 x NPN

20

2.5

2

200

2

0.15

1

10

SM8 

(T3)

2 x PNP

-20

-2.5

150

-2

-0.2

-1

-20

ZHB6790

2 x NPN

40

2

2

150

2

0.5

1

5

SM8 

(T3)

2 x PNP

-40

-2

150

-2

-0.45

-1

-10

ZHB6792

2 x NPN

70

1

2

150

1

0.5

1

10

SM8 

(T3)

2 x PNP

-70

-1

200

-1

-0.5

-1

-25

NPN/PNP combinations

Part number

Polarity

V

CEO

V

I

C

A

I

CM

A

P

D

W

h

FE

V

CE(sat)

Package

Min.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

ZXTC2061E6

NPN

12

5

12

1.1

500

0.01

40

1

100

SOT23-6 

(T2)

PNP

-12

-3.5

-10

500

-0.01

-70

-1

-100

ZXTDA1M832

NPN

15

4.5

15

1.5

200

3

100

1

10

DFN832

(T2)

PNP

-12

-4

-12

180

-2.5

-140

-1

-10

ZXTD6717E6

NPN

15

1.5

5

1.1

200

1

200

1

10

SOT23-6 

(T2)

PNP

-12

-1.25

-3

200

-0.5

-215

-1

-50

ZXTC2062E6

NPN

20

4.5

10

1.1

300

0.01

50

1

100

SOT23-6 

(T2)

PNP

-20

-3.5

-10

300

-0.01

-65

-1

-100

ZXTDB2M832

NPN

20

4.5

12

1.5

200

2

150

1

10

DFN832 

(T2)

PNP

-20

-3.5

-6

150

-2

-220

-1

-20

ZDT6718

NPN

20

2

6

2.5

200

2

200

2.5

50

SM8

(T2)

PNP

-20

-1.5

-6

150

-2

-220

-1.5

-50

ZXTC2045E6

NPN

30

1.5

5

1.1

180

0.1

375

0.75

15

SOT23-6 

(T2)

PNP

-30

-1.5

-5

180

-0.1

-375

-0.75

-15

ZXTD4591AM832

NPN

40

2

3

1.5

300

0.5

300

0.5

50

DFN832 

(T2)

PNP

-40

-1.5

-3

250

-0.5

-350

-0.5

-20

ZDT6790

NPN

45

2

6

2.75

150

2

500

1

5

SM8

(T2)

PNP

-40

-2

-6

150

-2

-450

-1

-10

ZXTDC3M832

NPN

50

4

6

1.5

200

1

100

1

50

DFN832 

(T2)

PNP

-40

-3

-4

180

-1

-220

-1

-50

ZXTC2063E6

NPN

40

3.5

9

1.1

300

0.01

60

1

100

SOT23-6

(T2)

PNP

-40

-3

-9

300

-0.01

-90

-1

-100

ZXTD4591E6

NPN

60

1

2

1.1

100

0.5

250

0.5

50

SOT23-6

(T2)

PNP

-60

-1

-2

100

-0.5

-300

-0.5

-50

ZXTDE4M832

NPN

80

3.5

5

1.5

110

1

185

1

20

DFN832

(T2)

PNP

-70

-2.5

-3

175

-1

-220

-1

-100

ZDT6753

NPN

100

2

6

2.75

100

0.5

500

2

200

SM8 

(T2)

PNP

-100

-2

-6

100

-0.5

-500

-2

-200

C

Rounded

face

B E

C

E

B

SOT23 

(T1)

E-line 

(T1)

C 

E 

B 

SOT23F 

(T1)

C2 C2 C1 C1 

E2 B2 E1 B1 

1 

2 

3 

4 

8 

7 

6 

5 

NPN 

PNP 

DFN832 

(T2)

Bottom View

C1 

B1 

C2 

E1 

B2 

E2 

NPN 

PNP 

E2 

1 

2 

3 

4 

8 

7 

6 

5 

B2 

B1 

E1 

C2 

C2 

C1 

C1 

PNP 

NPN 

SOT23-6 

(T2)

SM8 

(T2)

B3 

E2,E3 

B1 

B2 

B4 

C3,C4 

C1,C2 

E1,E4 

1 

2 

3 

4 

8 

7 

6 

5 

SM8 

(T3)

C

E

C

B

C

E

C

B

SOT223 

(T1)

SOT89 

(T1)

*Indicative relative size

*

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

30

Dual NPN transistors

Part number

Polarity

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat)

Package

Min.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

ZXTDAM832

2 x NPN

15

4.5

1.5

200

3

100

1

10

DFN832 

(T1)

280

4.5

50

ZDT1048

2 x NPN

17.5

5

2.75

250

5

240

5

100

SM8 

(T1)

ZXTDBM832

2 x NPN

20

4.5

1.5

200

2

150

1

10

DFN832

(T1)

270

4.5

125

ZXT12N20DX

2 x NPN

20

3.5

1.25

300

1

100

1

10

MSOP8 

(T1)

200

3.5

200

3.5

50

ZDT1049

2 x NPN

25

5

2.75

200

4

220

4

50

SM8 

(T1)

ZXT12N50DX

2 x NPN

50

3

1.25

300

1

120

1

10

MSOP8 

(T1)

150

3

250

3

50

ZXTD09N50DE6

2 x NPN

50

1

1.1

300

1

270

1

50

SOT23-6 

(T3)

ZXTDCM832

2 x NPN

50

4

1.5

200

1

100

1

50

DFN832 

(T1)

ZDT1053

2 x NPN

75

5

2.75

300

1

440

5

250

SM8 

(T1)

ZDT694

2 x NPN

120

0.5

2.75

400

0.2

500

0.4

5

SM8 

(T1)

ZXTD2075E6*

2 x NPN

300

0.2

1.1

40

0.03

200

0.02

2

SOT23-6 

(T1)

Dual PNP transistors

Part number

Polarity

V

CEO

V

I

C

A

P

D

W

h

FE

V

CE(sat)

Package

Min.

@ I

C

A

Max.

mV

@ I

C

A

@ I

B

mA

ZXTD1M832

2 x PNP

-12

-4

1.5

180

-2.5

-140

-1

-10

DFN832 

(T1)

-300

-4

-150

ZXT12P12DX

2 x PNP

-12

-3

1.25

300

-1

-85

-1

-20

MSOP8 

(T1)

200

-3

-270

-3

-30

ZXTD2M832

2 x PNP

-20

-3.5

1.5

150

-2

-220

-1

-20

DFN832 

(T1)

-300

-3.5

-350

ZDT749

2 x PNP

-25

-2

2.75

75

-2

-500

-2

-200

SM8

(T1)

ZXT12P40DX

2 x PNP

-40

-2

1.25

300

-1

-215

-1

-20

MSOP8

(T1)

150

-2

-260

-2

-100

ZDT751

2 x PNP

-60

-2

2.75

80

-1

-500

-2

-200

SM8 

(T1)

ZDT795A

2 x PNP

-140

-0.5

2.75

250

-0.2

-300

-0.2

-5

SM8 

(T1)

* Advance information

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

31

Transistor and Schottky diode combinations

Part number

Polarity

V

CEO

V

R

V

I

C

I

F

A

P

D

W

Transistor

Schottky diode

Package

h

FE

R

CE(sat)

V

CE(sat)

@ I

C

A

@ I

B

mA

V

F

max

V

@ I

F

A

Min.

@ I

C

A

Typ.

m

Ω

Max.

V

ZX3CD1S1M832

PNP

-12

-4

1.5

300

-0.1

60

-0.14

-1

-10

-

-

DFN832 

(T3)

Diode

40

1.85

1.2

0.5

1

ZX3CDBS1M832

NPN

20

4.5

1.5

300

0.2

47

0.15

1

10

-

-

DFN832 

(T3)

Diode

40

1.85

1.2

0.5

1

ZX3CD2S1M832

PNP

-20

-3.5

1.5

300

-0.1

64

-0.22

-1

-20

-

-

DFN832 

(T3)

Diode

40

1.85

1.2

0.5

1

ZX3CD3S1M832

PNP

-40

-3

1.5

300

-0.1

104

-0.22

-1

-50

-

-

DFN832 

(T3)

Diode

40

1.85

1.2

0.5

1

E2 

1 

2 

3 

4 

8 

7 

6 

5 

B2 

B1 

E1 

C2 

C2 

C1 

C1 

C1 

E1 

C2 

B1 

E2 

B2 

SOT23-6 

(T3)

C 

E 

Cathode 

B 

N/C 

Anode 

SOT23-6 

(T4)

SM8 

(T1)

E1

B1

E2

B2

C1
C1
C2
C2

MSOP8 

(T1)

K2 K2 C1 C1

A2 N/C E1 B1

D ode

1

2

3

4

8

7

6

5

NPN /

PNP

DFN832 

(T3)

Bottom View

C2 C2 C1 C1 

E2 B2 E1 B1 

1 

2 

3 

4 

8 

7 

6 

5 

DFN832 

(T1)

Bottom View

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

32

Gate drive transistors

Part number

V

IN

Max

V

V

CC

Max

V

I

source

@ I

IN

A

I

sink

10mA

A

I

sinkPK

Max

A

I

IN

Max

A

Gate Driver Switching Times (typ)

@

Condition

Package

t

d(rise)

ns

t

r

ns

t

d(fall)

ns

t

f

ns

C

L

= 1nF,   

R

L

= 1

Ω

, 

ZXGD3001E6

12

12

4.2

2.2

9

1.0

1.3

7.3

3

11

V

CC

= 8V, 

SOT23-6 

(T6)

V

IN

= 6V, 

R

S

= 25

Ω

C

L

= 1nF,   

R

L

= 1

Ω

, 

ZXGD3002E6

20

20

2.2

2.0

9

1.0

1.25

8.3

1.6

10.8

V

CC

= 12V, 

SOT23-6 

(T6)

V

IN

= 10V, 

R

S

= 25

Ω

C

L

= 1nF,   

R

L

= 1

Ω

, 

ZXGD3003E6  

40

40

1.6

1.4

5

1.0

1.8

8.9

1.7

8.9

V

CC

= 12V, 

SOT23-6 

(T6)

V

IN

= 10V, 

R

S

= 25

Ω

C

L

= 1.5nF, 

R

L

= 0.1

Ω

, 

ZXGD3004E6  

40

40

1.9

1.9

8

1.0

1.1

13.4

0.95

12.4

V

CC

= 15V, 

SOT23-6 

(T6)

V

IN

= 12.5V, 

R

S

= 25

Ω

V

CC

GND

SOURCE

IN

2

IN

1

SINK

SOT23-6 

(T6)

Fast switching emitter-follower 
configuration

SOT23-6 package

Optimised pin-out to ease board 
layout and minimize trace 
inductance

Separate emitters for independent 
control of rise and fall time

Low input current requirement

No latch up

No shoot through

Near zero quiescent and output 
leakage current

GND

SINK 

IN

1

 

IN

2

 

SOURCE 

V

S

 

V

CC

 

Input 

ZXGD3x

=

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

33

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

34

Bipolar transistors have continued
to be developed to rival or exceed
MOSFET performance in many
applications. It’s therefore important
to review the characteristics and
benefits of each technology to
extract the best system performance.

The first characteristic that designers
often consider is on-state resistance
for a given breakdown voltage. Figure
1 shows the rapid advances made by
Zetex in recent years. Furthermore,
bipolar transistors benefit from
conductivity modulation, an effect that
increases the advantage that the
bipolar transistors hold over MOSFETs
as breakdown voltages increase.

Also, don’t forget that bipolar
transistors block voltage in two
directions, as specified by their BV

EBO

or BV

ECO

characteristic which can

eliminate the need for a series diode
and its attendant conduction losses.
(See Application example 1.)

How resistance changes with
temperature affects the current
capability of a power switch. The rise
in bipolar R

CE(sat)

is generally half that

of a MOSFET’s equivalent R

DS(on)

leading to cooler running and higher
continuous currents.

Drive requirements are arguably
where bipolars and MOSFETs differ
most and care must be taken to
account for the bipolar’s base drive
loss in power dissipation calculations.
However, bipolars are fully turned on
at around one volt, whereas the
achievable R

DS(on)

of a MOSFET may

be limited in low voltage applications
by the available drive voltage over
threshold. 

Bipolars are slower switching than
MOSFETs when operated as a
saturated switch, provided the
MOSFET has a sufficiently high-
current drive. Ironically perhaps,
bipolars are often employed as
MOSFET pre-drivers, exploiting their
high-current capabilities and fast
switching speed when operating in
the linear region (see Application
example 2).

By understanding the relative strengths
and weaknesses of each technology
the performance-cost relationship can
be maximized. A summary of the key
parametric differences of the
competing technologies appears in the
table opposite.

Application example 1: 
Linear mode battery charging

Linear chargers are simple, small, and
emit no EMI making them suitable for
low noise environments. They use an
external pass element to drop the
voltage from the input supply to the
battery voltage thus power dissipation
is high. A typical linear charger circuit
is shown in Figure 2. 

1990 

1995 

2000 

2005 

10 

30 

50 

70 

90 

110 

130 

150 

Specific Product Resistance (mOhm.mm

2

) 

Year 

NPN

PNP

Power losses in the transistor are
dominated by the collector-emitter
losses:

P

D(CE)

= I

CHG

x (V

IN

- V

DCD

- V

SENSE

) (W)

where V

SENSE

= I

CHG

x R

SENSE

(V)

and the selection criteria usually
include current capability, gain, cost,
and package dissipation. Bipolar PNP
transistors are advantageous in this
application because of their bi-
directional blocking capability, whereas
a MOSFET requires a series Schottky
diode to prevent current flowing from
the battery to the supply, through its
body diode. 

Application example 2: 
MOSFET gate drivers

High current low R

DS(on)

MOSFETs can

exhibit gate capacitances that require
amps of drive current. For example, 
a typical 100V MOSFET with a gate
charge of 50nC, requires 2.5 amps to
switch in 20ns.

Bipolar transistors are ideally suited as
gate drivers because they feature fast
switching in linear mode, high pulse-
current capability, and high current
density - hence small size and cost.
One of the most popular and cost-
effective drive circuits is a bipolar, 
non-inverting totem-pole driver 
(see Figure 3)

V 

DRIVE 

R 

Q1 

RL 

Q2 

GATE 

V 

CC 

R

THM

R

SENSE

C

OUT

C

COMP

R

COMP

C

IN

Li-Ion
cell

AC Line
Adapter

V

CC

I

SNS

V

SNS

T

SENSE

CFLG

COMP/DIS

GND

OUT

Figure 1. Specific on-resistance (20V devices)

Figure 2. A typical linear 

charger circuit

Figure 3. Totem-pole driver stage for power MOSFET

Section 1.1

Article

Applications dictate bipolar or MOSFET power switch choices

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Bipolars

transistors

1.0

35

If the MOSFET is required to switch 
at 1MHz from a 5V drive the power
dissipation in each driver transistor can
be estimated as:

With both devices dissipating just
256mW, small surface mount bipolar
transistors are ideal, preferably 
co-packaged as complementary dual
devices.

Application example 3: 
Resonant converter for 
CCFL backlight applications

The backlight module of an LCD 
display requires high efficiency
operation and is sensitive to cost. 
There are two basic circuit topologies
for driving the CCFL lamps:

a)  Resonant converter, using a bipolar 

transistor half-bridge, or

b) IC controller plus MOSFET 

half-bridge. 

Resonant converter circuits are 
cheaper than IC controller/ MOSFET
solutions and, with careful optimization,
efficiencies of greater than 90% can 
be achieved. A simplified circuit is
shown in Figure 4:

The important power switch
selection characteristics are
voltage rating, on-state
resistance, gain and cost. 
The circuit makes use of the
reverse BV

EBO

rating and

allows the use of the BV

CEV

, or BV

CES

characteristic, thus allowing 
a lower BV

CEO

rated device with a

lower on-state resistance than its
MOSFET equivalent.

Application example 4: 
DC brushless motor driving

Brushless DC motors are popular due
to their high efficiency, high torque,
longer operating life, reduced noise and
lower EMI.

Commutation is effected by switching
the current in the windings of the stator
in the required sequence to produce a
rotating magnetic field synchronous
with the rotor. Single phase, 2-phase or
3-phase motors, require respectively 1,
2 or 3 stator windings. Speed control 
is usually achieved by PWM. 

In 2-phase circuits each winding is
energized for half of the time and is
switched by a single drive transistor. 
In single-phase bridge circuits (Figure 5)
the winding current is synchronously
commutated by switching diagonal
pairs of transistors, therefore the single
winding results in a cheaper, lighter
motor but the drive circuitry is more
complex.

In 3-phase bridge circuits a third leg is
added to the bridge which means that
both motor and drive costs are higher.

Common to all circuit types, the
requirements of the switch are to be
directly driven by the control circuit; to
minimize the voltage drop in the power
switch in order to maximize rotor speed
and circuit efficiency; to survive stall
currents and inductive transients during
switching. 

In low voltage, low current applications
e.g. PC fans, where IC motor
controllers are required to operate on
3V rails, there are opportunities to
make effective use of a bipolar
transistor’s high current gain hold-up
and low V

CE(sat)

at low drive voltages

where MOSFETs struggle to be cost
effective. The fan motor circuit in
Figure 5 is a hybrid bridge circuit where
PNP bipolar transistors are used for the
high side pair, and N-Channel MOSFETs
are used for the low side PWM driven
pair. This combination takes advantage
of the PNP transistor’s low R

CE(sat)

which helps achieve high rotor speed.

