1.5SMC24-AU_R1_100A1,1.5SMC24-AU_R1_100A1 pdf中文资料,1.5SMC24-AU_R1_100A1引脚图,1.5SMC24-AU_R1

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1.5SMC-AU SERIES

GLASS PASSIVATED JUNCTION TRANSIENT VOLTAGE SUPPRESSOR PEAK PULSE POWER 1500 Watts

BREAK DOWN VOLTAGE

FEATURES

• Plastic package has Underwriters Laboratory Flammability Classification 94V-O

• Glass passivated chip junction in SMC/DO-214AB package

• Excellent clamping capability

• Low zener impedance

• Fast response time: typically less than 1.0 ps from 0 volts to BV min

• Typical IR less than 1µA above 10V

• High temperature soldering guaranteed: 260°C/10 seconds/.375" ,(9.5mm)

lead length/5lbs., (2.3kg) tension

• Lead free in comply with EU RoHS 2002/95/EC directives

• Acqire quality system certificate : TS16949

• Manufactured in accordance with AECQ101

0.103(2.62)

0.079(2.00)

0.280(7.11)

0.260(6.60)

0.012(0.305)

0.006(0.152)

0.128(3.25)

0.108(2.75)

6.8 to 250 Volts

• 1500W surge capability at 1.0ms

MECHANICAL DATA

• Case: JEDEC SMC/DO-214AB molded plastic

• Terminals: Axial leads, solderable per MIL-STD-750, Method 2026

• Polarity: Color band denoted cathode except Bipolar

• Mounting Position: Any

• Weight: 0.007 ounce, 0.021 gram

0.050(1.27)

0.030(0.76)

0.320(8.13)

0.305(7.75)

0.008(0.203)

0.002(0.051)

DEVICES FOR BIPOLAR APPLICATIONS

For Bidirectional use C or CA Suffix for types 1.5SMC6.8 thru types 1.5SMC250.

Electrical characteristics apply in both directions.

MAXIMUM RATINGS AND CHARACTERISTICS

Rating at 25°Cambient temperature unless otherwise specified.

Rating

Peak Power Dissipation at T

=25

C, T

=1ms(Note 1)

Typical Thermal Resistance Junction to Air (Note 2)

Peak Forward Surge Current, 8.3ms Single Half Sine-Wave

Superimposed on Rated Load (JECED Method) (Note 3)

Operating Junction and Storage Temperature Range

Symbol

P K

FSM

S T G

Value

1500

200

-55 to +150

0.245(6.22)

0.220(5.59)

Units

Watts

C/W

Amps

NOTES:

1. Non-repetitive current pulse, per Fig. 3 and derated above T

=25°C per Fig. 2.

2. Mounted on Copper Leaf area of 0.79 in

(20mm

3. 8.3ms single half sine-wave, duty cycle= 4 pulses per minutes maximum.

STAD-APR.01.2009

PAGE . 1

1.5SMC-AU SERIES

@ I

Part Number

R WM

Min .

U N I-

BI-

Max .

