SMB160C Datasheet PDF - Lite-On Technology

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SEMICONDUCTOR

SMB SERIES

SURFACE MOUNT

UNIDIRECTIONAL AND BIDIRECTIONAL

TRANSIENT VOLTAGE SUPPRESSORS

STAND-OFF VOLTAGE - 6.8 to 200 Volts

POWER DISSIPATION - 600 WATTS

FEATURES

Rating to 200V VBR

For surface mounted applications

Reliable low cost construction utilizing molded plastic

technique

Plastic material has UL flammability classification

94V-O

Typical IR less than 1uA above 10V

Fast response time: typically less than 1.0ps for

Uni-direction,less than 5.0ns for Bi-direction,form 0

Volts to BV min

MECHANICAL DATA

Case : Molded plastic

Polarity : by cathode band denotes uni-directional

device none cathode band denotes bi-directional device

Weight : 0.003 ounces, 0.093 gram

SMB

DIM. MIN. MAX.

A 4.06 4.57

B 3.30 3.94

B C C 1.96 2.21

D 0.15 0.31

E 5.21 5.59

H FD

F 0.05 0.20

G 2.01 2.62

H 0.76 1.52

All Dimensions in millimeter

MAXIMUM RATINGS AND ELECTRICAL CHARACTERISTICS

Ratings at 25 C ambient temperature unless otherwise specified.

Single phase, half wave, 60Hz, resistive or inductive load.

For capacitive load, derate current by 20%

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CHARACTERISTICS

SYMBOLS

VALUE

PEAK POWER DISSIPATION AT TA = 25 C,

TP = 1ms (Note 1,2)

Peak Forward Surge Current 8.3ms

single half sine-wave super imposed

on rated load (Note 3)

(JEDEC METHOD)

PPK

IFSM

Steady State Power Dissipation at TL =75 C

PM(AV)

Minimum 600

100

5.0

Maximum Instantaneous forward voltage

at 50A for unidirectional devices only (Note 3)

SEE NOTE 4

Operating Temperature Range

-55 to +150

UNIT

W ATTS

AMPS.

W AT TS

Volts

Storage Temperature Range

TSTG

-55 to +175

NOTES : 1. Non-repetitive current pulse, per fig. 3 and derated above TA= 25 C per fig.1.

2. Thermal Resistance junction to Lead

3. 8.3ms single half-sine wave duty cycle= 4 pulses maximum per minute (unidirectional units only).

4. VF= 3.5V on SMB6.8 thru SMB90A devices and VF= 5.0V on SMB100 thru SMB200A devices.

REV. 1, 24-May-2000

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RATING AND CHARACTERISTIC CURVES

SMB SERIES

LITE ON

FIG.1 - PULSE DERATING CURVE

100

10 X 1000 WAVEFORM AS

DEFINED BY R.E.A.

0 25 50 75 100 125 150 175 200

AMBIENT TEMPERATURE, C

FIG.2 - MAXIMUM NON-REPETITIVE SURGE CURRENT

120

100

Pulse Width 8.3ms

Single Half-Sine-Wave

(JEDEC METHOD)

5 10

NUMBER OF CYCLES AT 60Hz

100

FIG.3 - PULSE WAVEFORM

TR=10us

100 Peak value (IRSM)

Half value=

IRSM

TJ=25 C

Pulse width (TP) is defined

as that point where the

peak current decays to

50% of IRSM

10 x 1000 waveform as

defined by R.E.A.

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1.0

2.0

T, TIME ( ms )

3.0

4.0

10000

1000

FIG.4 - TYPICAL JUNCTION CAPACITANCE

Bi-directional

Uni-directional

TJ = 25 C

100

1 10 100 1000

STAND-OFF VOLTAGE, VOLTS

FIG.5 - PULSE RATING CURVE

100

TA=150 C

NON-REPETITIVE

PULSE WAVEFORM

10 SHOWN IN FIG 3.

FIG.6 - STEADY STATE POWER DERATING CURVE

5.0

4.0

3.0

1.0

5.0mm LEAD AREAS

0.1

0.1us

1.0us

10us

100us

TP, PULSE WIDTH

1.0ms

10ms

2.0

1.0

0.0

60Hz RESISTIVE OR

INDUCTIVE LOAD

25 50

75 100 125 150 175 200

TL, LEAD TEMPERATURE

REV. 1, 24-May-2000

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LITE ON POWER

SEMICONDUCTOR

Device

Uni-

directional

Device

Bi-

directional

Device

Marking code

Breakdowm voltage

VBR Volts

Working

PeakReverse

Voltage

(UNI) (BI) Min. Max. @IT( mA) VRWM(Volts)