To read this article in full, go to

www.zetex.com/thinkbipolar

Q1 

Q2 

+V 

LCD Backlight 

0V 

CCFL 

D2 

D1 
1N4148 

1N4004 

R4 

R6 

R5 

R1 

R2 

R3 

Q1 Q2 

W1 

Q3 Q4 

D3 D4 

ZXBM1004 

+ Supply 

- Supply 

C1 

V+ OP 

Ph1Hi 

Ph2Hi 

FG 

RD 

Gnd 

Ph1Lo 

Ph2Lo 

H+ 

ThRef 

SPD 

H- 

V 

CC 

S 

MIN 

C 

PWM 

C 

LCK 

Figure 4. Resonant converter
for LCD backlight

Figure 5.
Single-phase fan motor circuit

Characteristic

Bipolar transistor

MOSFET

‘On’ resistance

Excellent - down to half that of the best MOSFET,
depending on drive current available.

Good at full enhancement
Moderate at low gate drive

Blocking voltage

Bi-directional blocking capability. BV

CES

, BV

CEV

or

BV

CBO

may be appropriate for some applications.

Mono-directional, may require a series Schottky diode
or back-to-back MOSFET pair in some applications.

Pulse current

High

Moderate

Drive voltage

Less than 1V

1.8V to 10V, depending on the optimization

Temperature stability

Excellent:
V

BE

: approx. 2mV per °C

R

CE(sat)

approx. 0.4% per °C

R

DS(on)

approx. 0.6% per °C

Drive power

Moderate

High frequency: moderate

Speed

Linear switch: very fast 
Saturated switch: moderate

Fast

ESD sensitivity

Very rugged

Sensitive

Price per area of silicon

Comparable

Comparable

P

D(npn)

= (( V

DRIVE

– (V

G

/2)) x Q x f) + (V

BE

x I

B

x t x f)

P

D(pnp)

= (V

G

/2 x Q x f) + (V

BE

x I

B

x t x f)

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

36

Section 2.0

Diodes

Schottky diodes

The ZHCS series of Schottky diodes
provides low-loss rectification at
ampere-level currents from 40 to 60V
in a range of packages. Specifications
that characterize each device’s
maximum forward voltage at its
maximum operating current ease
worst-case design calculations.

The ZLLS series extends this class-
leading performance to minimize
reverse leakage at elevated
temperatures. These 40V devices also
offer the ability to rectify more than 2A
from within a SOT23 outline.

Varactor (tuner) diodes

Designed around two specific C-V
curves, the portfolio comprises a
range of capacitance variants in a
selection of miniature surface mount
packages.

Developed for high Q at low voltage
and with inherent low phase noise,
the devices are ideal for various tuning
circuits found in such products as DAB
radios and crystal oscillators. 

Power rectifier diodes

The BYY and BYP series of rectifier
diodes are available in press-fit
packages and cover a current range up
to 50 amps and voltage up to 1500
volts. 

Power zener diodes

The BZP and BZV series offer zener
voltages of 22, 33 and 39V and
currents up to 50A and are housed in
press-fit packages. The press-fit
package is available with different
package modifications (connectors,
wires, flexible cable).

Rectifier stacks

Rectifier stacks are manufactured
based on the power rectifier diodes 
of the BYY and BYP series. 
Their optimized design means they are
not sensitive to overload and high
temperature. Rectifier stacks are
available for self, forced air and oil
cooling methods.

Back-off diodes 

Again based on the BYY and BYP
series of power rectifier diodes these
offer a drop voltage of 0.83V per
diode.

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Diodes

2.0

37

Schottky diodes

Schottky rectifier diodes

38

Dual Schottky diodes

38

Multiple Schottky diodes

39

Varactor (tuner) diodes

12 volt hyperabrupt varactor diodes

39

25 volt hyperabrupt varactor diodes

40

Power diodes

Rectifier diodes

40

Power zener diodes

40

Rectifier stacks

40

Back-off diodes

40

Contents

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

38

Schottky diodes

C 

A 

N/C 

SOT23 

(D1)

A1,A2 

C1 

C2 

SOT23 

(D2)

C1,C2 

A2 

A1 

SOT23 

(D3)

A1,C2 

C1 

A2 

SOT23 

(D4)

n/c

-

A

-

~

~

+

C

SM8 

(D2)

n/c

n/c

-

-

~

~

+

+

SM8 

(D3)

Part number

V

R

Max

Max.

V

I

F

Max.

mA

I

FSM

Max.

A

V

F

I

R

C

D

@ f = 1MHz

t

rr

ns

P

D

W

Package

Max.

mV

@ I

F 

mA

Max.

µA

@ V

R

V

Typ.

pF

@ V

R

V

ZLLS410

10

570

17

380

100

5

8

26

10

3

0.33

SOD323 

(D1)

BAT54

30

200

0.6

500

30

4

25

7.5

1

5

0.33

SOT23 

(D1)

ZLLS2000

40

2200

36

540

2000

40

30

65

30

6

1.1

SOT23-6 

(D1)

ZHCS2000

40

2000

20

500

2000

300

30

50

25

5.5

1.1

SOT23-6 

(D1)

ZLLS1000

40

1160

22

560

1000

20

30

26

30

4

0.625

SOT23

(D1)

ZHCS1000

40

1000

12

425

1000

100

30

25

25

12

0.5

SOT23 

(D1)

BAT1000

40

1000

12

425

1000

100

30

25

25

12

0.35

SOT23 

(D1)

ZHCS750

40

750

12

490

750

100

30

25

25

12

0.5

SOT23 

(D1)

BAT750

40

750

12

490

750

100

30

25

25

12

0.35

SOT23 

(D1)

ZLLS500

40

700

13

530

500

10

30

16

30

3

0.5

SOT23 

(D1)

ZHCS500

40

500

6.75

550

500

40

30

20

25

10

0.33

SOT23 

(D1)

ZLLS400

40

520

12

500

400

10

30

15

30

2.46

0.33

SOD323 

(D1)

ZHCS400

40

400

6.75

500

400

40

30

20

25

10

0.25

SOD323 

(D1)

ZLLS350

40

380

6

1000

275

4

30

3.5

30

1

0.36

SOD523 

(D1)

ZHCS350

40

350

4.2

810

350

12

30

3.3

25

1.6

0.33

SOD523 

(D1)

ZHCS1006

60

900

12

600

1000

100

45

17

25

12

0.5

SOT23 

(D1)

ZHCS756

60

750

12

610

750

100

45

17

25

12

0.5

SOT23

(D1)

ZHCS506

60

500

5.5

630

500

40

45

10

25

10

0.33

SOT23

(D1)

Dual Schottky diodes

Part number

V

R

Max.

V

I

F

Max.

mA

I

FSM

Max.

A

V

F

I

R

C

D

@ f = 1MHz

t

rr

ns

P

D

W

Package

Max.

mV

@ I

F 

mA

Max.

µA

@ V

R

V

Typ.

pF

@ V

R

V

BAT54A

30

200

0.6

500

30

4

25

10

1

5

0.33

SOT23 

(D2)

BAT54C

30

200

0.6

500

30

4

25

10

1

5

0.33

SOT23 

(D3)

BAT54S

30

200

0.6

500

30

4

25

10

1

5

0.33

SOT23 

(D

ZXSD500E6*

40

800

13

550

500

10

30

16

30

3

1.1

SOT23-6 

(D2)

ZXSDS2M832

60

1650

16.8

600

1000

100

45

17

25

12

1.2

DFN832 

(D1)

*Advance information

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Diodes

2.0

39

12 volt hyperabrupt varactor diodes

Cathode mark

 

A 

C 

SOD523 

(D1)

C 

C 

A 

C 

C 

A 

SOT23-6 

(D1)

C1

N/C

C2

A1

N/C

A2

SOT23-6 

(D2)

C2 C2 

C2

C1

C1 C1 

A2 

A1 

8 

7 

6 

5 

1 

2 

3 

4 

DFN832 

(D1)

C1,C2 

A1 

A2 

SOT323 

(D1)

+

–

BD

Partmark as example only

for orientation

SOD323 

(D1)

Part number

Capacitance 

V

R 

= 1V, f = 1MHz

Min.

pF

Capacitance

V

R 

= 2.5V, f = 1MHz

Capacitance

V

R 

= 4V, f = 1MHz

Min.

pF

Q

V

R 

= 4V, f = 50MHz

Min.

Package

Min.

pF

Max.

pF

ZC930

8.7

4.3

5.5

2.9

200

SOT23 

(D1)

ZMV930

8.7

4.3

5.5

2.9

200

SOD323 

(D1)

ZC931

13.5

6.5

7.8

4

300

SOT23 

(D1)

ZMV931

13.5

6.5

7.8

4

300

SOD323 

(D1)

ZC932

17

8.5

10.5

5.5

200

SOT23 

(D1)

ZMV932

17

8.5

10.5

5.5

200

SOD323 

(D1)

ZMV933

42

18

27

12

150

SOD323 

(D1)

ZMV933A

42

20.25

24.75

12

150

SOD323 

(D1)

ZC933

42

18

27

12

150

SOT23

(D1)

ZC933A

42

20.25

24.75

12

150

SOT23 

(D1)

ZC934

95

40

65

25

80

SOT23 

(D1)

ZC934A

95

47.25

57.75

25

80

SOT23 

(D1)

ZMV934

95

40

65

25

80

SOD323 

(D1)

ZMV934A

95

47.25

57.75

25

80

SOD323 

(D1)

Multiple Schottky diodes

Part number

V

RMS

Max.

V

I

F (av)

Max.

A

I

FSM

Max.

A

V

F

I

R

C

D

@ f = 1MHz

t

rr (typ)

ns

P

D

W

Package

Max.

mV

@ I

F 

mA

Max.

µA

@ V

R

V

Typ.

pF

@ V

R

V

Schottky bridge rectifier with additional free wheeling diode

ZXSBMR16PT8

13.2

0.4

13

550

500

10

30

16

30

3

1.0

SM8 

(D2)

Schottky bridge rectifier

ZXSB1000QT8*

17

1.0

5

560

1000

20

30

26

30

4

2.0

SM8 

(D3)

*Advance information

n/c

n/c

-

-

~

~

+

+

SM8 

(D2)

SM8 

(D3)

C

A

GND

DC OUT

AC

IN

-

~

~

+

*Indicative relative size

*

N/C

GND

A

GND

AC in

DC out

C

AC in

ZXSBMR16PT8

ZXSB1000QT8

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

40

Rectifier diodes

Part number

V

RRM

Max.

V

I

F(AV)

Max.

A

I

FSM

Max.

A

V

F

I

R

@V

RRM

Max.

mA

Package

Max.

V

@ I

f 

A

BYY57/58

75...1500

35

600

1.15

35

0.25

Hermetic press-fit

BYY57A/58A

75...800

50

900

1.15

50

0.25

Hermetic press-fit

BYP53/54

75...800

25

425

1.1

25

0.25

Press-fit with plastic cover

BYP57/58

75...800

35

600

1.1

35

0.25

Press-fit with plastic cover

BYY53/54

75...1500

25

425

1.1

25

0.25

Hermetic press-fit

Power zener diodes

Part number

V

Z

Typ

V

I

F(AV)

Max.

A

I

FSM

Max.

A

V

F 

@

I

Z

Max.

A

Package

Max.

V

@ I

f 

A

BZP61/62

22 / 27 / 33 / 39

35

600

1.1

35

5.5 / 4.5 / 3.8 / 3.3

Press-fit with plastic cover

BZP63/64

22 / 27 / 33 / 39

50

700

1.1

35

6.3 / 5.2 / 4.3 / 3.8

Press-fit with plastic cover

BZV61/62

22 / 27 / 33 / 39

35

600

1.1

35

7.2 / 5.8 / 4.8 / 4.2

Hermetic press-fit

BZV63/64

22 / 27 / 33 / 39

50

700

1.1

35

8.1 / 6.6 / 5.5 / 4.8

Hermetic press-fit

Rectifier stacks

Part number

V

IN

Max.

V

I

d(AV)

Max.

A

V

OUT

Max.

V

Package

Rectifier stacks

1000

2400

1300

100mm x  125mm cooling plate
100mm x  250mm cooling plate
100mm x  375mm cooling plate
100mm x  500mm cooling plate

Back-off diodes

Part number

Drop voltage 

Max.

V

I

FAVM

Max.

A

Package

Back-off diodes

0.8...33.2

25...100

(1)

100mm  x  125mm cooling plate
100mm  x  250mm cooling plate
100mm  x  375mm cooling plate
100mm  x  500mm cooling plate

(1) Higher current values are possible with parallel connecting

C 

A 

N/C 

SOT23 

(D1)

+

–

BD

Partmark as example only

for orientation

SOD323 

(D1)

25 volt hyperabrupt varactor diodes

Part number

Capacitance

V

R 

= 2V, f = 1MHz

Capacitance

C

2

/C

20

, f = 1MHz

Q

V

R 

= 3V, f = 50MHz

Min.

Package

Min.

pF

Max.

pF

Min.

Max.

ZC831B

14.25

15.75

4.5

6

300

SOT23 

(D1)

ZC832B

20.9

23.1

5

6.5

200

SOT23 

(D1)

ZC833B

31.35

34.65

5

6.5

200

SOT23 

(D1)

ZC834B

44.65

49.35

5

6.5

200

SOT23 

(D1)

ZC835B

64.6

71.4

5

6.5

100

SOT23 

(D1)

ZC836B

95

105

5

6.5

100

SOT23 

(D1)

ZMV832B

20.9

23.1

5

6.5

200

SOD323 

(D1)

ZMV833B

31.35

34.65

5

6.5

200

SOD323 

(D1)

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

MOSFET

s

3.0

41

Section 3.0

MOSFETs

Zetex’ MOSFET portfolio is comprised
of N and P-channel parts, with a wide
variety of voltages up to 450V for use
in a broad range of end products from
portable equipment to power supplies,
covering automotive, consumer and
industrial markets. 

The diverse range of high efficiency
power and signal management
devices featured within this section
includes parts derived from both
planar and trench technology with
drive capability down to 1.8V,
avalanche rated devices and self-
protected IntelliFET™ parts.

By utilizing the strengths of each,
Zetex can provide optimized MOSFET
performance appropriately tailored to
specific application areas including 
DC-DC conversion, motor drive, audio
Class D output stages, backlight
inverters, active clamping, power
supply start up and power line
disconnect.

20V devices

N-channel

42

P-channel

42

Complementary

43

30 to 50V devices

N-channel

43

P-channel

44

Complementary

44

H-bridge

44

60 to 70V devices

N-channel

45

P-channel

46

Complementary

46

H-bridge

46

Self-protected IntelliFET™

47

80 to 100V devices

N-channel

48

P-channel 49

H-bridge 49

150 to 450V devices

N-channel 49

P-channel 50

Contents

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

42

N-channel 20V

D2 D2 D1 D1

G2 S2 G1 S1

D2

D1

DFN832 

(M1)

Bottom V ew

D 

D 

G 

D 

D 

S 

SOT23-6 

(M1)

G1

S2

G2

D1

S1

D2

SOT23-6 

(M2)

D 

S 

S 

S 

G 

D 

D 

D 

SO8 

(M1)

D1 

S1 

G1 

S2 

G2 

D1 

D2 

D2 

SO8 

(M2)

S 
S 
S 

G 

D 
D 
D 
D 

MSOP8 

(M1)

S1 

G1 

S2 

G2 

D1 
D1 
D2 
D2 

MSOP8 

(M2)

D 

S 

G 

SOT23 

(M1)

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.@

V

DS

=10V

pF

Q

g 

typ.@

V

GS

=4.5V

nC

Package

V

GS

=1.8V

Ω

V

GS

=2.5V

Ω

V

GS

=2.7V

Ω

V

GS

=4.5V

Ω

ZXMN2A04DN8

2 x N

20

7.7

2.1

0.04

-

0.025

1880

40.5

SO8 

(M2)

ZXMN2A02X8

N

20

7.6

1.8

0.04

-

0.02

2050

18.9

MSOP8 

(M1)

ZXM64N02X

N

20

5.4

1.8

-

0.05

0.04

1100

12.5

MSOP8 

(M1)

ZXMN2A03E6

N

20

4.6

1.7

0.1

-

0.055

837

8.2

SOT23-6 

(M1)

ZXMN2B03E6

N

20

4.3

1.1

0.075

0.055

0.04

1160

1.5

SOT23-6 

(M1)

ZXMN2A14F

N

20

4.1

1

0.11

-

0.06

544

6.6

SOT23 

(M1)

ZXMN2F30FH

N

20

3.6

1

-

0.065

-

0.045

330

5.8

SOT23 

(M1)

ZXMN2B14FH

N

20

3.5

1

0.1

0.075

0.055

872

11

SOT23 

(M1)

ZXMN2F34FH

N

20

3.0

1

-

0.120

-

0.060

641

SOT23 

(M1)

ZXMN2F34MA

N

20

5.1

2.2

-

0.12

-

0.06

277

2.8

DFN322

ZXM62N02E6

N

20

3.2

1.7

-

0.125

0.1

480

5

SOT23-6 

(M1)

ZXMN2A01E6

N

20

3

1.7

0.225

-

0.12

299

3.1

SOT23-6 

(M1)

ZXMN2AM832

2 x N

20

3

1.5

0.225

-

0.12

310

3.1

DFN832 

(M1)

ZXMD63N02X

2 x N

20

2.4

1.25

-

0.15

0.13

360

4.8

MSOP8 

(M2)

ZXMN20866DE6

2 x N

20

1.8

1.5

0.5

0.4

-

0.3

230

3.0

SOT23 

(M2)

ZXMN2B01F

2 x N

20

1.8

1.5

-

0.15

0.1

230

3

SOT23 

(M2)

