SMCJ16A [VISHAY]

SURFACE MOUNT TRANSZORB⑩ TRANSIENT VOLTAGE SUPPRESSOR; 表面贴装的TransZorb ™瞬态电压抑制器


型号：	SMCJ16A
厂家：	VISHAY
描述：	SURFACE MOUNT TRANSZORB⑩ TRANSIENT VOLTAGE SUPPRESSOR 表面贴装的TransZorb ™瞬态电压抑制器二极管光电二极管局域网
文件：	总5页 (文件大小：107K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

SMCG AND SMCJ5.0 THRU 170CA

SURFACE MOUNT TRANSZORB™ TRANSIENT VOLTAGE SUPPRESSOR

Stand-off Voltage - 5.0 - 170 Volts

Peak Pulse Power - 1500 Watts

DO-214AB

MODIFIED J-BEND

FEATURES

♦ Plastic package has Underwriters

Laboratory Flammability Classification 94V-0

♦ For surface mounted applications in order to optimize

board space

0.126 (3.20)

0.114 (2.90)

0.245 (6.22)

0.220 (5.59)

♦ Low profile package

♦ Built-in strain relief

0.280 (7.11)

0.260 (6.60)

♦ Glass passivated junction

♦ Low inductance

0.012 (0.305)

0.006 (0.152)

♦ 1500W peak pulse power capability with a 10/1000µs

waveform, repetition rate (duty cycle): 0.01%

♦ Excellent clamping capability

0.103 (2.62)

0.079 (2.06)

0.060 (1.52)

0.030 (0.76)

♦ Fast response time: typically less than 1.0ps from 0 Volts

0.008 (0.203)

MAX.

to V

for uni-directional and 5.0ns for bi-directional types

(BR)

0.320 (8.13)

0.305 (7.75)

♦ For devices with V

than 1.0µA

♦ High temperature soldering guaranteed:

≥10V, I are typically less

(BR)

DO-215AB

GULL WING

250°C/10 seconds at terminals

0.245 (6.22)

0.130 (5.72)

0.125 (3.17)

0.115 (2.92)

MECHANICAL DATA

Case: JEDEC DO214AB / DO215AB molded plastic over

passivated junction

0.280 (7.11)

0.260 (6.60)

Terminals: Solder plated, solderable per MIL-STD-750,

Method 2026

Polarity: For unidirectional types the color band denotes the

cathode, which is postitive with respect to the anode under

normal TVS operation

0.008 (0.20)

0.004 (0.10)

0.095 (2.41)

0.075 (1.90)

0.016 (0.41)

0.006 (0.15)

0.058 (1.47)

0.038 (0.97)

0.032 (8.10)

0.024 (6.10)

0.020

(0.51)

MAX.

SEATING

PLANE

0.400 (10.16)

0.380 (9.64)

Mounting Position: Any

Weight: 0.007 ounces, 0.21 gram

Dimensions in inches and (millimeters)

DEVICES FOR BI-DIRECTIONAL APPLICATIONS

For bi-directional use add suffix C or CA for types SMC-5.0 thru SMC-170 (e.g. SMCG5.0C, SMCJ170CA).

Electrical characteristics apply in both directions.

MAXIMUM RATINGS AND ELECTRICAL CHARACTERISTICS

Ratings at 25°C ambient temperature unless otherwise specified.

SYMBOLS

P_PPM

VALUE

UNITS

Watts

Amps

Peak pulse power dissipation with a 10/1000µs waveform _{(NOTES 1, 2, FIG. 1)}

Peak pulse current with a 10/1000µs waveform _{(NOTE 1, FIG. 3)}

Minimum 1500

SEE TABLE 1

I_PPM

Peak forward surge current 8.3ms single half sine-wave superimposed

on rated load (JEDEC Method) _{(NOTES 2, 3)}- uni-directional only

I_FSM

200.0

Amps

Maximum instantaneous forward voltage at 100A _{(NOTE 3)}uni-directional only

Operating junction and storage temperature range

V_F

3.5

Volts

°C

T_J, T_STG

-55 to +150

NOTES:

(1) Non-repetitive current pulse, per Fig.3 and derated above T_A=25°C per Fig. 2

(2) Mounted on 0.31 x 0.31” (8.0 x 8.0mm) copper pads to each terminal

(3) Measured on 8.3ms single half sine-wave. For uni-directional devices only.