SMB6.8

SMB6.8C

SMB6.8A SMB6.8CA

SMB7.5

SMB7.5C

SMB7.5A SMB7.5CA

SMB8.2

SMB8.2C

SMB8.2A SMB8.2CA

SMB9.1

SMB9.1C

SMB9.1A SMB9.1CA

SMB10

SMB10C

SMB10A

SMB10CA

SMB11

SMB11C

SMB11A

SMB11CA

SMB12

SMB12C

SMB12A

SMB12CA

SMB13

SMB13C

SMB13A

SMB13CA

SMB15

SMB15C

SMB15A

SMB15CA

SMB16

SMB16C

SMB16A

SMB16CA

SMB18

SMB18C

SMB18A

SMB18CA

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SMB20

SMB20C

SMB20A

SMB20CA

SMB22

SMB22C

SMB22A

SMB22CA

SMB24

SMB24C

SMB24A

SMB24CA

SMB27

SMB27C

SMB27A

SMB27CA

SMB30

SMB30C

SMB30A

SMB30CA

SMB33

SMB33C

SMB33A

SMB33CA

SMB36

SMB36C

SMB36A

SMB36CA

SMB39

SMB39C

SMB39A

SMB39CA

SMB43

SMB43C

SMB43A

SMB43CA

KDK KDM 6.12 7.48

KEK KEM 6.45 7.14

KFK KFM 6.75 8.25

KGK KGM 7.13 7.88

KHK KHM 7.38 9.02

KKK KKM 7.79 8.61

KLK KLM 8.19 10.0

KMK KMM 8.65 9.55

KNK KNM 9.00 11.0

KPK KPM 9.50 10.5

KQK KQM 9.90 12.1

KRK KRM 10.5 11.6

KSK KSM 10.8 13.2

KTK KTM 11.4 12.6

KUK KUM 11.7 14.3

KVK KVM 12.4 13.7

KWK KWM 13.5 16.3

KXK KXM 14.3 15.8

KYK KYM 14.4 17.6

KZK KZM 15.2 16.8

LDK LDM 16.2 19.8

LEK LEM 17.1 18.9

LFK LFM 18.0 22.0

LGK LGM 19.0 21.0

LHK LHM 19.8 24.2

LKK LKM 20.9 23.1

LLK LLM 21.6 26.4

LMK LMM 22.8 25.2

LNK LNM 24.3 29.7

LPK LPM 25.7 28.4

LQK LQM 27.0 33.0

LRK LRM 28.5 31.5

LSK LSM 29.7 36.3

LTK LTM 31.4 34.7

LUK LUM 32.4 39.6

LVK LVM 34.2 37.8

LWK LWM 35.1 42.9

LXK LXM 37.1 41.0

LYK LYM 38.7 47.3

LZK LZM 40.9 45.2

10.0

1.0

5.50

5.80

6.05

6.40

6.63

7.02

7.37

7.78

8.10

8.55

8.92

9.40

9.72

10.2

10.5

11.1

12.1

12.8

12.9

13.6

14.5

15.3

16.2

17.1

17.8

18.8

19.4

20.5

21.8

23.1

24.3

25.6

26.8

28.2

29.1

30.8

31.6

33.3

34.8

36.8

Maximum

Reverse

Leakage at

VRWM

IR (uA)

1000

500

200

50.0

20.0

5.0

Maximum

Reverse Surge

Current

IRSM(Amps)

Maximum

Reverse Voltage

at IRSM

(Clamping

Voltage)

VRSM(Volts)

55.6 10.8

57.1 10.5

51.3 11.7

53.1 11.3

48.0 12.5

49.6 12.1

44.0 13.8

44.8 13.4

40.0 15.0

41.4 14.5

37.0 16.2

38.5 15.6

34.7 17.3

35.9 16.7

31.6 19.0

33.0 18.2

27.3 22.0

28.3 21.2

25.5 23.5

26.7 22.5

22.6 26.5

23.5 25.5

20.6 29.1

21.7 27.7

18.8 31.9

19.6 30.6

17.3 34.7

18.1 33.2

15.3 39.1

16.0 37.5

13.8 43.5

14.4 41.4

12.6 47.7

13.2 45.7

11.6 52.0

12.0 49.9

10.6 56.4

11.2 53.9

9.6 61.9

10.1 59.3

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LITE ON

Device

Uni-

directional

Device

Bi-

directional

Device

Marking code

Breakdowm voltage

VBR Volts

Working

PeakReverse

Voltage

(UNI) (BI) Min. Max. @IT( mA) VRWM(Volts)