ZXMN2A01F

N

20

2

0.8

0.225

-

0.12

310

3

SOT23 

(M1)

ZXM61N02F

N

20

1.7

0.8

-

0.24

0.18

170

2.6

SOT23 

(M1)

P-channel 20V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ. @

V

DS 

= -10V

pF

Q

g 

typ. @

V

GS 

= -4.5V

nC

Package

V

GS

= -2.5V

Ω

V

GS

= -2.7V

Ω

V

GS 

= -4.5V

Ω

ZXM64P02X

P

-20

-3.5

1.8

-

0.13

0.09

950

5

MSOP8 

(M1)

ZXM62P02E6

P

-20

-2.3

1.7

-

0.375

0.2

340

4.6

SOT23-6 

(M1)

ZXMD63P02X

2 x P

-20

-1.7

1.25

-

0.4

0.27

300

4.1

MSOP8 

(M2)

ZXM61P02F

P

-20

-0.9

0.8

-

0.9

0.6

160

2.7

SOT23 

(M1)

D

D

G

S

TO220 

(M1)

D 

S 

D 

G 

SOT223 

(M1)

*Indicative relative size

*

*

G

S

D

DFN322

Bottom V ew

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

MOSFET

s

3.0

43

Complementary 20V

N-channel from 30 to 50V

Part number

Polarity BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.@

V

DS

=15V

pF

Q

g 

typ.@

V

GS

=4.5V

nC

Q

g 

typ.@

V

GS

=10V

nC

Package

V

GS

=2.5V

Ω

V

GS

=4.5V

Ω

V

GS

=5V

Ω

V

GS

=10V

Ω

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ. @

V

DS 

= 10V

pF

Q

g 

typ. @

V

GS 

= 4.5V

nC

Package

V

GS 

= 2.7V

Ω

V

GS 

= 4.5V

Ω

ZXMD63C02X

N + P

20

2.4

1.25

0.15

0.13

360

4.8

MSOP8 

(M3)

-20

-1.7

0.4

0.27

300

4.1

ZXMN3A04K

N

30

18.4 10.1

-

0.03

-

0.02

1890

-

36.8

DPAK 

(M1)

ZXMN3A04DN8

2 x N

30

8.5

2.1

-

0.03

-

0.02

1890

36.8

-

SO8 

(M2)

ZXMN3F31DN8

2 x N

30

7.0

2.1

-

0.046

-

0.024

742

-

16.4

SO8 

(M2)

ZXMN3F318DN8*

2 x N

30

7.0

2.1

-

0.046

-

0.024

742

-

16.4

SO8 

(M2)

6.0

-

0.055

-

0.035

-

-

8.8

ZXMN3A02X8

N

30

6.7

1.8

-

0.035

-

0.025

1400

-

26.8

MSOP8 

(M1)

ZXMN3A06DN8

2 x N

30

6.2

2.1

-

0.05

-

0.035

750

-

17.5

SO8 

(M2)

ZXMN3G32DN8

2 x N

30

6.0

2.1

-

0.042

-

0.028

740

-

6.5

SO8 

(M2)

ZXM62N03G

N

30

4.7

3.9

-

0.15

-

0.11

380

-

9.6

SOT223 

(M1)

ZXMN3A03E6

N

30

4.6

1.7

-

0.065

-

0.05

600

-

12.6

SOT23-6 

(M1)

ZXMN3F30FH

N

30

4.0

1

-

0.065

-

0.047

305

-

9.1

SOT23

(M1)

ZXMN3A14F

N

30

3.9

1

-

0.095

-

0.065

448

-

8.6

SOT23 

(M1)

ZXMN3B14F

N

30

3.5

1

0.14

0.08

-

-

568

-

6.7

SOT23

(M1)

ZXMN3A01E6

N

30

3

1.7

-

0.18

-

0.12

190

-

3.9

SOT23-6 

(M1)

ZXMN3AM832

2 x N

30

3

1.5

-

0.18

-

0.12

190

-

3.9

DFN832 

(M1)

ZXMD63N03X

2 x N

30

2.3 1.25

-

0.2

-

0.135

300

-

6.1

MSOP8 

(M2)

ZXMN3A01F

N

30

2

0.625

-

0.18

-

0.12

190

-

3.9

SOT23 

(M1)

ZXMN3B01F

N

30

2

0.625

0.24

0.15

-

-

258

-

2.9

SOT23 

(M1)

ZXM61N03F

N

30

1.4 0.625

-

0.3

-

0.22

160

-

3.2

SOT23 

(M1)

ZXM64N035L3

N

35

13

20

-

0.07

-

0.06

970

-

22

TO220 

(M1)

ZXMN4A06K

N

40

10.9 9.5

-

0.075

-

0.05

810

-

17.1

DPAK

(M1)

ZXMN4A06G

N

40

7

3.9

-

0.075

-

0.05

810

-

18.2

SOT223 

(M1)

BSS138

N

50

0.2 0.36

-

-

3.5

-

35

-

-

SOT23 

(M1)

*Advance information

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

44

P-channel from 30 to 50V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ. @

V

DS 

= -15V

pF

Q

g 

typ. @

V

GS 

= -10V

nC

Package

V

GS 

= -4.5V

Ω

V

GS 

= -5V

Ω

V

GS 

= -10V

Ω

ZXMP3G35N8*

P

-30

-14.0

2.5

0.018

-

0.0125

3625

55.0

SO8 

(M1)

ZXMP3F36N8*

P

-30

-10.0

2.5

0.028

-

0.020

2530

41.0

SO8 

(M1)

ZXMP3A16G

P

-30

-7.5

2

0.07

-

0.045

970

24.9

SOT223 

(M1)

ZXMP3F37DN8*

2 x P

-30

-7.1

2.1

0.041

-

0.025

1550

31.0

SO8 

(M2)

ZXMP3A16N8

P

-30

-6.7

2.5

0.07

-

0.04

970

24.9

SO8 

(M1)

ZXMP3A16DN8

2 x P

-30

-5.5

2.1

0.07

-

0.045

970

24.9

SO8

(M2)

ZXMP3A17DN8

2 x P

-30

-4.4

2.1

0.11

-

0.07

630

15.8

SO8 

(M2 )

ZXM62P03G

P

-30

-4

3.9

0.23

-

0.15

330

10.2

SOT223 

(M1)

ZXMP3A17E6

P

-30

-4

1.7

0.11

-

0.07

630

15.8

SOT23-6 

(M1)

ZXM64P03X

P

-30

-3.8

1.8

0.1

-

0.075

875

37

MSOP8 

(M1)

ZXMP3F30FH*

P

-30

-3.0

1

0.130

-

0.078

565

8.8

SOT23 

(M1)

ZXM62P03E6

P

-30

-2.6

1.7

0.23

-

0.15

350

8

SOT23-6 

(M1

ZXMD63P03X

2 x P

-30

-2

1.25

0.27

-

0.185

280

5.4

MSOP8 

(M2)

ZXMP3A13F

P

-30

-1.6

0.8

0.33

-

0.21

204

5.2

SOT23 

(M1)

ZXM61P03F

P

-30

1

0.8

0.55

-

0.35

145

3.7

SOT23 

(M1)

ZXM64P035L3

P

-35

-12

20

0.105

-

0.075

875

37

TO220 

(M1)

ZXMP4A16K

P

-40

-9.9

9.5

0.1

-

0.06

1000

29.6

DPAK 

(M1)

ZXMP4A16G

P

-40

-6.4

3.9

0.1

-

0.06

1010

26.1

SOT223 

(M1)

BS250P

P

-45

-0.23

0.7

-

-

14

60

1.6

E-Line 

(M1)

BS250F

P

-45

-0.09

0.33

-

-

14

30

0.75

SOT23 

(M1)

ZVP4105A

P

-50

-0.18

0.625

-

10

-

-

-

E-Line 

(M1)

BSS84

P

-50

-0.13

0.36

-

10

-

-

-

SOT23 

(M1)

* Advance information

* Advance information

Complementary 30 to 40V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ. @

V

DS 

= 15V

pF

Q

g 

typ. @

V

GS 

= 10V

nC

Package

V

GS 

= 4.5V

Ω

V

GS 

= 10V

Ω

ZXMC3F31DN8*

N + P

30

7.0

2.1

0.046

0.024

742

16.4

SO8 

(M3)

-30

-4.5

0.080

0.046

820

15.2

ZXMC3A17DN8

N + P

30

5.4

2.1

0.065

0.05

600

12.2

SO8 

(M3)

-30

-4.4

0.11

0.07

630

15.8

ZXMC3AM832

N + P

30

3.7

1.5

0.18

0.12

190

3.9

DFN832 

(M2)

-30

-2.7

0.33

0.21

204

5.2

ZXMD63C03X

N + P

30

2.3

1.25

0.2

0.135

300

6.1

MSOP8 

(M3)

-30

-2

0.27

0.185

280

5.4

ZXMC4A16DN8

N + P

40

5.2

2.1

0.075

0.05

800

17

SO8 

(M3)

-40

-4.7

0.1

0.06

1010

26

H-bridge 30V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ. @

V

DS 

= 15V

pF

Q

g 

typ. @

V

GS 

= 10V

nC

Package

V

GS 

= 4.5V

Ω

V

GS 

= 10V

Ω

ZXMHC3A01T8

2 x N

30

3.1

1.7

0.18

0.12

190

3.9 

SM8 

(M1)

2 x P

-30

-2.3

0.33

0.21

204

5.2

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

MOSFET

s

3.0

45

N-channel from 60 to 70V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.@

V

DS 

= 30V

pF

Q

g 

typ.@

V

GS 

= 10V

nC

Package

V

GS 

=4.5V

Ω

V

GS 

= 5V

Ω

V

GS 

= 10V

Ω

ZXMN6A09K

N

60

11.2

10.1

0.06

-

0.04

1426

29

DPAK 

(M1)

ZXMN6A25K

N

60

7

4.2

0.07

-

0.05

1063

20.4

DPAK 

(M1)

ZXMN6A09G

N

60

5.1

3.8

0.06

-

0.04

1410

24

SOT223 

(M1)

ZXMN6A09DN8

2 x N

60

5.1

2.1

0.06

-

0.04

1410

24

SO8 

(M2)

ZXMN6A25N8*

N

60

5.7

2.5

0.07

-

0.05

1063

20.4

SO8 

(M1)

ZXMN6A25G

N

60

4.8

2

0.07

-

0.05

1063

20.4

SOT223 

(M1)

ZXMN6A25DN8

2 x N

60

4.7

2.1

0.07

-

0.05

1063

20.4

SO8 

(M2)

ZXMN6A08G

N

60

3.8

3.9

0.15

-

0.08

470

5.8

SOT223 

(M1)

ZXMN6A11G

N

60

3.8

3.9

0.18

-

0.12

330

5.7

SOT223 

(M1)

ZXMN6A11Z

N

60

3.2

1.5

0.18

-

0.12

330

5.7

SOT89 

(M1)

ZXMN6A08E6

N

60

3.1

1.7

0.15

-

0.08

459

5.8

SOT23-6 

(M1)

ZXMN6A11DN8

2 x N

60

2.7

2.1

0.18

20.4

0.12

330

5.7

SO8 

(M2)

ZXMN6A07Z

N

60

2.2

1.5

0.35

-

0.25

166

3.2

SOT89 

(M1)

ZVN4306G

N

60

2.1

3

-

0.45

0.33

220

5.2

SOT223 

(M1)

ZVN4306GV*

N

60

2.1

3

-

0.45

0.33

220

5.2

SOT223 

(M1)

ZXMN6A07F

N

60

1.2

0.8

0.35

-

0.25

166

3.2

SOT23 

(M1)

ZVN4306A

N

60

1.1

1.1

-

0.45

0.33

220

5.2

E-Line 

(M1)

ZVN4306AV

†

N

60

1.1

1.1

-

0.45

0.33

220

5.2

E-Line 

(M1)

ZVN4206G

N

60

1

2

-

1.5

1

70

2.4

SOT223 

(M1)

ZVN4206GV

†

N

60

1

2

-

1.5

1

70

2.4

SOT223

(M1)

ZVN2106G

N

60

0.71

2

-

-

2

50

1.6

SOT223 

(M1)

ZVN4206A

N

60

0.6

0.7

-

1.5

1

70

2.4

E-Line 

(M1)

ZVN4206AV

†

N

60

0.6

0.7

-

1.5

1

70

2.4

E-Line 

(M1)

ZVN2106A

N

60

0.45

0.7

-

-

2

50

1.6

E-Line

(M1)

VN10LP

N

60

0.27 0.625

-

7.5

5

30

0.95

E-Line 

(M1)

ZVN3306A

N

60

0.27 0.625

-

-

5

30

0.95

E-Line

(M1)

ZVN4106F

N

60

0.2

0.33

-

5

2.5

27

1

SOT23 

(M1)

ZVN3306F

N

60

0.15

0.33

-

-

5

30

0.95

SOT23 

(M1)

2N7002

N

60

0.115 0.33

-

-

3.75

27

1

SOT23 

(M1)

ZXMN7A11K

N

70

6.1

8.5

0.19

-

0.13

300

7.4

DPAK 

(M1)

ZXMN7A11G

N 70

3.8

3.9

0.19

-

0.13

300

7.4

SOT223 

(M1)

†

Avalanche rated product   *Advance information

D2 D2 D1 D1

D2

D1

G2 S2 G1 S1

1

2

3

4

8

7

6

5

NMOS

PMOS

DFN832 

(M2)

Bottom view

D 

D 

G 

D 

D 

S 

SOT23-6 

(M1)

D 

S 

G

SOT23 

(M1)

G S 

D 

D 

 

DPAK 

(M1)

G3 

S2,S3 

G1 

G2 

G4 

D3,D4 

D1,D2 

S1,S4 

SM8 

(M1)

D1 

S1 

G1 

S2 

G2 

D1 

D2 

D2 

SO8 

(M2)

D 

S 

S 

S 

G 

D 

D 

D 

SO8 

(M1)

S1 

G1 

S2 

G2 

D1 
D1 
D2 
D2 

MSOP8 

(M2)

S1 

G1 

S2 

G2 

D1 

N

P

D1 
D2 
D2 

MSOP8 

(M3)

S 
S 
S 

G 

D 
D 
D 
D 

MSOP8 

(M1)

D1 

N

P

S1 

G1 

S2 

G2 

D1 

D2 

D2 

SO8 

(M3)

D 

S 

D 

G 

 

SOT89 

(M1)

D 

S 

D 

G 

SOT223 

(M1)

D 

Rounded 

face 

G S 

E-line 

(M1)

D

D

G

S

TO220

(M1)

*Indicative relative size

*

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

46

P-channel from 60 to 70V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.@

V

DS 

= -30V

pF

Q

g 

typ.@

V

GS 

= -10V

nC

Package

V

GS 

= -4.5V

Ω

V

GS 

= -10V

Ω

ZXMP6A18K

P

-60

-10.4

10.1

0.08

0.055

1580

44

DPAK 

(M1)

ZXMP6A16K

P

-60

-5.4

4.24

0.13

0.085

1021

24.2

DPAK 

(M1)

ZXMP6A18DN8

2 x P

-60

-4.8

2.1

0.08

0.055

1580

44

SO8 

(M2)

ZXMP6A17G

P

-60

-4.1

3.9

0.19

0.125

637

17.7

SOT223

(M1)

ZXMP6A16DN8

2 x P

-60

-3.9

2.1

0.125

0.085

1021

24.2

SO8

(M2)

ZXMP6A17DN8

2 x P

-60

-3.2

2.1

0.19

0.125

637

17.7

SO8

(M2)

ZXMP6A17E6

P

-60

-3

1.7

0.19

0.125

637

17.7

SOT23-6 

(M1)

ZXMP6A13G

P

-60

-2.3

3.9

0.595

0.39

233

5.1

SOT223 

(M1)

ZXMP6A13F

P

-60

-1.1

0.8

0.6

0.4

233

5.1

SOT23 

(M1)

ZVP2106G

P

-60

-0.45

2

-

5

55

1.7

SOT223 

(M1)

ZVP2106A

P

-60

-0.28

0.7

-

5

55

1.7

E-Line

(M1)

ZVP3306A

P

-60

-0.16

0.625

-

14

27

0.9

E-Line

(M1)

ZVP3306F

P

-60

-0.09

0.33

-

14

27

0.9

SOT23 

(M1)

ZXMP7A17K

P

-70

-5.7

9.25

0.25

0.16

650

18

DPAK 

(M1)

ZXMP7A17G

P

-70

-3.7

3.9

0.25

0.16

650

18

SOT223 

(M1)

Complementary 60V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.@

V

DS 

= 30V

pF

Q

g 

typ.@

V

GS 

= 10V

nC

Package

V

GS 

= 4.5V

Ω

V

GS 

= 10V

Ω

ZXMC6A09DN8

N + P

60

5.1

2.1

0.06

0.04

1410

24

SO8

(M3)

-60

-4.8

0.08

0.055

1580

44

ZXMC4559DN8

N + P

60

4.7

2.1

0.075

0.055

1063

20.4

SO8 

(M3)

-60

-3.9

0.125

0.085

1021

24.2

H-bridge 60V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.@

V

DS 

= 30V

pF

Q

g 

typ.@

V

GS 

= 10V

nC

Package

V

GS 

= 4.5V

Ω

V

GS 

= 10V

Ω

ZXMHC6A07T8

2 x N

60

1.8

1.7

0.35

0.25

166

3.2

SM8

(M1)

2 x P

-60

-1.5

0.63

0.425

233

5.1

ZXMHN6A07T8

4 x N

60

1.6

1.25

0.35

0.25

166

3.2

SM8 

(M2)

G S 

D 

D 

 