1/25/99

ELECTRICAL CHARACTERISTICS at (T =25°C unless otherwise noted) TABLE 1

Breakdown

Voltage

V_(BR)(Volts)

(NOTE 1)

(MIN / MAX)

Maximum

Peak Pulse

Surge

Device

Marking

Code

Reverse

Leakage

at V_WM

Maximum

Clamping

Voltage at I_PPM

V_C(Volts)

Device Type

Gull Wing

Lead

Device Type

Modified

“J” Bend Lead

Test

Current

at I_T(mA)

Stand-off

Voltage

V_WM(Volts)

Current I_PPM

UNI

_{(NOTE 3)}I_D(µA) _{(NOTE 2)}(Amps)

SMCG5.0

SMCG5.0A

SMCG6.0

SMCG6.0A

SMCG6.5

SMCG6.0A

SMCG7.0

SMCG7.0A

SMCG7.5

SMCG7.5A

SMCG8.0

SMCG8.0A

SMCG8.5

SMCG8.5A

SMCG9.0

SMCG9.0A

SMCG10

SMCG10A

SMCG11

SMCJ5.0

SMCJ6.0

SMCJ6.0A

SMCJ6.5

SMCJ6.5A

SMCJ7.0

SMCJ7.0A

SMCJ7.5

SMCJ7.5A

SMCJ8.0

SMCJ8.0A

SMCJ8.5

SMCJ8.5A

SMCJ9.0

SMCJ9.0A

SMCJ10

GDD

GDE

GDF

GDG

GDH

GDK

GDL

GDM

GDN

GDP

GDQ

GDR

GDS

GDT

GDU

GDV

GDW

GDX

GDY

GDZ

GED

GEE

GEF

GEG

GEH

GEK

GEL

GEM

GEN

GEP

GEQ

GER

GES

GET

GEU

GEV

GEW

GEX

GEY

GEZ

GFD

GFE

GFF

GFG

GFH

GFK

GFL

6.40 / 7.82

6.40 / 7.07

6.67 / 8.15

6.67 / 7.37

7.22 / 8.82

7.22 / 7.98

7.78 / 9.51

7.78 / 8.60

8.33 / 10.2

8.33 / 9.21

8.89 / 10.9

8.89 / 9.83

9.44 / 11.5

9.44 / 10.4

10.0 / 12.2

10.0 / 11.1

11.1 / 13.6

11.1 / 12.3

12.2 / 14.9

12.2 / 13.5

13.3 / 16.3

13.3 / 14.7

14.4 / 17.6

14.4 / 15.9

15.6 / 19.1

15.6 / 17.2

16.7 / 20.4

16.7 / 18.5

17.8 / 21.8

17.8 / 19.7

18.9 / 23.1

18.9 / 20.9

20.0 / 24.4

20.0 / 22.1

22.2 / 27.1

22.2 / 24.5

24.4 / 29.8

24,4 / 26.9

26.7 / 32.6

26.7 / 29.5

28.9 / 35.3

28.9 / 31.9

31.1 / 38.0

31.1 / 34.4

33.3 / 40.7

33.3 / 36.8

36.7 / 44.9

36.7 / 40.6

40.0 / 48.9

40.0 / 44.2

44.4 / 54.3

44.4 / 49.1

47.8 / 58.4

47.8 / 52.8

50.0 / 61.1

50.0 / 55.3

53.3 / 65.1

53.3 / 58.9

56.7 / 69.3

56.7 / 62.7

10.0

1.0

5.0

1000

500

200

100

156.3

163.0

131.6

145.6

122.0

133.9

112.8

125.0

104.9

116.3

100.0

110.3

94.3

104.2

88.8

97.4

79.8

88.2

74.6

82.4

68.2

75.4

63.0

69.8

58.1

64.7

55.8

61.5

52.1

57.7

49.2

54.3

46.6

51.4

41.9

46.3

38.1

42.3

34.9

38.6

32.2

35.6

30.0

33.0

28.0

31.0

25.4

28.1

23.3