SMB47

SMB47C

MDK MDM 42.3 51.7

1.0

38.1

SMB47A

SMB47CA MEK MEM 44.7 49.4

1.0

40.2

SMB51

SMB45C

MFK MFM 45.9 56.1

1.0

41.3

SMB51A

SMB45CA MGK MGM 48.5 53.6

1.0

43.6

SMB56

SMB56C

MHK MHM 50.4 61.6

1.0

45.4

SMB56A

SMB56CA MKK MKM 53.2 58.8

1.0

47.8

SMB62

SMB62C

MLK MLM 55.8 68.2

1.0

50.2

SMB62A

SMB62CA MMK MMM 58.9 65.1

1.0

53.0

SMB68

SMB68C

MNK MNM 61.2 74.8

1.0

55.1

SMB68A

SMB68CA MPK MPM 64.6 71.4

1.0

58.1

SMB75

SMB75C

MQK MQM 67.5 82.5

1.0

60.7

SMB75A

SMB75CA MRK MRM 71.3 78.8

1.0

64.1

SMB82

SMB82C

MSK MSM 73.8 90.2

1.0

66.4

SMB82A

SMB82CA MTK MTM 77.8 86.0

1.0

70.1

SMB91

SMB91C

MUK MUM 81.9 100

1.0

73.7

SMB91A

SMB91CA MVK MVM 86.5 95.5

1.0

77.8

SMB100

SMB100C MWK MWM 90.0 110

1.0

81.0

SMB100A SMB100CA MXK MXM 95.0 105

1.0

85.5

SMB110

SMB110C MYK MYM 99.0 121

1.0

89.2

SMB110A SMB110CA MZK MZM 105 116

1.0

94.0

SMB120

SMB120C

NDK NDM 108 132

1.0

97.2

SMB120A SMB120CA NEK NEM 114 126

1.0

102

SMB130

SMB130C

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SMB130A SMB130CA

NFK NFM 117

NGK NGM 124

143

137

1.0

105

111

SMB150

SMB150C NHK NHM 135 165

1.0

121

SMB150A SMB150CA NKK NKM 143 158

1.0

128

SMB160

SMB160C

NLK NLM 144 176

1.0

130

SMB160A SMB160CA NMK NMM 152 168

1.0

136

SMB170

SMB170C

NNK NNM 153 187

1.0

138

SMB170A SMB170CA NPK NPM 162 179

1.0

145

SMB180

SMB180C

NQK NQM 162 198

1.0

146

SMB180A SMB180CA NRK NRM 171 189

1.0

154

SMB200

SMB200C

NSK NSM 180 220

1.0

162

SMB200A SMB200CA NTK NTM 190 210

1.0

171

NOTE :

1) Suffix 'A ' denotes 5% tolerance device,no suffix denotes 10 % tolerance device.

2) Add suffix 'C 'or ' CA ' after part number to specify Bi-directional devices.

3) For Bi-Directional devices having VR of 10 volts and under, the IR limit is double .

Maximum

Reverse

Leakage at

VRWM

IR (uA)

5.0

Maximum

Reverse Surge

Current

IRSM(Amps)

Maximum

Reverse Voltage

at IRSM

(Clamping

Voltage)

VRSM(Volts)

8.85 67.8

9.26 64.8

8.16 73.5

8.56 70.1

7.45 80.5

7.79 77.0

6.74 89.0

7.06 85.0

6.12 98.0

6.52 92.0

5.56 108

5.83 103

5.08 118

5.31 113

4.58 131

4.80 125

4.17 144

4.38 137

3.80 158

3.95 152

3.47 173

3.64 165

3.21 187

3.35 179

2.79 215

2.90 207

2.61 230

2.74 219

2.46 244

2.56 234

2.33 258

2.44 246

2.09 287

2.19 274

Lite-On Technology	Part Number	SMB160C
	Description	SURFACE MOUNT UNIDIRECTIONAL AND BIDIRECTIONAL TRANSIENT VOLTAGE SUPPRESSORS
	Page	4 Pages

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