DPAK 

(M1)

*Indicative relative size

*

G3 

S2,S3 

G1 

G2 

G4 

D3,D4 

D1,D2 

S1,S4 

SM8 

(M1)

D 

S 

D 

G 

SOT223 

(M1)

G3

G2

G1

S1,S2

G4

D3,D4

D1,S4

D2,S3

SM8 

(M2)

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

MOSFET

s

3.0

47

60V N-channel self-protected IntelliFET™

Part number

Additional

Function

TAB

BV

DSS

V

I

D

V

IN 

= 5V

A

P

D

W

R

DS(on) 

max. @

V

DS(S/C)

(1)

V

IN 

= 5V

V

E

AS 

(2)

mJ

T

JT 

(3)

°C

Package

V

IN 

= 3V

m

Ω

V

IN 

= 5V

m

Ω

V

IN 

= 10V

m

Ω

BSP75G

Improved power

D

60

1.4

2.5

–

675

550

36

550

150

SOT223 

(M2)

dissipation

ZXMS6002G

with status flag

D

60

1.4

2.5

675

550

36

550

150

SOT223 

(M3)

with status and 

ZXMS6003G

programmable

D

60

1.4

2.5

–

675

550

36

550

150

SOT223 

(M3

current limit

ZXMS6005G*

BSP75N pin out

S

60

1.3

1.5

600

500

–

36

550

150

SOT223 

(M4)

ZXMS6004FF*

High power 

–

60

1.3

1.5

600

500

–

36

550

150

SOT23F

SOT23

BSP75N

BSP75N pin out

S

60

1.2

1.5

–

675

550

36

550

150

SOT223 

(M4)

ZXMS6001G

500µA 

S

60

1.1

1.5

2000

675

–

36

550

150

SOT223

(M4)

input current

*Indicative relative size

*

D 

S 

D 

IN 

SOT223 

(M2)

D

S 

Status

IN 

SOT223 

(M3)

S 

S 

D 

IN 

SOT223 

(M4)

(1) Maximum drain source voltage during short circuit conditions
(2) Unclamped single pulse inductive energy absorption
(3) Thermal overload trip temperature

*Advance information

D

S

G

SOT23F 

(T1)

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

48

N-channel from 80 to 100V

D 

D 

G 

D 

D 

S 

SOT23-6 

(M1)

D 

S 

G

SOT23 

(M1)

G S 

D 

D 

 

DPAK 

(M1)

*Indicative relative size

*

*

G3 

S2,S3 

G1 

G2 

G4 

D3,D4 

D1,D2 

S1,S4 

SM8 

(M1)

D 

S 

D 

G 

 

SOT89 

(M1)

D 

S 

D 

G 

SOT223 

(M1)

D 

Rounded 

face 

G S 

E-line 

(M1)

Part number

Polarity BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.@

V

DS

=50V

pF

Q

g 

typ.@

V

GS

=10V

nC

Package

V

GS

=3V

Ω

V

GS

=4.5V

Ω

V

GS

=5V

Ω

V

GS

=6V

Ω

V

GS

=10V

Ω

ZXMN10A09K

N

100

7.7

10.1

-

-

-

0.1

0.085

1313

26

DPAK 

(M1)

ZXMN10A25K

N

100

4.2

4.2

-

-

-

0.15

0.125

859

17

DPAK 

(M1)

ZXMN10A25G

N

100

2.9

2

-

-

-

0.15

0.125

859

17

SOT223 

(M1)

ZXMN10A11K

N

100

2.4

4

-

-

-

0.45

0.35

274

5.4

DPAK 

(M1)

ZXMN10A11G

N

100

2.4

3.9

-

-

-

0.45

0.35

274

5.4

SOT223 

(M1)

ZXMN10A08DN8

2 x N

100

2.1

1.8

-

-

-

0.3

0.25

405

7.7

SO8 

(M2)

ZXMN10A08G

N

100

2

2

-

-

-

0.3

0.25

405

7.7

SOT223 

(M1)

ZXMN10A08E6

N

100

1.9

1.7

-

-

-

0.3

0.25

405

7.7

SOT23-6 

(M1)

ZXMN10B08E6

N

100

1.9

1.7

-

0.3

-

-

0.23

497

9.2

SOT23-6 

(M1)

ZVN4310G

N

100

1.67

3

-

-

0.75

-

0.54

200

6

SOT223 

(M1)

ZXMN10A07Z

N

100

1.4

1.5

-

-

-

0.9

0.7

138

2.9

SOT89

(M1)

ZVN4310A

N

100

0.9

1.1

-

-

0.65

-

0.5

200

6

E-Line 

(M1)

ZVN4210G

N

100

0.8

2

-

-

1.8

-

1.5

65

2.7

SOT223 

(M1)

ZXMN10A07F

N

100

0.8

0.8

-

-

-

0.9

0.7

138

2.9

SOT23 

(M1)

ZVNL110G

N

100

0.6

2

-

-

4.5

-

3

60

1.8

SOT223 

(M1)

ZVN2110G

N

100

0.5

2

-

-

-

-

4

60

1.8

SOT223 

(M1)

ZVN4210A

N

100

0.45

0.7

-

-

1.8

-

1.5

65

2.7

E-Line 

(M1)

ZVN2110A

N

100

0.32

0.7

-

-

-

-

4

60

1.8

E-Line 

(M1)

ZVNL110A

N

100

0.32

0.7

-

-

4.5

-

3

60

1.8

E-Line 

(M1)

ZVN3310A

N

100

0.2 0.625

-

-

-

-

10

25

0.7

E-Line 

(M1)

BSS123

N

100

0.17 0.36

-

-

-

-

6

25

0.7

SOT23 

(M1)

BSS123A

N

100

0.17 0.36

-

10

-

-

6

40

1.2

SOT23 

(M1)

ZXM41N10F

N

100

0.17 0.36

12

8

-

-

-

25

1.2

SOT23 

(M1)

ZVN3310F

N

100

0.1

0.33

-

-

-

-

10

25

0.7

SOT23 

(M1)

D1 

S1 

G1 

S2 

G2 

D1 

D2 

D2 

SO8 

(M2)

D

S

G

SOT23F 

(M1)

D 

S 

N/C 

G 

 

SOT223 

(M5)

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

MOSFET

s

3.0

49

P-channel from 80 to 100V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.@

V

DS 

= -50V

pF

Q

g 

typ.@

V

GS 

= -10V

nC

Package

V

GS 

= -6V

Ω

V

GS 

= -10V

Ω

ZXMP10A18K

P

-100

-3.8

4.3

0.19

0.15

1055

27

DPAK 

(M1)

ZXMP10A18G

P

-100

-3.7

3.9

0.19

0.15

1055

26.9

SOT223 

(M1)

ZXMP10A16K

P

-100

-3

4.24

0.29

0.235

717

16.5

DPAK 

(M1)

ZXMP10A17K

P

-100

-3.9

4.3

0.450

0.350

424

10.7

DPAK 

(M1)

ZXMP10A17E6

P

-100

-1.6

1.7

0.45

0.35

424

10.7

SOT23-6 

(M1)

ZXMP10A13F

P

-100

-0.7

0.8

1.45

1

141

3.5

SOT23 

(M1)

ZVP2110G

P

-100

-0.31

2

-

8

58

1.8

SOT223 

(M1)

ZVP2110A

P

-100

-0.14

0.7

-

8

58

1.8

E-Line

(M1)

ZVP3310A

P

-100

-0.14

0.625

-

20

20

0.7

E-Line 

(M1)

ZVP3310F

P

-100

-0.075

0.33

-

20

20

0.7

SOT23 

(M1)

H-bridge from 80 to 100V

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.@

V

DS 

= 60V

pF

Q

g 

typ.@

V

GS 

= 10V

nC

Package

V

GS 

= 6V

Ω

V

GS 

= 10V

Ω

ZXMHC10A07T8

2 x N

100

1.4

1.3

0.9

0.7

138

2.9

SM8 

(M1)

2 x P

-100

-1.3

1.45

1

141

3.5

N-channel from 150 to 450V

Part number

Polarity BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ.

@

V

DS

=50V

pF

Q

g 

typ.

@

V

GS

=10V

nC

Package

V

GS

=2.4V

Ω

V

GS

=2.5V

Ω

V

GS

=2.6V

Ω

V

GS

=3V

Ω

V

GS

=5V

Ω

V

GS

=10V

Ω

ZVN2120G

N

200 0.32

2

-

-

-

-

-

10

58

2.2

SOT223 

(M1)

ZVNL120G

N

200 0.32

2

-

-

-

10

10

-

58

2.2

SOT223 

(M1)

ZVN2120A

N

200 0.18

0.7

-

-

-

-

-

10

58

2.2

E-Line 

(M1)

ZVNL120A

N

200 0.18

0.7

-

-

-

10

10

-

58

2.2

E-Line 

(M1)

BS107P

N

200 0.12

0.5

-

-

23

-

30

-

58

2.7

E-Line 

(M1)

ZVN3320A

N

200

0.1 0.625

-

-

-

-

-

25

-

-

E-Line 

(M1)

ZVN3320F

N

200 0.06 0.33

-

-

-

-

-

25

-

-

SOT23 

(M1)

ZVN4424G

N

240

0.5

2.5

-

6

-

-

-

5.5

100

18

SOT223 

(M1)

ZVN4424A

N

240 0.26 0.75

-

6

-

-

-

5.5

100

18

E-Line 

(M1)

ZVN4424Z

N

240 0.26 0.75

-

6

-

-

-

5.5

100

18

SOT89 

(M1)

ZVN0124A

N

240 0.16

0.7

-

-

-

-

-

16

62

1.4

E-Line 

(M1)

ZVN4525G

N

250 0.31

2

9.5

-

-

-

-

8.5

72

2.5

SOT223 

(M1)

ZVN4525Z

N

250 0.24

1.2

9.5

-

-

-

-

8.5

72

2.5

SOT89 

(M1)

ZVN4525E6

N

250 0.23

1.1

9.5

-

-

-

-

8.5

72

2.5

SOT23-6 

(M1)

ZVN0545G

N

450 0.14

2

-

-

-

-

-

50

55

-

SOT223 

(M1)

ZXMN0545G4

N

450 0.14

2

-

-

-

-

-

50

55

-

SOT223 

(M5)

ZXMN0545FF

N

450 0.09

1.5

-

-

-

-

-

50

55

-

SOT23F 

(M1)

ZVN0545A

N

450 0.09

0.7

-

-

-

-

-

50

55

-

E-Line 

(M1)

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

50

P-channel from 150 to 450V

D 

D 

G 

D 

D 

S 

SOT23-6 

(M1)

D 

S 

G

SOT23 

(M1)

G S 

D 

D 

 

DPAK 

(M1)

G3 

S2,S3 

G1 

G2 

G4 

D3,D4 

D1,D2 

S1,S4 

SM8 

(M1)

D 

S 

D 

G 

 

SOT89 

(M1)

D 

S 

D 

G 

SOT223 

(M1)

D 

S 

N/C 

G 

 

SOT223 

(M5)

N/C 

D 

N/C 

S 

G 

SOT23-5 

(M1)

D 

Rounded 

face 

G S 

E-line 

(M1)

Part number

Polarity

BV

DSS

V

I

D

A

P

D

W

R

DS(on) 

max. @

C

iss 

typ. @

V

DS 

= -50V
pF

Q

g 

typ. @

V

GS 

= -10V

nC

Package

V

GS 

= -3.5V

Ω

V

GS 

= -10V

Ω

ZVP2120G

P

-200

-0.3

2

-

25

65

1.6

SOT223 

(M1)

ZXMP2120G4

P

-200

-0.3

2

-

25

65

1.6

SOT223 

(M5)

ZXMP2120FF

P

-200

-0.137

1

-

28

65

1.6

SOT23F 

(M1)

ZXMP2120E5

P

-200

-0.122

0.75

-

28

65

1.6

SOT23-5 

(M1)

ZVP2120A

P

-200

-0.12

0.7

-

25

65

1.6

E-Line 

(M1)

ZVP1320F

P

-200

-0.035

0.33

-

80

28

2

SOT23 

(M1)

ZVP4424G

P

-240

-0.48

2.5

11

9

100

3.7

SOT223

(M1)

ZVP4424Z

P

-240

-0.2

1

11

9

100

3.7

SOT89 

(M1)

ZVP4424A

P

-240

-0.2

0.75

11

9

100

3.7

E-Line

(M1)

ZVP4525G

P

-250

-0.265

2

18

14

75

2.5

SOT223

(M1)

ZVP4525Z

P

-250

-0.205

1.2

18

14

75

2.5

SOT89

(M1)

ZVP4525E6

P

-250

-0.197

1.1

18

14

75

2.5

SOT23-6 

(M1)

ZVP0545G

P

-450

-0.075

2

-

150

-

-

SOT223 

(M1)

ZVP0545A

P

-450

-0.045

0.7

-

150

-

-

E-Line 

(M1)

*Indicative relative size

*

*

D

S

G

SOT23F 

(M1)

 

 

   

 

  

  

  

 

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MOSFET

s

3.0

51

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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52

 

 

   

 

  

  

  

 

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Current

monitors

4.0

53

Section 4.0

Current monitors

The increasing need to make more intelligent power
management decisions requires accurate and reliable
current monitoring. Dedicated current monitoring ICs from
Zetex provide the reporting and protection functions to suit 
a range of power management applications. 

Two output formats are offered: a versatile current output 
and a voltage output for greater simplicity and accuracy.

Current output current monitors

54

Voltage output current monitors

56

Contents

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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54

Current output current monitors

ZXCT current monitors with a
current output convert a high-
side current measurement to a
ground referred current output,
thereby greatly simplifying high-
sided current measurements.
The devices enable gain to be
set by a single external resistor.

The common-mode voltage of
the monitored current can be
substantially increased by the

addition of 1 or 2 transistors 
(see AN45 for more information).

Features

High-side current sensing

Output voltage scaling

Up to 2.5V sense voltage

2.5V - 20V supply range

1% typical accuracy 

Applications

Over-current monitor

Battery chargers

Battery gauges

Power management

DC motor control

Part
number

Description

V

IN

V

Accuracy 

@ V

SENSE

= 100mV

%

Quiescent

current

µA

Gain

output/V

SENSE

Bandwidth

MHz

Package

ZXCT1008

Automotive

temperature range

micro-power current

monitor

2.5 to 20

(1)

±2.5

4

10mA/V

2

SOT23

ZXCT1009

Micro-power current

monitor

2.5 to 20

(1)

±2.5%

4

10mA/V

2

SM8
SOT23

ZXCT1010

Micro-power current

monitor with

improved offset

2.5 to 20

±2.5%

3.5

10mA/V

2

SOT23-5

A

ZXCT1011

Simple current monitor

with improved

temperature drift

2.5 to 20

(1)

±2.5%

4

10mA/V

(2)

1.5

SOT23-5

B

ZXCT1012

Reduced height

micro-power current

monitor

2.5 to 20

±2.5%

3.5

10mA/V

2

TDFN3x3-5

TSOT23-5

ZXCT1020

Low offset current

monitor

2.5 to 20

±2%

25

Prog.

1

SOT23-5

D

ZXCT1050

Wide 

common-mode
current monitor

2.5 to  20

±3%

50

Prog.

1

SOT23-5

C

OUT

S-

S+

Top view 

NC 

GND 

OUT

S-

S+

Top view 

S-

NC 

S+

OUT

NC 

NC 

NC 

NC 

(1)

Relative to I

OUT

(2)

Gain with R

SH

at 120

Ω

Application notes

AN39 Current measurement

applications handbook 

AN45 High voltage current
monitoring using the ZXCT1009
and ZXCT1010 in power supplies 

AN46 The use of Zetex current
monitors with the Polyswitch™
overcurrent device

Design note

DN77 Current monitoring
with the ZXCT1009
considering high voltage
transients (low cost current
monitor for high voltage
transients).

Connection diagrams

SOT23

V

CC 

GND 

V

OUT 

S-

S+

Top view 

SOT23-5

C

TDFN533

SOT23-5

A 

/ TSOT23-5

SM8

GND

OUT

V

B

S+

S-

Top view 

SOT23-5

D

NC 

OUT

R

SH

S+

S-

Top view 

SOT23-5

B

1

2

3

OUT

GND

NC

5

4

S+

S-

bottom view

*Indicative relative size

*

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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Current

monitors

4.0

55

The ZXCT1008 and ZXCT1009 are the simplest of the 
current monitors. The output is a current which is proportional
to the sense voltage, measured across a low value shunt
resistor, R

sense

. The output current can be converted to a

voltage and scaled by choice of an appropriate resistor, R

out

.

Quiescent current of only 4µA has minimal impact on system
power efficiency. Operating voltage is from 2.5V to 20V, which
makes these parts suitable for a wide range of applications.

The ZXCT1010 and ZXCT1012 have the same characteristics as
the ZXCT1009 but with a separate ground pin to avoid the
circuit current flowing through the output resistor. 

This reduces the current offset and improves accuracy
particularly at lower sense voltages.

The ZXCT1012 has the same performance as the ZXCT1010
but in thinner packages.

The ZXCT1011 uses an external resistor to determine its
transconductance resulting in a much lower temperature
coefficient. 

This gives a better accuracy at temperature extremes without
losing any of the parameters found in ZXCT1008/9 devices.

SENSE

OUT

G

IN

SENSE

G

IN

OUT

R

SH

GND

ZXCT1011

SENSE

G

IN

OUT

The ZXCT1020 uses an external resistor to set its
transconductance and allows its offset to be trimmed. 
This increases the ZXCT1020 accuracy over the ZXCT1010
while maintaining the versatility of the ZXCT101.