25.8

21.0

23.3

19.6

21.6

18.7

20.6

17.5

19.4

16.5

18.2

9.6

GDD

GDE

GDF

GDG

BDH

BDK

GDL

GDM

BDN

BDP

BDG

BDR

BDS

BDT

BDU

BDV

BDW

BDX

GDY

GDZ

BED

BEE

GEF

GEG

BEH

BEK

BEL

BEM

GEN

GEP

GEQ

GER

BES

BET

BEU

BEV

BEW

BEX

BEY

BEZ

BFD

BFE

BFF

BFG

BFH

BFK

BFL

9.2

6.0

11.4

10.3

12.3

11.2

13.3

12.0

14.3

12.9

15.0

13.6

15.9

14.4

16.9

15.4

18.8

17.0

20.1

18.2

22.0

19.9

23.8

21.5

25.8

23.2

26.9

24.4

28.8

26.0

30.5

27.6

32.2

29.2

35.8

32.4

39.4

35.5

43.0

38.9

46.6

42.1

50.0

45.4

53.5

48.4

59.0

53.3

64.3

58.1

71.4

64.5

76.7

69.4

80.3

72.7

85.5

77.4

91.1

82.4

6.0

6.5

7.0

7.5

8.0

8.5

9.0

10.0

11.0

12.0

13.0

14.0

15.0

16.0

17.0

18.0

20.0

22.0

24.0

26.0

28.0

30.0

33.0

36.0

40.0

43.0

45.0

48.0

51.0

5.0

SMCJ10A

SMCJ11

SMCG11A

SMCG12

SMCG12A

SMCG13

SMCG13A

SMCG14

SMCG14A

SMCG15

SMCG15A

SMCG16

SMCG16A

SMCG17

SMCG17A

SMCG18

SMCG18A

SMCG20

SMCG20A

SMCG22

SMCG22A

SMCG24

SMCG24A

SMCG26

SMCG26A

SMCG28

SMCG28A

SMCG30

SMCG30A

SMCG33

SMCG33A

SMCG36

SMCG36A

SMCG40

SMCG40A

SMCG43

SMCG43A

SMCG45

SMCG45A

SMCG48

SMCG48A

SMCG51

SMCG51A

SMCJ11A

SMCJ12

SMCJ12A

SMCJ13

SMCJ13A

SMCJ14

SMCJ14A

SMCJ15

SMCJ15A

SMCJ16

SMCJ16A

SMCJ17

SMCJ17A

SMCJ18

SMCJ18A

SMCJ20

SMCJ20A

SMCJ22

SMCJ22A

SMCJ24

SMCJ24A

SMCJ26

SMCJ26A

SMCJ28

SMCJ28A

SMCJ30

SMCJ30A

SMCJ33

SMCJ33A

SMCJ36

GFM

GFN

GFP

GFQ

GFR

GFS

GFT

GFU

GFV

GFW

GFX

GFY

GFZ

BFM

BFN

BFP

BFQ

BFR

BFS

BFT

GFU

GFV

GFW

GFX

GFY

GFZ

SMCJ36A

SMCJ40

SMCJ40A

SMCJ43

SMCJ43A

SMCJ45

SMCJ45A

SMCJ48

SMCJ48A

SMCJ51

SMCJ51A

ELECTRICAL CHARACTERISTICS at (T =25°C unless otherwise noted) TABLE 1 (Cont’d)

Breakdown

Voltage

V_(BR)(Volts)

(NOTE 1)

(MIN / MAX)

Maximum

Reverse

Leakage

at V_WM

Maximum

Peak Pulse

Surge

Device

Marking

Code

Maximum

Clamping

Voltage at I_PPM

V_C(Volts)

Device Type

Gull Wing

Lead

Device Type

Modified

“J” Bend Lead

Test

Current

at I_T(mA)

Stand-off

Voltage

V_WM(Volts)

Current I_PPM

UNI

_{(NOTE 3)}I_D(µA) _{(NOTE 2)}(Amps)