The ZXCT1050 is the current output version of the ZXCT1051.
Two resistors are now off-chip; 1 sets the transconductance
and other sets the  gain.

Its offset is trimmed improving accuracy at small sense
voltages

ZXCT1020

S+

OUT GND

S-

R

V

B

SENSE

R

SH

V

OUT

R

G

ZXCT1050

S+

GND OUT

S-

V

CC

R

G

V

OUT

R

SH

V

CC

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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56

Voltage output current monitors

ZXCT current monitors with voltage
output convert a high-side current
measurement to a ground
referred voltage output thereby
greatly simplifying high-sided
current measurements. 
The devices offer an internally set
gain with low offset voltages and
low temperature drift, which
optimizes performance at low
sense voltages.

Features

High-side current sensing

Output voltage scaling

Up to 2.5V sense voltage

2.5V - 20V supply range

1% typical accuracy

Applications

Over-current monitor

Battery chargers

Smart battery packs

Power management

DC motor control

Part
number

Description

V

IN

V

Accuracy 

@ V

SENSE

= 100mV

%

Quiescent

current

µA

Gain

output/V

SENSE

Bandwidth

MHz

Package

ZXCT1021

Voltage output

2.5 to 20

±2%

25

10V/V

1

SOT23-5

A

ZXCT1022

Voltage output

2.5 to 20

±3%

25

100V/V

1

SOT23-5

A

ZXCT1030

Enhanced function

with internal reference

and comparator

2.5 to 20

±3%

270

10V/V

6

SO8

A

ZXCT1032

High side inrush

current limit controller

9.5 to 21

–

1600

10V/V

–

SO8

B

ZXCT1041

Bidirectional voltage

output with 

direction flag

2.7 to 20

±3%

35

10V/V

0.3

SOT23-5

B

ZXCT1051

Precision wide input

range current monitor

0 to V

CC

-2

±3%

50

10V/V

2

SOT23-5

C

ZXCT1080

High voltage 

High-Side

Current Monitor

3 to 60

±3%

30

10V/V

0.5

SOT23-5

C

ZXCT1081

High voltage 

High-Side

Current Monitor

3 to 40

(1)

±3%

30

10V/V

0.5

SOT23-5

C

(1)

60V transient

Application notes

AN39 Current measurement applications
handbook

AN46 The use of Zetex current monitors
with the Polyswitch™ overcurrent device

Connection diagrams

GND-

C

T

ISET

Flag

IN+

1

2

3

4

8

7

6

5

N/C

IN-

Drive

Top view

FLAG 

GND 

V

OUT 

S-

S+

Top view 

NC 

GND 

V

OUT 

S-

S+

Top view 

S-

V

CC

S+

GND

V

OUT

V

comp out

V

ref out

V

comp in

1

2

3

4

8

7

6

5

Top view

SO8

B

V

CC 

GND 

V

OUT 

S-

S+

Top view 

SOT23-5

C

SOT23-5

B

SOT23-5

A

SO8

A

*Indicative relative size

*

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

4.0

57

The ZXCT1021 and ZXCT1022 are voltage output current
monitors, with fixed gain scaling. 

V

out

= Gain x V

SENSE

.

The output is scaled internally by 10 on the ZXCT1021 and 100
on the ZXCT1022. This scaling allows  low value sense
resistors to be used, thus reducing power dissipation and
voltage drop. The ZXCT1021 and ZXCT1022 are pin compatible
with the ZXCT1010, which provides an easy upgrade path for
improved performance.

The ZXCT1030 is a voltage output current monitor with fixed
gain scaling of 10. A non-latching output comparator and 1.24V
voltage reference are also included on-chip to make more
integrated solutions possible. Operating voltage range is 2.2V
to 20V and quiescent current is only 270µA. A separate Vcc
supply ensures the device gives an output under short circuit
conditions. When the V

S+

and V

S-

falls below about 2.2V, then

the comparator defaults to the asserted state. By feeding
reference output to the comparator input a simple and compact
over-current protection circuit can be developed.

The ZXCT1041 is a bidirectional voltage output current monitor
with direction flag. The flag is an open collector output enabling
it to be coupled to a wide range of logic level voltages. 
The voltage output pin is analog and is internally scaled to 10
times V

SENSE

. The ZXCT1041 operates from 2.7V to 20V

enabling it to work in a wide range of applications including
automotive, motor control and battery gas-gauging. Apart from
its flag output the ZXCT1041 is pin compatible to the ZXCT1021.

ZXCT1021/2

V

IN

SENSE

OUT

OUT

To load

S+

S-

S+

S-

V

CC

V

OUT

ZXCT1041

FLAG

To load

S+

S-

V

IN

V

OUT

V

OUT

GND

R

SENSE

The ZXCT1051 is a wide common-mode range voltage output
current monitor designed to measure at voltages ranging from
under supply to ground. This makes the device suitable for
systems which need to function under short circuit conditions.
An auxiliary power supply is required to feed the device and
keep the internal circuitry active. Vcc range is 20V to 3V and
V

S+

is V

cc

-2V to 0V. Supply current is 50µA and the

performance is similar to the ZXCT1021, with internal gain
setting of 10.

The ZXCT1081 has a wide continuous common-mode input
range from 3V to 40V (60V transient). The ZXCT1080 extends
the continuous common mode range to 60V. This allows it to
measure currents in a wide range of applications ranging from
computer power supplies to automotive.

A separate power supply pin provides power to an internal
buffer lowering the output impedance

ZXCT1051

V

CC 

R

SENSE

V

SENSE+

V

SENSE-

S-

S+

V

OUT

V

OUT

ZXCT1080/1

V

CC 

R

SENSE

V

SENSE+

V

SENSE-

S-

S+

V

OUT

V

OUT

The ZXCT1032 provides in-rush current limiting and over
current protection functions and when used with an external 
P-MOSFET behaves as an electronic fuse. At power up the load
current is gradually increased; protecting input power supply
from large capacitive loads. In over-current protection mode the
device is transparent; just measuring the output current. When
the  over-current threshold is exceeded the device switches off
the MOSFET protecting both the load and supply rail from
damage. The ZXCT1032 will auto retry.

ZXCT1032

R

SENSE

V

IN

GND

3

8

6

5

4

µC

1

2

C

T

C

T

Flag

Drive

ISET

IN-

IN+

Load

Current

monitors

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

58

Section 5.0

Voltage references

The Zetex range of voltage
reference devices significantly
extends the performance of many
industry standard parts. Offered in a
choice of space saving packages,
they provide the opportunity to
reduce power consumption and
increase operating temperature.

Shunt regulators

59

Micro-power voltage 
regulators

60

Industry standard 
references

61

Contents

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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Voltage

references

5.0

59

These devices improve on
industry standard products,
notably their quiescent current is
substantially lower than
competitive alternatives. 2.5V
devices are available as well as
1.24V for low voltage circuits.
Industrial and extended
temperature range devices are
available. The ZTL range matches
most TL431/2 specifications for
applications where quiescent
current is not critical.

Features

No stabilizing capacitor 
required

Min. knee current 50µA

±2.5%, 2% 1% and 0.5% 
(selected devices) tolerance

Small outline SOT23 
and SC70 packages

Improved temperature 
coefficient

Applications

Battery powered and portable 
equipment

Metering and measurement 
systems 

Precision power supplies 

Switch mode power supplies

Application note

AN27 ZR431 application note

ZTL competitive comparision

Connection diagrams

(

Bold

) denotes improvement of specification.

Shunt regulators

Part
number

Operating

temperature 

range ºC

Reference

voltage

V

Min. output 

voltage

V

Max. output 

voltage

V

Min.

cathode 

current  

µA

Max.

cathode 

current  

mA

Tolerance

@25°C

(1)

%

Package

ZXRE060

-40 to 85

0.6

0.2

18

-

20

0.5, 1

SOT23
SC70-6

ZR431L

-40 to 85

1.24

1.24

10

100

25

1, 2.5

SOT23

A

TLV431

-40 to 125

1.24

1.24

18

100

15

0.1, 1

SOT23

A

SC70-6
SOT23-5

ZHT431

-55 to 125

2.5

2.5

20

50

100

1, 2

SOT23

A

ZR431

-40 to 85

2.5

2.5

20

50

100

0.5, 1, 2

SOT223
SOT23

A

ZTL431

-40 to 125

2.5

2.5

20

1000

100

0.5, 1

SOT23

B

SC70-6
SOT23-5

ZTL432

(2)

-40 to 125

2.5

2.5

20

1000

100

0.5, 1

SOT23

A

Part number

ZR431

ZTL431

TL431

Bandgap voltage

2.5V

Initial tolerance

2, 1, 0.5%

1, 0.5%

2, 1, 0.5%

Operating voltage (max.)

20V

20V

36V

Min. operation current (typ.)

50µA (max.)

400µA

400µA

Operating current range

0.05 to 100mA

1 to 100mA

1 to 100mA

Temperature coefficient (max.)

55ppm/°C

50ppm/°C (typ.)

50ppm/°C (typ.)

Dynamic impedance (max.)

0.75

Ω

0.75

Ω

0.75

Ω

Temperature range (max.)

-55 to 125°C

-40 to 125°C

-40 to 85°C

Packages

SOT23 and SOT223

SOT23, SC70-6, SOT23-5

SOT23, TO92 & SOT23-5

V

Z

GND

Top view

V

REF

GND

Cathode

†

REF

Anode

1

2

3

6

5

4

†

NC

Top view

SOT223

SC70-6

SOT23

B

SOT23

A

N/C

N/C+

Cathode

Anode

REF

Top view 

SOT23-5

† 

Must 

be  eft 
float ng or
connected 
to anode

*Indicative relative size

*

(2)

Matches pinout of TL432 in SOT23

GND

V

REF

3

2

1

V

Z

Top view

Top view

Cathode

Ref

Anode

2

3

1

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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60

The ZRB devices operate from a
minimum operating current of
50µA with temperature
coefficients generally of
90ppm/°C maximum.

The ZXRE devices offer even
lower minimum operating
currents down to 8µA.

Zetex micro-power references
are designed to operate over the
temperature range -40 to 85°C.

Features

Temperature coefficient down 
to 50ppm/°C

Minimum (knee) current 
down to 8µA

No stabilizing capacitor 
required

SOT23 package 

Applications

Precision power supplies

Battery powered and 
portable equipment

Metering and measurement 
systems

Instrumentation

Test equipment

Application circuit

Micropower 2.5V reference

Connection diagram

Micro-power voltage references

Part number

Reverse

breakdown

voltage

Min. 

current  

µA

Max. 

current 

mA

Max.

temperature 

coefficient

ppm/

°C

Max. slope

resistance 

Ω

Tolerance

@25°C

%

Package

ZXRE1004

1.22

8

20

75

0.6

1

SOT23

ZXRE125

1.22

8

20

75

0.6

0.5, 1, 2

SOT23

ZRC250

2.5

20

5

90

1

1, 2

SOT23

ZRC330

3.3

20

5

50

2

1, 2

SOT23

ZRC400

4.096

23

5

90

2

1

SOT23

ZRB500

5

50

15

50

1.5

1, 2

SOT23

ZRC500

5

25

5

90

2

1

SOT23

GND

V

R

3

2

1*

Top view

SOT23

5V

R

B

=100k

2.5V

*

Pin 1 should be left open

or connected to pin 2.

*Indicative relative size

*

 

 

   

 

  

  

  

 

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Voltage

references

5.0

61

Zetex has taken the features of
its micro-power references to
provide improved versions of
three industry standard families. 

ZXRE4041 offers a better minimum
operating current than the LM4041.
The ZR4040 family also offers a
better minimum operating current
than the LM4040. ZR285 has a
better temperature coefficient
than the LM285-2.5. 

Zetex micro-power references are
offered in industrial and extended
temperature versions.

Features

0.5%, 1%, 2% and 
3% tolerance

20ppm/°C typical temperature 
coefficient

20µA knee current

SOT23 package

Applications

Precision power supplies

Battery powered 
equipment

Portable communications 
devices

Notebook and palmtop 
computers

Connection diagram

Industry standard references

Part number

Competitior

part

number

Reverse

breakdown

voltage

Min. 

current  

µA

Max. 

current 

mA

Max.

temperature 

coefficient

ppm/

°C

Max. slope

resistance 

Ω

Tolerance

@25°C

%

Package

ZXRE4041

LM4041

1.225

30

12

100

0.92

0.5, 1, 2 SOT23

LM4041

LM4041

1.225

30

12

100

0.6

0.5, 1

SOT23, SC70-5*

ZR285-2.5

LM285-2.5

2.5

20

20

90

1

1

SOT23

ZR4040-2.5

LM4040-2.5

2.5

50

20

90

2

0.5, 1, 2 SOT23

LM4040-2.5

LM4040-2.5

2.5

60

15

100

0.9

0.5, 1

SOT23, SC70-5*

LM4040-3.0*

LM4040-3.0

3

62

15

100

0.9

0 2, 0 5, 1 SOT23, SC70-5*

ZR4040-4.1

LM4040-4.1

4.096

50

20

90

2

1

SOT23

ZR4040-5

LM4040-5.0

5

50

20

90

1.5

1

SOT23

LM4040-5.0

LM4040-5.0

5

60

15

100

1.1

0.5, 1

SOT23, SC70-5*

GND

V

R

3

2

1*

Top view

SOT23

Application circuit

Precision 1.225V reference

3V

R

B

=36k

1.225V

*

Pin 1 should

be left open

or connected

to pin 2.

LM4040 and LM4041 competitive comparison

Company

Zetex

NSC

Zetex

NSC

Zetex

NSC

Part number

LM4040-25

LM4040-25 LM4040-50 LM4040-50

LM4041

LM4041

Bandgap voltage

2.5V

5.0V

1.225V

Initial tolerance

%

1, 0.5

2, 1, 0.5,

0.2, 0.1

1, 0.5

2, 1, 0.5,

0.2, 0.1

1, 0.5

2, 1, 0.5, 

0.2, 0.1

Min. current

µA

60

60

60

60

60

60

Max. current 

mA

15

15

15

15

15

15

Temp co.

ppm/°C

100

100

100

100

100

100

Noise

µV

RMS

45

35

105

80

60

20

Temp. range

°C

-40 to 

125

-40 to 85

-40 to 

125

-40 to 85

-40 to 

125

-40 to 85

Packages

SOT23

SC70-5

SOT23,

SC70-5

SOT23

SC70-5

SOT23,

SC70-5

SOT23

SC70-5

SOT23, 

SC70-5

*Indicative relative size

*

ANODE 1

5

N/C 2

CATHODE 3

4

N/C

N/C

Top view 

SC70-5

*due late Q2, 2008

*

Pin 2 should

be left open

or connected

to pin 1.

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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62

Section 6.0

Linear regulators

Consisting of four distinct
product families, the Zetex
regulator range provides 
designers with the means 
to find the best low power
regulator for the job

– every time.  

The low quiescent current
and high current handling of
many Zetex regulators means
industry standard parts are
simply outperformed.

Miniature linear regulators

64

Industry standard improved regulators

65

Ultra-low dropout regulators

66

Micro-power low dropout regulators

67

Contents

 

 

   

 

  

  

  

 

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Linear

regulators

6.0

63

Family 

Miniature

linear regulators

Improved industry

standard equivalents

Ultra-low dropout

regulators

Micro-power

low dropout regulators

Feature 

Small SOT23 package

general purpose

regulator

Equivalent to 78L range

but with lower I

Q

and

higher I

MAX

Extremely low dropout

voltage and high I

MAX

Equivalent to

MAX8511, MIC5213,

LMS5213

Output voltage 

2.5, 3.3, 5.0V

3.0, 3.3, 5.0,10V

3.3, 5.0V

2.5, 2.8, 3.0, 3.3V

Tolerance 

±2.5%

±2.5%

±2%

±2%

Input voltage (max.) 

20V

20V

20V

5.5V

Dropout voltage (max.)

2V

2V

75mV @ 100mA

280mV @ 100mA

Quiescent current (max.)

40µA to 100µA

600µA

1mA

50µA

Standby current 

N/A

N/A

30µA

1µA

Output current (max.) 

50mA

200mA

300mA

150mA

Temperature range 

-55 to +125°C

-55 to +125°C

-40 to +85°C

-40 to +85°C

Dissipation/power 

SOT23 = 500mW 

SOT223 = 2W 

SM8 = 2W

SC70-5 = 300mW 

TSOT23-5 = 450mW

Linear regulator families

 

 

   

 

  

  

  

 

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64

Designed specifically for
applications where space saving
is important, the ZMR series is
available in the small SOT23
package. These devices supply
up to 50mA load current with
quiescent current typically down
to 30µA. Devices in the ZMR
series are designed to operate
over the temperature range -55
to 125°C.

The ZMR250 and ZMR500 have
had their operating voltage
increased to 22.5V and 25V
respectively thereby replacing
the ZMR25H and ZMR50H.

Features

2.5V, 3.3V and 5V output

22.5V, 24V and 25V maximum 
input voltage 

Output current up to 50mA

Very low quiescent current 
(typically 30µA) 

SOT23 package 

-55 to 125°C ambient 
temperature range

Applications

Local voltage regulation

Ideal for applications 
where space is critical

Connection diagram

Miniature linear regulators

GND

OUT

IN

Top view

SOT23

Part

number

Output 

voltage

(1)

V

Max. input 

voltage

V

Min. output 

current

mA

Max.

quiescent

current

µA

Typical

dropout

voltage 

V

Max. line

regulation 

mV

Max. load

regulation 

mV

Package

ZMR250

2.5

22.5

50

40

1.7

15

30

SOT23

ZMR330

3.3

24

50

170

1.7

10

35

SOT23

ZMR500

5

25

50

70

1.7

15

40

SOT23

(1) Output voltage tolerance 2.5%

*Indicative relative size

*

 

 

   

 

  

  

  

 

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Linear

regulators

6.0

65

For circuits requiring higher
currents, these devices can
handle load currents up to
200mA whilst maintaining a
quiescent current of typically only
350µA. The ZSR range offers
performance characteristics
superior to other local voltage
regulators and are in a higher
power dissipation package as
standard. Devices in the ZSR
series are designed to operate
over the temperature range -55
to 125°C. 

Features

350µA low quiescent current

Improved line and load 
regulation

Output current to 200mA

SOT223 package

Applications

Local voltage regulation

General voltage regulation

Connection diagram

ZSR500 comparison

(1) Output voltage tolerance 2.5

Industry standard improved regulators

OUT

GND

Top view

IN

GND

SOT223

Part
number

Output 

voltage

(1)

V

Max. input 

voltage

V

Min. output 

current

mA

Max.

quiescent

current

µA

Typical

dropout

voltage 

V

Max. line

regulation 

mV

Max. load

regulation 

mV

Package

ZSR300

3

20

200

600

1.7

40

25

SOT223

ZSR330

3.3 

20

200 

600

1.7 

30 

25

SOT223

ZSR500

5 

20

200 

600

1.7 

40 

25 

SOT223

ZSR1000

10 

20

200 

600

1.7 

40

30

SOT223

Family

ZSR500

Industry

Output voltage 

5V

5V 

Tolerance 

±2.5%

±4% 

Input voltage (max.)

20V 

35V 

Dropout voltage (max.) 

2V 

2V 

Quiescent current (max.) 

600µA

5.0mA 

Output current (max.) 

200mA

100mA 

Line regulation (max.) 

40mV

150mV 

Load regulation (max.) 

25mV

60mV 

Temperature co-efficient (typ.) 

0.1mV/C 

-0.65mV/C 

Package 

SOT223 

TO92 - SO8 - SOT89

(

Bold

) denotes improvement of specification.

*Indicative relative size

*

 

 

   

 

  

  

  

 

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66

The ZLDO regulator series
utilizes a novel approach to
achieve exceptional
performance. The devices use
the Zetex SM8 package which
has 8 pins and is based on the
SOT223 body outline.

The superior design allows the
ZLDO to take advantage of the
output device saturation voltage
to produce an exceptionally low
dropout voltage of only 30mV
with 100mA load current. 

For battery applications low
power dissipation is a necessity
so the controller circuit design
has been optimized to produce 
a quiescent current of 560µA,
with 1mA quiescent current at
300mA load.

A control pin is provided for
device disable and a further pin
gives a warning flag for low
supply input. Devices in the
ZLDO series are designed to
operate over the temperature
range -40 to 85°C.

Features

Very low dropout voltage:

6mV dropout at 
10mA output

30mV dropout at 
100mA output

100mV dropout at 
300mA output

Low quiescent current 

SM8 package

Applications

Battery powered devices 

Laptop/palmtop computers 

PDAs 

Connection diagram

Ultra-low dropout regulators

LBF

SC

NC

V

IN

Spg

GND

V

OUT

D/C

Top view

Part

number

Output 

voltage

(1)

V

Max. input 

voltage

V

Dropout 

voltage

(2)

m

V

Max load

current

mA

Quiescent

current

µA

Shutdown

current

µA

Load

regulation

(3)

mV

Line

regulation  

mV

Package

ZLDO330

3.3

20

30

300

560

11

78

52

SM8

ZLDO500

5

20

30

300

560

11

23

70

SM8

(1) Output voltage tolerance 2%  (2) IL=100mA   (3) IL=10 to 300mA %

SM8

*Indicative relative size

*

 

 

   

 

  

  

  

 

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Linear

regulators

6.0

67

The ZXCL range of low dropout
regulators offers a very high
performance in a very small
package. They are available in the
tiny SC70-5 pin package as well
as the industry standard SOT23-5
package. The devices are
inherently stable with tantalum
and ceramic capacitors. Low
output noise is achieved without
the need for bypass capacitors.

Features

Low 85mV dropout at 
50mA load

Ultra small SC70-5 package 

25µA typical ground 
pin current 

2.5, 2.8, 3.0 
and 3.3V output

Output voltage tolerance 2%

Applications

Portable and battery 
powered equipment 

Cellular and cordless phones

Palmtop and laptop computers

Cameras, camcorders, 
personal stereos, PDAs

ZXCL LDO comparison

Micro-power low dropout regulators

V

IN

GND

EN

V

O

NC

Top view

SOT23-5

V

IN

GND

EN

V

O

NC

Top view

SC70-5

A

EN

NC

GND

V

IN

V

O

Top view

SC70-5

B

Part number

Output 

voltage

(1)

V

Max. input 

voltage

V

Dropout

voltage

(2)

mV

Max. load

current

mA

Quiescent

current  

µ

V

Shutdown

current 

µ

A

Output

noise 

voltage

(3)

µVms

Package

ZXCL250

2.5

5.5

85

100(3)

25

0.01

50

SOT23-5
SC70-5

A

ZXCL5213V25

2.5

5.5

85

100(3)

25

0.01

50

SC70-5

B

ZXCL280

2.8

5.5

85

150

25

0.01

50

SOT23-5
SC70-5

A

ZXCL5213V28

2.8

5.5

85

150

25

0.01

50

SC70-5

B

ZXCL300

3

5.5

85

150

25

0.01

50

SOT23-5
SC70-5

A

ZXCL5213V30

3

5.5

85

150

25

0.01

50

SC70-5

B

ZXCL330

3.3

5.5

85

150

25

0.01

50

SOT23-5
SC70-5

A

ZXCL5213V33

3.3

5.5

85

150

25

0.01

50

SC70-5

B

(1) Output voltage tolerance 2%    (2) IL=50mA    (3) Limited by RDS(on) and power dissipation effects with 3 volt input voltage

*Should be left open
or connected to pin 3

*

Family 

MIC5213

ZXCL

MAX8511

Output voltage

2.5, 2.6, 2.7, 2.8, 3.0,
3.3, 3.6, 5.0

2.5, 2.8, 3.0, 3.3  

1.5, 1.8, 2.5, 2.7, 2.8, 
2.85, 3.0, 3.3, 4.5

Tolerance at 1mA

±3%

±2%

±1%

Tolerance at 100mA

-

±3%

±3%

Temperature co-efficient (typ.)

200ppm/°C

-15ppm/°C

-

Input voltage (max.)

16

5.5

6

Dropout voltage (typ.)

250mV @ 50mA

85mV @ 50mA

80mV @ 80mA

Dropout voltage (max.)

600mV @ 80mA

280mV @ 100mA

170mV @ 80mA

Quiescent current (max.) no load

180µA typ.

50µA

90µA

Output current (max.)

80mA

150mA

120mA

Shut down current (max.)

10µA

1µA

1µA

Line regulation (max.)

0.3%

0.1%

No max.

Load regulation (max.) 1mA to 100mA 0.5%

0.04%

No max.

Packages

SC70-5

B

SC70-5 and SOT23-5

SC70-5

A

(

Bold

) denotes improvement of specification.

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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68

Section 7.0

DC-DC boost converters

Generating target voltages with the
greatest efficiency possible is the 
goal of the Zetex series of DC-DC 
boost converters. 

Optimized for battery-powered
applications, they are purpose-designed
to support today’s low voltage, 
low power supply rails.

Low power DC-DC boost converters

69

Single and multi-cell system 
power boost controllers

70

Transistors and Schottky 
diode combinations

71

Contents

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
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DC-DC boost

converters

7.0

69

The ZXLD1601/1615 are boost
converters for low power rails.
They integrate an internal NMOS
switch and current sensing
resistor thereby saving PCB
space and cost. They operate
directly from one Li-Ion cell and
provide adjustable bias voltages
of up to 28V, ideal for LCD and
OLED displays. 

The ZXLD1615 is pin compatible
with LT1615.

Features

Wide input voltage range: 
2.5V to 5.5V 

Adjustable output 
voltage up to 28V 

Low shutdown current 

85% efficiency 

PWM and analog control input 

Small surface mount packages 

Applications

PDAs 

Cellular phones 

Digital cameras 

Portable internet appliances 

Notebook and 
palmtop computers

LCD and OLED bias

Application circuit

OLED and LCD bias generator

Connection diagrams

(1) Limited only by voltage rating of external bipolar or MOSFET transistor (VCEO/BvDSS)

Low power DC-DC boost converters

ZHCS350

ON

OFF

C1

L1

R1

R2

C2

PWM

V

IN

 (nominal 3V)

V

OUT

0V

V

IN

LX

FB

EN

GND

ZXLD1615

Part
number

Input voltage

range

V

IN

Output

voltage

range (1)

V

Shutdown

current

Max.

µA 

Quiescent

current

µA

Efficiency

%

Switching

frequency

kHz

Package

ZXLD1601

2.5 - 5.5

V

IN

to 28

0.1

60

85

1000

SC70-6

ZXLD1615

2.5 - 5.5

V

IN

to 28

0.1

60

85

1000

TSOT23-5

LX 

GND 

F

B 

V

IN 

V

SENSE 

EN 

Top view

SC70-6

LX

GND

FB

V

IN

EN

Top view

TSOT23-5

*Indicative relative size

*

 

 

   

 

  

  

  

 

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70

The ZXSC100/410/420 are voltage
mode inductive boost controllers
aimed at providing power rails from
battery supplies. The ZXSC410/420
provide any regulated voltage above
V

IN

from dual cell and Li-Ion cells

with a typical line regulation of 1%.
The ZXSC420 option provides an
‘end of regulation’ flag which
uses all available battery energy
before signalling a shutdown. 
The ZXSC100 caters for single
cell operation with a guaranteed
start up under full load conditions
down to 1V. All products feature
a programmable peak current to
optimize efficiency and supply
requirements. Maximum output
voltages are limited only by 
the rating of the external
switching device. 

The ZXSC440, although intended
for camera flash applications,
combines the shutdown and end
of regulation features of the
ZXSC410 and ZXSC420
respectively.

Features

Typical 1% load and line 
regulation - ZXSC410/420

4.5µA typical shutdown 
current - ZXSC410/440

End of regulation flag 
- ZXSC420/440

Single cell operation
- ZXSC100 

Programmable peak 
switch current

Applications

System supplies from 
dual cell and Li-Ion cells 
- ZXSC410/420

LCD bias voltage supplies 
- ZXSC410/420

System supplies from 
single alkaline, NiCad 
or NiMH cells - ZXSC100

System supplies 
from solar cells - ZXSC100

Camera flash - ZXSC440

Single and multi-cell system power boost controllers

Part number

Input voltage

range

V

Output voltage

range (1)

V

Shutdown

current

µA 

Typical Quiescent

current

µA

Efficiency

%

Package

ZXSC100

0.93 - 3.5

V

IN

to V

M

-

150

82

SO8

ZXSC410

1.8 - 8.0

V

IN

to V

M

4.5

150

85

SOT23-6

A

ZXSC420

1.8 - 8.0

V

IN

to V

M

-

150

85

SOT23-6

b

ZXSC440

1.8 - 8.0

V

IN

to V

M

4.5

150

85

MSOP8

Application circuit

ZXSC410 two cell boost converter

Application notes

• AN33 ZXSC100 single cell
DC-DC converter LED driving
applications

• AN34 ZXSC100 power
supply for digital still cameras

(1) VM - limited only by voltage rating of external bipolar or MOSFET transistor (VCEO/BVDSS)

Q1

ZXTN25040

ZHCS1000

D1

R3

R2

R1

L1

U1

ZXSC410

3.3V

C2

C1

V

CC

STDN

GND

V

FB

I

SENSE

V

DRIVE

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

DC-DC boost

converters

7.0

71

Connection diagrams

Transistor and Schottky diode combinations

V

CC

GND

SHDN

DRIVE

Top view

V

FB

SENSE

SOT23-6

A

V

CC

GND

EOR

DRIVE

V

FB

SENSE

Top view

SOT23-6

B

EM

BAS

RE

V

CC

V

DRIVE

GND

FB

I

SENSE

Top view

SO8

K2 K2 C1 C1

A2 N/C E1 B1

Diode

1

2

3

4

8

7

6

5

NPN /

PNP

DFN832

+

–

BD

Partmark as example only

for orientation

SOD323

Drive 

V

FB 

Sense 

N/C 

V

CC 

GND 
Ready 
Charge 

Top view 

MSOP8

Device

Specification

Part number

Package

V

CEO

/BV

DSS

/VR

V

I

C

/I

D

/I

F

A

Switch devices

NPN bipolar

15

6

ZXTN23015DFH

SOT23

15

5

ZXTN25015DFH

SOT23

20

4.5

ZXTN25020DFH

SOT23

40

4

ZXTN25040DFH

SOT23

50

3.5

ZXTN25050DFH

SOT23

Rectifier diodes

Schottky

diodes

30

I

PK

<0.2

BAT 54

SOT23

40

I

PK

<0.4

ZHCS400

SOD323

40

I

PK

<0.5

ZHCS500

SOT23

40

I

PK

<1.0

ZHCS1000

SOT23

Combination 
devices

NPN bipolar

+ Schottky diode

20

4.5

ZX3CDBS1M832 DFN832

40

1.85

Zetex DC-DC boost controller ICs are supported by a complementary range of discrete components.

GND

OUT

IN

Top view

SOT23

*Indicative relative size

*

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

72

Section 8.0

Special functions

Through its expertise in analog
chip design Zetex has been able
to complement its power
management ICs with a unique
series of special function ICs
that solve some quite specific
technical challenges for a wide
range of applications.

Supply voltage monitors 
(uP generators)

73

Siren Driver 

74

Temperature sensor 

74

Magneto-resistive sensors

75

Contents

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Special

functions

8.0

73

These devices are three terminal
voltage monitoring circuits used
in microprocessor systems.
They provide a 'power on reset'
function and produce a system
reset 'low' on power fail. 
A selection of reset thresholds
are available. All devices are
designed to operate over the
temperature range -40 to 85°C.

Features

Automatic reset generation

Guaranteed operation 
from 1 volt

High output current

Applications

Microprocessor systems

Computers and computer 
peripherals

Automotive electronics

Connection diagram

Supply voltage monitors (microprocessor reset generators)

Part number

V

CC

V

Threshold

voltage

V

Hysteresis 

mV 

Max. output

sink current

mA

Input

voltage

range

V

Max.

quiescent

current

µA

Package

ZSM300

3

2.63

20

60

1 to 6.5

190

SOT223

ZM33164-3

3

2.68

60

60

1 to 10

190

SOT223

ZSM560

5

4.6

20

60

1 to 6.5

200

SOT223

V

CC

GND

Top view

Out

GND

SOT223

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

74

The ZSD100 is a swept
frequency alarm signal generator
for static and automotive
security alarm systems.
Including an audio frequency
signal generator, low frequency
sweep generator, disable
circuitry and output driver
stages, it provides all the
functions needed to produce a
standard siren signal.

Features

Wide supply voltage range

Low current requirement

Needs few external components

Supports single-ended or 
push-pull output stages

User selected audio and 
sweep frequencies

Connection diagram

Siren driver

Temperature sensor

Part number

Supply

Voltage

range

V

Supply current

Output
current

source/sink

mA

Low frequency 

oscillator range

Oscillator output

frequency range

Package

Operating

mA

Standby

µA

Min.

Hz

Max.

Hz

Min.

Hz

Max.

Hz

ZSD100

4 to 18

4

1

5/0.5

0.1

10

100

10000

SO8

R

T

SAW

GND

C

MOD

V

CC

Q

C

OUT

Q

Top view

SO8

The ZNI1000 is a thin film 
Ni Resistance Temperature
Detector (RTD). Its high
temperature coefficient
produces higher signal outputs
than other RTDs, resulting in
greater accuracy for smaller
temperature changes.

The very small SOT23 package
results in fast response time and

allows the temperature
measurement in different 
space-saving applications 
eg: on PCBs near heat 
generating devices.

Features

Resistance at 0°C: 1000

Ω

-55 to 150°C 
temperature range

DIN 43760 specification

SOT23 package

Applications

Circuit protection

Temperature compensation

Temperature measurement

Automotive climate control

Connection diagram

Part
number

Continuous

current

mA

Resistance  

T= 0°C |<1mA

Ω

Resistance  

T= 100°C |<1mA

Ω

Tolerances 

class B

-55°C to 0°C 

Tolerances 

class B

0°C to 150°C 

Package

ZNI1000

4

1000

1618

+/-(0.4+0.028*|T|) +/-(0.4+0.007*|T|) SOT23

3

1

2

Top view

SOT23

74

Pin 1 -  Ni1000
Pin 2 -  Ni1000
Pin 3 -  Need a good 

thermal contact 
for a short 
reponse time

Application notes

AN38 - Basic introduction to

the use of the ZNI1000 nickel

temperature sensor

*Indicative relative size

*

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Special

functions

8.0

75

These extremely sensitive
magnetic sensor chips can be
used to detect the presence of
magnetic parts. Available with
single or dual sensors and with or
without an internal magnet, the
sensors suit a range of linear
position measurement
applications.