SMCG54

SMCJ54

GGD GGD

60.0 / 73.3

60.0 / 66.3

64.4 / 78.7

6.4.4 / 71.2

66.7 / 81.5

66.7 / 73.7

71.1 / 86.9

71.1 / 78.6

77.8 / 95.1

77.8 / 86.0

83.3 / 102

83.3 / 92.1

86.7 / 106

86.7 / 95.8

94.4 / 115

94.4 / 104

100 / 122

100 / 111

111 / 136

111 / 123

122 / 149

122 / 135

133 / 163

133 / 147

144 / 176

144 / 159

16.7 / 204

167 / 185

178 / 218

178 / 197

189 / 231

189 / 209

1.0

54.0

5.0

15.6

17.2

14.6

16.0

14.0

15.5

13.2

14.6

12.0

13.3

11.2

12.4

10.8

11.9

9.9

96.3

87.1

103

SMCG54A

SMCG58

SMCJ54A

SMCJ58

GGE

GGF

GGG

GGH

GGK

GGL

GGM

GGN

GGP

GGQ

GGR

GGS

GGT

GGU

GGV

GGW

GGX

GGY

GGZ

GHD

GHE

GHF

GHG

GHH

GHK

GHL

GHM

GHN

GHP

GHQ

GHR

GGE

GGF

GGG

GGH

GGK

GGL

GGM

GGN

GGP

GGQ

GGR

GGS

GGT

GGU

GGV

GGW

GGX

GGY

GGZ

GHD

GHE

GHF

GHG

GHH

GHK

GHL

GHM

GHN

GHP

GHQ

GHR

SMCG58A

SMCG60

SMCJ58A

SMCJ60

107

SMCG60A

SMCG64

SMCJ60A

SMCJ64

114

103

125

113

134

121

139

126

151

137

160

146

179

162

196

177

214

193

231

209

268

243

287

259

304

275

SMCG64A

SMCG70

SMCJ64A

SMCJ70

SMCG70A

SMCG75

SMCJ70A

SMCJ75

SMCG75A

SMCG78

SMCJ75A

SMCJ78

SMCG78A

SMCG85

SMCJ78A

SMCJ85

SMCG85A

SMCG90

SMCJ85A

SMCJ90

10.9

9.4

SMCG90A

SMCG100

SMCG100A

SMCG110

SMCG110A

SMCG120

SMCG120A

SMCG130

SMCG130A

SMCG150

SMCG150A

SMCG160

SMCG160A

SMCG170

SMCG170A

SMCJ90A

SMCJ100

SMCJ100A

SMCJ110

SMCJ110A

SMCJ120

SMCJ120A

SMCJ130

SMCJ130A

SMCJ150

SMCJ150A

SMCJ160

SMCJ160A

SMCJ170

SMCJ170A

10.3

8.4

100

110

120

130

150

160

170

9.3

7.7

8.5

7.0

7.8

6.5

7.2

5.6

6.2

5.2

5.8

4.9

5.5

N0TES:

(1) V_(BR)measured after I_Tapplied for 300µs square wave pulse or equivalent

(2) Surge current waveform per Fig. 3 and derate per Fig. 2

(3) For bi-directional types having V_WMof 10 Volts and less, the I_Dlimit is doubled

(4) For the bi-directional SMCG/SMCJ5.0CA, the maximum V_(BR)is 7.25 Volts

(5) All terms and symbols are consistent with ANSI/IEEE C62.35

APPLICATION N0TES

These surface mountable packages are designed specifically for transient voltage suppression. The wide leads assure a large sur-

face contact for good heat dissipation, and a low resistance path for surge current flow to ground. These high speed transient voltage

suppressors can be used to effectively protect sensitive components such as integrated circuits and MOS devices.

A 1500W (SMC) device is normally selected when the threat of transients is from lightning-induced transients conducted via external

leads or I/0 lines. It is also used to protect against switching transients induced by large coils or industrial motors.

System impedance at component level in a system is usually high enough to limit the current to within the peak pulse current (I_PP

)

rating of this series.

RECOMMENDED PAD SIZES

The pad dimensions should be 0.010” (0.25mm) longer than the contact size, in the lead axis.

This allows a solder fillet to form, see figure below. Contact factory for soldering methods.

MODIFIED J-BEND

GULL- WING

0.190" (4.83)

0.310" (7.87)

0.125" (3.17)

0.070" (1.78)

0.050" (1.27)

MAXIMUM RATINGS AND CHARACTERISTIC CURVES SMCG AND SMCJ5.0 THRU 170CA

FIG. 1 - PEAK PULSE POWER RATING CURVE

FIG. 2 - PULSE DERATING CURVE

NON-REPETITIVE

PULSE WAVEFORM

SHOWN in FIG. 3

T =25°C

0.31 X 0.31” (8.0 X 8.0mm) COPPER PAD AREAS

td, PULSE WIDTH, sec.

T_A, AMBIENT TEMPERATURE, °C

FIG. 4 - TYPICAL JUNCTION CAPACITANCE

UNI-DIRECTIONAL

FIG. 3 - PULSE WAVEFORM

T =25°C PULSE WIDTH (td)

is DEFINED as the POINT

WHERE the PEAK

CURRENT DECAYS

MEASURED at

ZERO BIAS

tr=10µsec.

PEAK VALUE

PPM

to 50% of I

PPM

T =25°C

f=1.0 MH

Vsig=50mVp-p

HALF VALUE - I

MEASURED

at STAND-OFF

VOLTAGE, V

10/1000µsec. WAVEFORM

as DEFINED by R.E.A.

t, TIME, ms

FIG. 5 - TYPICAL JUNCTION CAPACITANCE

BI-DIRECTIONAL

V_WM, REVERSE STAND-OFF VOLTAGE,

VOLTS

T =25°C

f=1.0 MH

Vsig=50mVp-p

FIG. 6 - MAXIMUM NON-REPETITIVE PEAK FORWARD

SURGE CURRENT

MEASURED at

ZERO BIAS

8.3ms SINGLE HALF SINE-WAVE

(JEDEC Method)

UNIDIRECTIONAL ONLY

MEASURED at

STAND-OFF

VOLTAGE, V

NUMBER OF CYCLES AT 60 H_Z

V_WM,STAND-OFF VOLTAGE, VOLTS

MAXIMUM RATINGS AND CHARACTERISTIC CURVES SMCG AND SMCJ5.0 THRU 170CA

FIG. 7 - MAXIMUM CONTINUOUS POWER DISSIPATION

2.0

60 H

RESISTIVE OR

INDUCTIVE LOAD

1.5

1.0

0.5

100

125 150

175

T_L, LEAD TEMPERATURE, °C

SMCJ16A [VISHAY]

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