Features

Output proportional to 
magnetic field

Sensitivity adjustment

Hysteresis suppression

ZMY20M and ZMZ20M 
with internal magnet

Applications

Position sensing for 
process control

Scalar measurement 
for compassing

Fluid metering

Measurement of current in a 
conductor without connection

Connection diagram

Magneto-resistive sensors (linear position)

Magneto-resistive sensors (angular position)

Part number

Supply

voltage max

V

Output

voltage

mV/V

Bridge 

resistance

k

Ω

Sensitivity

mV/V

kA/M

Max. offset

voltage 

mV/V

Internal
magnet

Package

ZMY20M

12

18

1.7

5.5

± 1.5

Yes

SOT223S

ZMZ20M

12

18

1.7

5.0

± 1.5

Yes

E-line 4-pin

+V

B

-V

O

+V

O

-V

B

Top view

SOT223S

-V

B

Underside view

+V

O

+V

B

-V

O

E-Line 4-pin

Incorporating a pair of sensors
mounted at 45° to each other,
the ZMT31 magnetic sensor
enables non-contact detection 
of angular position and rotation

Features

Measures magnetic field 
H

ROT

(> 50kA/m)

Magnetic field H

ROT

parallel 

to the chip surface causes a 
sinusoidal output signal

SM8 package

-40 to 150°C ambient 
temperature range

Applications

Automotive (pedal position etc.)

Contactless angular 
measurement

Contactless potentiometers

Contactless revolution 
counting

Connection diagram

-V

O

1

-V

O

2

+V

B

1

+V

B

2

-V

B

1

-V

B

2

+V

O

1

+V

O

2

Top view

SM8

75

Part number

Supply

voltage

V

Sensor chip

alignment

error

Typical bridge 

resistance

k

Ω

Sensitivity

(1)

S

α

Max. offset

voltage

(1) 

mV/V

Half bridge

symmetry

(1)

Package

ZMT32

5

<2°

3.0

>±0.2

±2

<±2.0

SM8

(1)

Bridge 1: 

α

=0°, bridge2: 

α

=45°

E-line devices

The E-Line devices are normally
available as loose product in a
box (500 piece quantity).

*Indicative relative size

*

*Indicative relative size

*

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

76

0 61

0 024

6 73

0 265

5 46

0 215

0 584

0 023

2 39

0 094

0 89

0 035

1 14

0 045

2 29

0 090

1 016
0 040

1 52

0 060

1 65

0 065

6 22

0 245

10 41
0 410

mm

inches

Direction of unreel

16mm tape width

Part no. suffixed TC = 2.5k devices per 13" reel

DPAK

4 77

0 188

2 41

0 095

13 97

0 550

0 495

0 0195

1 27

0 050

4 01

0 158

mm

inches

Flat Face

Rounded Face

Option B

Option A

Direction of unreel

Part no. suffixed STOA = 2k devices on reel

Part no. suffixed STZ = 2k devices folded per box

E-Line

1 00

0 0393

0 75

0 0295

0 25

0 009

8

0 2

8

0 0110

2 00

0 07

8

7

0 65

0 0255

0 125
0 005

0 30

0 011

8

1 42

0 0559

0 6

8

0 0267

0 45

0 0177

0 99

0 039

2 00

0 07

8

7

mm

i

n

ches

Direction of unreel 

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

Part no. suffixed TC = 10k devices per 13" reel

0 125

0 0049

0 34

0 0134

3 00

0 118

0 05
0 002

0 63

0 0248

1 00

0 0394

2 00

0 0787

0 65

pitch

0 0256

0 30

0 0118

mm

inches

1 02

exposed

pad

0 0402

Direction of unreel

Pin 1

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

Part no. suffixed TC = 10k devices per 13" reel

DFN832

Section 9.0

Package information

DFN322

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Package

information

9.0

77

mm

i

n

ches

0 65

0 025

0 23

0 009

4 90

0 193

3 10

0 122

3 10

0 122

0 40

0 0157

0 15

0 006

1 10

0 0433

0 95

0 0374

MSOP8

Direction of unreel

Pin 1

12mm tape width

Part no. suffixed TA = 1k devices per 7" reel

Part no. suffixed TC = 4k devices per 13" reel

8°

2.10

0.0826

1.25

0.0492

2.00

0.0787

0 65

0 0255

1 10

0 0433

1 00

0 0039

0 25

0 0098

0 10

0 0039

0 46

0 018

1 30

0 0511

0 30

0 0118

0 65

0 0255

mm

inches

SC70-5/6

Direction of unreel 

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

Part no. suffixed TC = 10k devices per 13" reel

Note: SC70-6 has an additional centre pin. 
The dimensions are the same as others in the diagram.

3 70

0 145

7 30

0 287

0 10

0 004

1 70

0 067

6 70

0 264

1 53

0 060

0 70

0 027

0 90

0 035

0 32

45°

15°

10°

0 009

mm

inches

SM8

Direction of unreel 

Pin 1

12mm tape width

Part no. suffixed TA = 1k devices per 7" reel

Part no. suffixed TC = 4k devices per 13" reel

2 7

1 800

0 46 

0 4 

1 45

1 15

0 1 

0 2 

Dimensions in millimeters 

SOD323

Direction of unreel

Cathode

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

Part no. suffixed TC = 10k devices per 13" reel

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

78

5 00

0 197

1 27

8°

0 050

0 25

0 010

1 75

0 069

0 25

0 010

1 27

0 050

0 51

0 020

6 20

0 244

4 00

0 157

mm

inches

Direction of unreel 

Pin1

12mm tape width

Part no. suffixed TA = 500 devices per 7" reel

Part no. suffixed TC = 2.5k devices per 13" reel

SO8

6 70

3 10

3 70

7 30

Dimensions in millimeters

1 65

1 80

2 30

0 84

Direction of unreel

12mm tape width

Part no. suffixed TA = 1k devices per 7" reel

Part no. suffixed TC = 4k devices per 13" reel

SOT223

mm

inches

2 64

0 104

1 40

0 055

0 10

0 004

0 12

0 008

0 62

0 024

1 12

0 044

3 04

0 120

1 90 NOM

0 075 NOM

0 50

0 020

Direction of unreel

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

Part no. suffixed TC = 10k devices per 13" reel

Part no. suffixed TD = 500 devices per 7" reel

SOT23

1 70

0 0669

0 90

Cathode
Mark

0 0354

0 30

0 0118

0 23

0 0090

0 22

0 0086

0 40

0 0157

1 30

10°

0 0511

0 80

0 0314

0 10

0 0039

mm

inches

SOD523

Direction of unreel

Cathode

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

Part no. suffixed TC = 10k devices per 13" reel

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Package

information

9.0

79

mm

inches

3 00 

0 1181 

0 50

0 0161

0 20

0 0079

0 45

0 016 

1 00 

0 039 

2 50

0 0984

2 00

0 787

0 067 

0 20 

0 008 

0 68 

0 027 

1 70

Direction of unreel

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

Part no. suffixed TC = 10k devices per 13" reel

0 50

0 0196

0 95

0 0374

0 60

0 0236

0 26

0 0102

0 015

0 0059

mm

inches

1 30

0 0570

1 45

0 0511

30

o

3.20

0.1181

1.80

0.0708

1.90

0.0784

3.10

0.1220

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

SOT23-5

SOT23F

3 10

0 1220

1 30

0 0511

1 45

0 0570

0 15

0 0059

3 20 

30° 

0 1181 

0 50

0 019

0 95

0 037

1 80 

0 0708 

0 26 

0 0102 

mm

inches

1 90

0 074

Pin 1 

SOT23-6

Direction of unreel

Pin 1

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

Part no. suffixed TC = 10k devices per 13" reel

Direction of unreel

0 40

0 0158

0 30

0 0118

0 65

0 0256

0 40

0 0158

0 425

0 0167

1 35

0 0532

0 26

0 0102

2 40

0 0945

1 30

0 0512

2 20

0 0866 

0 10

0 0039

1 10

0 0394

mm

inches

SOT323

Direction of unreel

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

Part no. suffixed TC = 10k devices per 13" reel

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

80

10 66 

0 419 

16 51 
0 650 

3 42 

0 134 

6 35 

0 250 

6 85 

0 270 

4 08 

0 160 

5 33 

0 210 

2 92 

0 115 

0 50 

0 020 

1 01 

0 040 

2 79 

0 110 

1 77 

0 070 

mm 

inches 

4 82 

0 189 

1 39 

0 055 

14 73 

0 580 

TO220

Delivered in tubes - 50 units per tube

0 45

0 0177

0 95

0 0374

0 25

0 010

0 50

0 0196

0 20

0 0078

0 10

0 0039

0 90

0 0354

1 00

0 0393

12

o

2.80

0.110

1.60

0.062

1.90

0.0784

2.90

0.114

mm

inches

TSOT23-5

8mm tape width

Part no. suffixed TA = 3k devices per 7" reel

3.00

0.1181

3.00

0.1181

0.05

0.002

0.80

0.0315

1.10

0.0433

2.10

0.0827

0.20

0.0079

0 45

0 0177

0 95

0 0374

0 50

0 0197

0 20

0 0079

1 05

0 0413

0 55

0 0216

0 95

0 0374

mm

inches

TDFN533

12mm tape width

Part no. suffixed TC = 3k devices per 7" reel

Direction of unreel 

SOT89

Direction of unreel

12mm tape width

Part no. suffixed TA = 1k devices per 7" reel

Part no. suffixed TC = 4k devices per 13" reel

1 83

0 072

4 60

0 181

1 60

0 063

0 44

0 017

0 48

0 019

2 60

0 102

4 25

0 167

mm

inches

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Package

information

9.0

81

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

82

DFN322

100

1k

10

0

20

40

60

80

1

100m

10m

1m

100µ

Thermal Resistance (°C/W)

Pulse Width (s)

D=0.1

D=0.05

D=0.2

D=0.5

Single Pulse

T     =25°C
1oz Cu
10sqcm

amb

125

100

75

50

25

0

0.0

0.5

1.0

1.5

2.0

2.5

3.0

3.5

2oz Cu
65sqcm

T      =25°C

amb

1oz Cu
10sqcm

P - Power Dissipation (W)

D

T

amb

 - Ambient Temperature (°C)

ᒕ

j-a=83°C/W maximum.

Mounted on an FR4 pcb with 32mm x 32mm coverage of single sided 1oz weight copper in still air conditions.

1.5W devices

Derating curves

E-Line

Single Pulse

0

50

100

150

Pulse Width (s)

t

1

D=t

1

/t

P

t

P

D.C.

Thermal Resistance (

C/W)

1m

10m

100m

1

10

100

D=0.05

D=0.1

D=0.2

D=0.6

9145

100µ

120

160

200

40

8

0

0

-40

1.0

2.0

3.0

4.0

Ambie

n

t temperature

Case temperature

P - Power Dissipation (W)

D

T  - Am

b

ient Temperature (˚C)

A

ᒕ

j-a=150°C/W maximum.

Through hole mounted on an FR4 pcb with a 25mm x 25mm coverage of single sided 1oz weight copper,

in still air conditions, leg length 4mm.

1.2W devices

Derating curves

DFN832

100

1k

10

0

20

40

60

80

1

100m

10m

1m

100µ

Thermal Resistance (°C/W)

Pulse Width (s)

D=0.1

D=0.05

D=0.2

D=0.5

Single Pulse

T     =25°C
1oz Cu
8sqcm
One die

amb

125

150

100

75

50

25

0.0

0.5

1.0

1.5

2.0

2.5

3.0

3.5

2oz Cu
85sqcm
Two die

2oz Cu
8sqcm
One die

1oz Cu
10sqcm
Two die

1oz Cu
10sqcm
One die

T      =25°C

amb

P - Power Dissipation (W)

D

T

amb

  - Ambient Temperature (°C)

ᒕ

j-a=83°C/W maximum.

Mounted on an FR4 pcb with 28mm x 28mm coverage of single sided 2oz weight copper in still air conditions.

Single die on 1.5W devices

Derating curve

Section 9.1

Thermal data

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Package

information

9.0

83

DPAK

100

1k

10

0

20

10

30

40

50

60

1

100m

10m

1m

100µ

Thermal Resistance (°C/W)

Pulse Width (s)

D=0.1

D=0.05

D=0.5

Single Pulse

D=0.2

T     =25°C

25mm x 25mm

1oz FR4

amb

100

1k

10

0

10

5

15

20

25

30

1

100m

10m

1m

100µ

Thermal Resistance (°C/W)

Pulse Width (s)

D=0.1

D=0.05

D=0.5

Single Pulse

D=0.2

T     =25°C

50mm x 50mm

2oz FR4

amb

120

100

160

140

60

20

40

80

0

0.0

0.5

1.0

1.5

2.0

2.5

3.0

3.5

4.0

P - Power Dissipation (W)

D

T      - Ambient Temperature (°C)

amb

50mm x 50mm

2oz FR4

50mm x 50mm

1oz FR4

25mm x 25mm

1oz FR4

2.1W devices

Derating curves

3.9W devices

ᒕ

j-a=59°C/W maximum.

Mounted on an FR4 pcb of 25mm x 25mm x 1.6mm with high coverage of single sided 1oz weight copper, in still air conditions.

ᒕ

j-a=32°C/W maximum.

Mounted on an FR4 pcb of 50mm x 50mm x 1.6mm with high coverage of single sided 2oz weight copper, in still air conditions.

MSOP8

100

1k

10

0

20

40

60

80

100

120

140

1

100m

10m

1m

100µ

Thermal Resistance ( 

C/W)

Pulse Width (s)

D=0.1

D=0.05

D=0.2

D=0.5

Single Pulse

100

120

140

160

80

60

40

20

0

0.0

0.2

0.4

0.6

0.8

1.0

P - Power Dissipation (W)

D

T

amb

  - Ambient Temperature (°C)

ᒕ

j-a=143°C/W maximum.

One active die. Mounted on 25mm x 25mm x 1.6mm FR4 pcb with high coverage of single sided 1oz weight copper, 
in still air conditions.

One active die 0.87W devices

Derating curve

 

 

   

 

  

  

  

 

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background image

84

SM8 dual

100

10

0

10

20

30

40

50

56

1

100m

10m

1m

100µ

Pulse Width (s)

D=0.2

D=0.1

D=0.05

D=0.5

D=1(D.C.)

t

1

D=t

1

t

p

t

p

Single Pulse

Single device on

Thermal Resistance (°C/W)

120 140 160

100

0

1.0

2.0

3.0

4.0

8

0

60

40

20

0

T  - Am

b

ient Temperature (˚C)

A

P  - Power Dissipation (W)

D

2.75W

2.25W

Derating curves

ᒕ

j-a=55.6°C/W maximum.

100

10

0

10

20

30

40

46

1

100m

10m

1m

100µ

Pulse Width (s)

D=0.2

D=0.1

D=0.05

D=0.5

D=1(D.C.)

t

1

D=t

1

t

p

t

p

Single Pulse

Both devices on

Thermal Resistance (°C/W)

Single die on 2.25W devices

Both die on equally, total power 2.75W

Mounted on a 50mm x 50mm x 1.6mm FR4 pcb
with a high coverage of single sided 2oz weight
copper, in still air conditions.

ᒕ

j-a=45.6°C/W maximum.

SOD323

100

10

0

100

200

300

400

1

100m

10m

1m

Pulse Width (s)

D=1

D=0.5

D=0.2

D=0.1

D=0.05

t

1

D=t

1

t

p

t

p

Single Pulse

Thermal Resistance (°C/W)

100µ

120

140

160

100

0

50

100

150

200

250

300

350

80

60

40

20

0

P - Power Dissipation (W)

D

T

amb

  - Ambient Temperature (°C)

330mW devices

Derating curve

ᒕ

j-a=380°C/W.

Mounted on 10mm x 8mm x 1.6mm FR4 pcb with high coverage of 1oz weight copper in still air conditions.

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Package

information

9.0

85

SOD523

100µ 1m  10m 

100m  1 

10  100  1k 

0 

50 

100 

150 

200 

250 

300 

350 

Single Pulse 

D=0.05 

D=0.1 

D=0.2 

D=0.5 

Thermal Resistance (°C/W) 

Pulse Width (s) 

0 20 40 60 80 

100 

120 

140 

160 

0.00 

0.05 

0.10 

0.15 

0.20 

0.25 

0.30 

0.35 

0.40 

T

amb

 - Ambient Temperature (°C) 

P - Power Dissipation (W) 

ᒕ

j-a=350°C/W.

Mounted on 25mm x 25mm x 1.6mm FR4 pcb with high coverage of 1oz weight copper, in still air conditions.

360mW devices

Derating curve

SO8 dual

100

10

0

10

20

30

40

50

60

70

80

90

100

110

1

1k

100m

10m

1m

100µ

Pulse Width (s)

D=0.2

D=0.1

D=0.05

D=0.5

T

amb

=25°C

One active die

Single Pulse

Thermal Resistance (°C/W)

100 

10 

0 

10 

20 

30 

40 

50 

60 

70 

1 1k 

100m 

10m 

1m 

100µ 

Pulse Width (s)

D=0.2 

D=0.1 

D=0.05 

D=0.5 

T

amb

=25°C 

Single Pulse 

Thermal Resistance (°C/W) 

ᒕ

j-a=100°C/W maximum.

Single die on 1.25W devices

Both die on equally, total power 1.75W

125

100

150

75

25

50

0

0.0

0.5

1.0

1.5

2.0

P - Power Dissipation (W)

D

T

am

b

  - Am

b

ient Temperature (˚C) 

Two active die

O

n

e active die

Mounted on 25mm x 25mm x 1.6mm FR4 pcb with full coverage of single sided 1oz weight copper, in still air conditions.

Derating curves

ᒕ

j-a=69°C/W maximum.

 

 

   

 

  

  

  

 

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86

SOT23-6

100

1k

10

0

20

40

60

80

100

120

1

100m

10m

1m

Pulse Width (s)

D=0.1

D=0.5

D=0.2

D=0.05

Single Pulse

Thermal Resistance ( 

C/W)

100µ

ᒕ

j-a=113°C/W maximum.

Mounted on 25mm x 25mm x 1.6mm FR4 pcb with high coverage of single sided 1oz copper, in still air conditions.

120

140

160

100

0.0

0.2

0.4

0.6

0.8

1.0

1.2

80

60

40

20

0

P - Power Dissipation (W)

D

T

amb

  - Ambient Temperature (°C)

1.1W devices

Derating curve

SOT223

100

1k

10

0

10

20

30

40

50

60

70

1

100m

10m

1m

100µ

Thermal Resistance (°C/W)

Pulse Width (s)

D=0.5

D=0.2

D=0.1

D=0.05

Single Pulse

T     =25°C

50mm x 50mm, 1oz

amb

100

1k

10

0

10

20

30

40 

1

100m

10m

1m

100µ

Thermal Resistance (°C/W)

Pulse Width (s)

D=0.5

D=0.2

D=0.1

D=0.05

Single Pulse

T     =25°C

50mm x 50mm, 2oz

amb

ᒕ

j-a=62.5°C/W maximum.

120

100

160

140

60

20

40

8

0

0

0.0

0.5

1.0

1.5

2.0

P - Power Dissipation (W)

D

T

am

b

  - Am

b

ient Temperature (˚C) 

2W devices

Derating curve

Mounted on 50mm x 50mm single sided 2oz weight copper, in still air conditions.

120

100

160

140

60

20

40

8

0

0

0.0

0.5

1.0

1.5

2.0

2.5

3.0

3.5

P - Power Dissipation (W)

D

T

am

b

  - Am

b

ient Temperature (˚C) 

3W devices

Derating curve

ᒕ

j-a=41.7°C/W maximum.

Mounted on an FR4 pcb with 50mm x 50mm of single sided 1oz weight copper, in still air conditions.

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Package

information

9.0

87

SOT23

100

1k

10

0

100

50

150

200

250

300

350

400

1

100m

10m

1m

100µ

Thermal Resistance (˚C/W)

Pulse Width (s)

D=0.05

D=0.5

D=0.2

D=0.1

Single Pulse

T     =25˚C

25mm x 25mm, 1oz

amb

100

1k

10

0

50

100

150

200

1

100m

10m

1m

100µ

Thermal Resistance (˚C/W)

Pulse Width (s)

D=0.5

D=0.2

D=0.1

D=0.05

Single Pulse

T     =25˚C

25mm x 25mm, 1oz

amb

120

100

160

140

60

20

40

8

0

0

0.0

0.1

0.2

0.3

0.4

P - Power Dissipation (W)

D

T

am

b

  - Am

b

ient Temperature (˚C) 

350mW devices

Derating curve

ᒕ

j-a=200°C/W maximum.

Mounted on a 25mm x 25mm x 1.6mm FR4 pcb with high coverage of single sided 1oz weight copper, in still air conditions.

120

100

160

140

60

20

40

8

0

0

0.0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

P - Power Dissipation (W)

D

T

am

b

  - Am

b

ient Temperature (˚C) 

625mW devices

Derating curve

100

1k

10

0

20

40

60

80

100

1

100m

10m

1m

100µ

Thermal Resistance (°C/W)

Pulse Width (s)

D=0.5

D=0.2

D=0.1

D=0.05

Single Pulse

T     =25°C

50mm x 50mm, 2oz

amb

ᒕ

j-a=100°C/W maximum.

Mounted on a 50mm x 50mm x 1.6mm FR4 pcb with high coverage of single sided 2oz weight copper, in still air conditions.

120

100

160

140

60

20

40

8

0

0

0.0

0.2

0.4

0.6

0.

8

1.0

1.2

1.4

P - Power Dissipation (W)

D

T

am

b

  - Am

b

ient Temperature (˚C) 

50mm x 50mm, 2oz 

15mm x 15mm, 1oz 

1.25W devices

Derating curves

ᒕ

j-a=350°C/W maximum.

Mounted on a 25mm x 25mm x 1.6mm FR4 pcb with high coverage of single sided 1oz weight copper, in still air conditions.

 

 

   

 

  

  

  

 

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88

SOT323

100

10

0 

50 

100 

150 

200 

250 

300 

350 

1

100m

10m

1m

100µ

Pulse Width (s) 

t

1 

D=t

1 

t

p 

t

p 

Single Pulse 

DC=0.05 

DC=0.1 

DC=0.2 

DC=0.5 

DC=1 

Thermal Resistance (°C/W) 

150

100

0

200m

400m

50

385mW

0

P - Power Dissipation (W)

D

T

amb

  - Ambient Temperature (°C)

ᒕ

j-a=325°C/W

Mounted on 10mm x 8mm x 1.6mm FR4 pcb with high coverage of 1oz weight copper in still air conditions.

385mW devices

Derating curve

SOT89

100

10

0

20

40

60

80

100

120

1

100m

10m

1m

100µ

Pulse Width (s)

D=0.1

D=0.5

D=1

D=0.2

D=0.05

t

1

D=t

1

t

P

Single Pulse

t

p

Thermal Resistance (°C/W)

120

140

160

100

0

0.2

0.4

0.6

0.8

1.0

1.2

80

60

40

20

0

P - Power Dissipation (W)

D

T

amb

  - Ambient Temperature (°C)

ᒕ

j-a=125°C/W maximum, 

ᒕ

j-tab=10°C/W typical.

Mounted on a 15mm x 15mm x 1.6mm FR4 pcb with a high coverage of single sided 1oz weight copper, in still air conditions.

1W devices

Derating curve

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Package

information

9.0

89

SOT23F

100

1k

10

0

80

70

60

50

40

30

20

10

1

100m

10m

1m

100µ

Thermal Resistance (

C/W)

Pulse Width (s)

D=0.5

D=0.2

D=0.1

D=0.05

Single Pulse

T     =25 C

See note (c)

amb

120

100

160

140

60

20

40

80

0

0.0

0.2

0.4

0.6

0.8

1.0

1.2

1.4

1.6

Max Power Dissipation (W)

Temperature (°C) 

see note (c)

see note (b)

see note (a)

(a) For a device surface mounted on 15mm x 15mm x 1.6mm FR4 PCB with high coverage of single sided 1oz copper,

in still air conditions.

(b) Mounted on 25mm x 25mm x 1.6mm FR4 PCB with a high coverage of single sided 2oz copper in still air conditions.

(c) Mounted on 50mm x 50mm x 1.6mm FR4 PCB with a high coverage of single sided 2oz copper in still air conditions.

Translent Thermal Impedance

Derating curve

 

 

   

 

  

  

  

 

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90

2N7002 ............................................45

B

Back-Off Diodes ..............................40

BAT1000 ..........................................38

BAT54 ..............................................38

BAT54A............................................38

BAT54C............................................38

BAT54S ............................................38

BAT750 ............................................38

BCV47..............................................28

BCV49..............................................28

BCW66H..........................................17

BCW68H..........................................19

BCX38C ...........................................28

BCX5316..........................................22

BCX5616..........................................21

BCX6825..........................................12

BCX6925..........................................15

BS107P............................................49

BS250F ............................................44

BS250P............................................44

BSP75G ...........................................47

BSP75N ...........................................47

BSR33..............................................22

BSR43..............................................21

BSS123............................................48

BSS123A .........................................48

BSS138............................................43

BSS84..............................................44

BST39 ..............................................26

BST52 ..............................................28

BYP53/54.........................................40

BYP57/58.........................................40

BYY53/54.........................................40

BYY57/58.........................................40

BYY57A/58A ....................................40

BZP61/62 .........................................40

BZP63/64 .........................................40

BZV61/62 .........................................40

BZV63/64 .........................................40

F

FCX1047A........................................10

FCX1051A........................................16

FCX1053A........................................20

FCX1147A........................................13

FCX1149A........................................15

FCX1151A........................................18

FCX458 ............................................26

FCX491 ............................................20

FCX491A..........................................16

FCX493 ............................................21

FCX495 ............................................24

FCX555 ............................................25

FCX558 ............................................27

FCX589 ............................................18

FCX591 ............................................22

FCX591A..........................................19

FCX593 ............................................23

FCX596 ............................................25

FCX605 ............................................28

FCX617 ............................................10

FCX619 ............................................17

FCX658A..........................................26

FCX688B..........................................10

FCX690B..........................................16

FCX705 ............................................28

FCX717 ............................................13

FCX718 ............................................14

FCX789A..........................................15

FCX790A..........................................19

FMMT38C .......................................28

FMMT413........................................28

FMMT415........................................28

FMMT417........................................28

FMMT449........................................16

FMMT451........................................20

FMMT455........................................24

FMMT458........................................26

FMMT459........................................26

FMMT489........................................16

FMMT491........................................20

FMMT491A .....................................16

FMMT493........................................21

FMMT493A .....................................20

FMMT494........................................24

FMMT495........................................24

FMMT497........................................26

FMMT549........................................18

FMMT549A .....................................18

FMMT551........................................22

FMMT555........................................25

FMMT558........................................27

FMMT560........................................27

FMMT589........................................18

FMMT591........................................22

FMMT591A .....................................19

FMMT593........................................23

FMMT596........................................25

FMMT597........................................27

FMMT614........................................28

FMMT617........................................10

FMMT618........................................11

FMMT619........................................17

FMMT620........................................21

FMMT624........................................24

FMMT625........................................24

FMMT634........................................28

FMMT6517......................................26

FMMT6520......................................27

FMMT717........................................13

FMMT718........................................15

FMMT720........................................19

FMMT722........................................22

FMMT723........................................23

FMMT734........................................28

FMMTA06........................................21

FMMTA13........................................28

FMMTA14........................................28

FMMTA42........................................26

FMMTA56........................................23

FMMTA92........................................27

FMMTL618......................................11

FMMTL619......................................17

FMMTL717......................................13

FMMTL718......................................15

FZT1047A ........................................10

FZT1048A ........................................10

FZT1049A ........................................12

FZT1051A ........................................16

FZT1053A ........................................20

FZT1147A ........................................13

FZT1149A ........................................15

FZT1151A ........................................18

FZT458.............................................26

FZT489.............................................16

Section 10.0

Alphanumeric index

 

 

   

 

  

  

  

 

Zetex Discrete and standard Products-html.html
background image

Alphanumeric

index

10.0

91

FZT491.............................................20

FZT491A ..........................................16

FZT493.............................................21

FZT549.............................................18

FZT558.............................................27

FZT560.............................................27

FZT589.............................................18

FZT591.............................................22

FZT591A ..........................................19

FZT593.............................................23

FZT600.............................................28

FZT600B ..........................................28

FZT603.............................................28

FZT605.............................................28

FZT649.............................................12

FZT651.............................................20

FZT653.............................................21

FZT655.............................................24

FZT657.............................................26

FZT658.............................................26

FZT688B ..........................................10

FZT689B ..........................................11

FZT690B ..........................................16

FZT692B ..........................................20

FZT694B ..........................................24

FZT696B ..........................................24

FZT705.............................................28

FZT717.............................................13

FZT749.............................................15

FZT751.............................................22

FZT753.............................................23

FZT755.............................................25

FZT757.............................................27

FZT758.............................................27

FZT788B ..........................................14

FZT789A ..........................................15

FZT790A ..........................................18

FZT792A ..........................................22

FZT795A ..........................................25

FZT796A ..........................................25

FZT849.............................................16

FZT851.............................................20

FZT853.............................................21

FZT855.............................................24

FZT857.............................................26

FZT869.............................................12

FZT948.............................................14

FZT949.............................................18

FZT951.............................................22

FZT953.............................................23

FZT955.............................................25

FZT956.............................................25

FZT957.............................................27

FZT958.............................................27

FZT968.............................................13

FZTA14 ............................................28

FZTA42 ............................................26

FZTA92 ............................................27

L

LM4040-2.5 .....................................61

LM4040-3.0 .....................................61

LM4040-5.0 .....................................61

LM4041 ...........................................61

R

Rectifier Stacks................................40

S

SXTA42 ............................................26

T

TLV431.............................................59

V

VN10LP............................................45

Z

ZC831B............................................40

ZC832B............................................40

ZC833B............................................40

ZC834B............................................40

ZC835B............................................40

ZC836B............................................40

ZC930 ..............................................39

ZC931 ..............................................39

ZC932 ..............................................39

ZC933 ..............................................39

ZC933A............................................39

ZC934 ..............................................39

ZC934A............................................39

ZDT1048 ..........................................30

ZDT1049 ..........................................30

ZDT1053 ..........................................30

ZDT6718 ..........................................30

ZDT6753 ..........................................29

ZDT6790 ..........................................29

ZDT694 ............................................30

ZDT749 ............................................30

ZDT751 ............................................30

ZDT795A..........................................30

ZHB6718..........................................29

ZHB6790..........................................29

ZHB6792..........................................29

ZHCS1000 .......................................38

ZHCS1006 .......................................38

ZHCS2000 .......................................38

ZHCS350 .........................................38

ZHCS400 .........................................38

ZHCS500 .........................................38

ZHCS506 .........................................38

ZHCS750 .........................................38

ZHCS756 .........................................38

ZHT431 ............................................59

ZLDO330 .........................................66

ZLDO500 .........................................66

ZLLS1000 ........................................38

ZLLS2000 ........................................38

ZLLS350 ..........................................38

ZLLS400 ..........................................38

ZLLS410 ..........................................38

ZLLS500 ..........................................38

ZMR250...........................................64

ZMR330...........................................64

ZMR500...........................................64

ZMT32 ............................................75

ZMV832B.........................................40

ZMV833B.........................................40

ZMV930 ...........................................39

ZMV931 ...........................................39

ZMV932 ...........................................39

ZMV933 ...........................................39

ZMV933A.........................................39

ZMV934 ...........................................39

ZMV934A.........................................39

ZMY20M .........................................75

ZMZ20M .........................................75

ZNI1000 ..........................................74

ZR285-2.5 ........................................61

ZR4040-2.5 ......................................61

ZR4040-4.1 ......................................61

ZR4040-5 .........................................61

ZR431 ..............................................59

ZR431L ............................................59

ZRB500............................................60

ZRC250............................................60

ZRC330............................................60

ZRC400............................................60

ZRC500............................................60

ZSD100............................................74

ZSM300 ...........................................73

ZSM560 ...........................................73

ZSR300 ............................................65

ZSR330 ............................................65

ZSR500 ............................................65

ZSR1000 ..........................................65

ZTL431.............................................59

ZTL432.............................................59

ZTX1048A ........................................10

ZTX1049A ........................................12

ZTX1051A ........................................16

ZTX1053A ........................................20

ZTX1147A ........................................13

ZTX1149A ........................................15

ZTX415 ............................................28

ZTX449 ............................................16

ZTX450 ............................................17

ZTX451 ............................................20

 

 

   

 

  

  

  

 

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92

ZTX453 ............................................21

ZTX455 ............................................24

ZTX457 ............................................26

ZTX458 ............................................26

ZTX549 ............................................18

ZTX550 ............................................19

ZTX551 ............................................22

ZTX553 ............................................23

ZTX558 ............................................27

ZTX560 ............................................27

ZTX601 ............................................28

ZTX601B ..........................................28

ZTX603 ............................................28

ZTX605 ............................................28

ZTX614 ............................................28

ZTX618 ............................................11

ZTX649 ............................................12

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Zetex Discrete and standard Products-html.html
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Discrete and standard

IC product guide

Version 

5.0

Version 

5.0

Discrete and standard IC product guide

Europe

Zetex GmbH

Kustermann-Park
Balanstraße 59
D-81541 München
Germany
Tel: (49) 89 45 49 49 0
Fax: (49) 89 45 49 49 49
Email: europe.sales@zetex.com

Americas

Zetex Inc

700 Veterans Memorial Highway
Hauppauge, NY 11788
USA
Tel: (1) 631 360 2222
Fax: (1) 631 360 8222
Email: usa.sales@zetex.com

Asia Pacific

Zetex (Asia) Ltd

3701-04 Metroplaza Tower 1
Hing Fong Road, Kwai Fong
Hong Kong
Tel: (852) 2610 0611
Fax: (852) 2425 0494
Email: asia.sales@zetex.com

Corporate Headquarters

Zetex Semiconductors plc

Zetex Technology Park
Chadderton
Oldham, OL9 9LL
United Kingdom
Tel: (44) 161 622 4444
Fax: (44) 161 622 4446
Email: hq@zetex.com
www.zetex.com

For international sales offices 
visit www.zetex.com/offices
Zetex products are distributed 
worldwide. For details see 
www.zetex.com/salesnetwork

SCSELPK5

About Zetex

Zetex Semiconductors designs and
manufactures high performance semiconductor
solutions for analog signal processing and the
management of power in automotive,
communications, consumer and industrial
electronics. 

Meeting the demand for greater power
economy, precision and speed in analog circuit
design, the broad Zetex product range comprises
Smart application specific linear ICs and discrete
semiconductor devices in multiple package
configurations.

Emphasizing its ongoing commitment to quality,
the standard IC products are supported by an
ISO/TS16949:2002 quality management system
that drives quality of both product and service
from design through to manufacture. This high
class of quality is further supplemented with
product reliability that meets the requirements 
of the AECQ standards.

A keen advocate of reduction in environmental
impact, Zetex parts meet all current legislation
with improvements driven by conformance with
the ISO14001 environmental standard.

For more comprehensive product details and up
to the minute information on the complete range
of discrete devices visit www.zetex.com.

Zetex Semiconductors is committed to protecting the

environment and compliance with all relevant national and

international legislation. Zetex products are fully compliant

with the European Union’s RoHS directive (2002/95/EC).

For further information visit www.zetex.com/leadfree.

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