U N I-

BI-

U N I-

BI-

@ V

RWM

@ I

Marking

Code

1500W Transient Voltage Suppressor

1.5SMC6.8-AU

1.5SMC6.8C-AU

5.5

5.8

6.05

6.4

6.63

7.02

7.37

7.78

8.1

8.55

8.92

9.4

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

6.12

6.45

6.75

7.13

7.38

7.79

8.19

8.65

9.5

9.9

10.5

10.8

11.4

11.7

12.4

13.5

14.3

14.4

15.2

16.2

17.1

19.8

20.9

21.6

22.8

24.3

25.7

28.5

29.7

31.4

32.4

34.2

35.1

37.1

38.7

7.48

7.14

8.25

7.88

9.02

8.61

9.5

10.5

12.1

11.6

13.2

12.6

14.3

13.7

16.5

15.8

17.6

16.8

19.8

18.9

24.2

23.1

26.4

25.2

29.7

28.4

31.5

36.3

34.7

39.6

37.8

42.9

47.3

1000

500

200

2000

1000

400

100

10.8

10.5

11.7

11.3

12.5

12.1

13.8

13.4

14.5

16.2

15.6

17.3

16.7

18.2

21.2

23.5

22.5

26.5

25.2

29.1

27.7

31.9

30.6

34.7

33.2

39.1

37.5

43.5

41.4

47.7

45.7

49.9

56.4

53.9

61.9

139

143

128

132

120

124

109

112

100

103

56.5

59.5

51.5

38.5

34.5

31.5

26.5

FZA

FZB

FZC

FZD

FZE

FZF

FZG

FZH

FZJ

FZK

FZL

FZM

FZN

FZP

FZQ

FZR

FZS

FZT

FZU

FZV

FZW

FZX

FZY

FZZ

FXA

FXB

FXC

FXD

FXE

FXF

FXG

FXH

FXJ

FXK

FXL

FXM

FXN

FXP

FXQ

JZA

JZB

JZC

JZD

JZE

JZF

JZG

JZH

JZJ

JZK

JZL

JZM

JZN

JZP

JZQ

JZR

JZS

JZT

JZU

JZV

JZW

JZX

JZY

JZZ

JXA

JXB

JXC

JXD

JXE

JXF

JXG

JXH

JXJ

JXK

JXL

JXM

JXN

JXP

JXQ

1.5SMC6.8A-AU 1.5SMC6.8CA-AU

1.5SMC7.5-AU

1.5SMC7.5C-AU

1.5SMC7.5A-AU 1.5SMC7.5CA-AU

1.5SMC8.2-AU

1.5SMC8.2C-AU

1.5SMC8.2A-AU 1.5SMC8.2CA-AU

1.5SMC9.1-AU

1.5SMC9.1C-AU

1.5SMC9.1A-AU 1.5SMC9.1CA-AU

1.5SMC10-AU

1.5SMC10A-AU

1.5SMC11-AU

1.5SMC11A-AU

1.5SMC12-AU

1.5SMC12A-AU

1.5SMC13-AU

1.5SMC13A-AU

1.5SMC15-AU

1.5SMC15A-AU

1.5SMC16-AU

1.5SMC16A-AU

1.5SMC18-AU

1.5SMC18A-AU

1.5SMC20-AU

1.5SMC20A-AU

1.5SMC22-AU

1.5SMC22A-AU

1.5SMC24-AU

1.5SMC24A-AU

1.5SMC27-AU

1.5SMC27A-AU

1.5SMC30-AU

1.5SMC30A-AU

1.5SMC33-AU

1.5SMC33A-AU

1.5SMC36-AU

1.5SMC36A-AU

1.5SMC39-AU

1.5SMC39A-AU

1.5SMC43-AU

1.5SMC10C-AU

1.5SMC10CA-AU

1.5SMC11C-AU

1.5SMC11CA-AU

1.5SMC12C-AU

1.5SMC12CA-AU

1.5SMC13C-AU

1.5SMC13CA-AU

1.5SMC15C-AU

1.5SMC15CA-AU

1.5SMC16C-AU

1.5SMC16CA-AU

1.5SMC18C-AU

1.5SMC18CA-AU

1.5SMC20C-AU

1.5SMC20CA-AU

1.5SMC22C-AU

1.5SMC22CA-AU

1.5SMC24C-AU

1.5SMC24CA-AU

1.5SMC27C-AU

1.5SMC27CA-AU

1.5SMC30C-AU

1.5SMC30CA-AU

1.5SMC33C-AU

1.5SMC33CA-AU

1.5SMC36C-AU

1.5SMC36CA-AU

1.5SMC39C-AU

1.5SMC39CA-AU

1.5SMC43C-AU

STAD-APR.01.2009

PAGE . 2

1.5SMC-AU SERIES

B R

@ I

Part Number

RWM

Min .

U N I-

BI-

Max .

U N I-

BI-

U N I-

BI-

@ V

RWM

@ I

Marking

Code

1500W Transient Voltage Suppressor

1.5SMC43A-AU

1.5SMC47-AU

1.5SMC47A-AU

1.5SMC51-AU

1.5SMC51A-AU

1.5SMC56-AU

1.5SMC56A-AU

1.5SMC62-AU

1.5SMC62A-AU

1.5SMC68-AU

1.5SMC68A-AU

1.5SMC75-AU

1.5SMC75A-AU

1.5SMC82-AU

1.5SMC82A-AU

1.5SMC91-AU

1.5SMC91A-AU

1.5SMC100-AU

1.5SMC43CA-AU

1.5SMC47C-AU

1.5SMC47CA-AU

1.5SMC51C-AU

1.5SMC51CA-AU

1.5SMC56C-AU

1.5SMC56CA-AU

1.5SMC62C-AU

1.5SMC62CA-AU

1.5SMC68C-AU

1.5SMC68CA-AU

1.5SMC75C-AU

1.5SMC75CA-AU

1.5SMC82C-AU

1.5SMC82CA-AU

1.5SMC91C-AU

1.5SMC91CA-AU

1.5SMC100C-AU

36.8

38.1

40.2

41.3

43.6

45.6

47.8

50.2

55.1

58.1

60.7

64.1

66.4

70.1

73.7

77.8

85.5

89.2

97.2

102

105

111

121

128

130

136

138

145

146

154

162

171

175

185

202

214

40.9

42.3

44.7

45.9

48.5

50.4

53.2

55.8

58.9

61.2

64.6

67.5

71.3

73.8

77.9

81.9

86.5

105

108

114

117

124

135

143

144

152

153

162

171

180

190

198

209

225

237

45.2

51.7

49.4

56.1

53.6

61.6

58.8

68.2

65.1

74.8

71.4

82.5

78.8

90.2

86.1

100

95.5

110

105

121

116

132

126

143

137

165

158

176

168

187

179

198

189

220

210

242

231

275

263

59.3

67.8

64.8

73.5

70.1

80.5

108

103

118

113

131

125

144

137

158

152

173

165

187

179

215

207

230

219

244

234

258

246

287

274

344

328

360

344

25.3

22.2

23.2

20.4

21.4

18.6

19.5

16.9

17.7

15.3

16.3

13.9

14.6

12.7

13.3

11.4

10.4

9.5

9.9

8.7

9.1

8.4

7.2

6.5

6.8

6.2

6.4

5.8

6.1

5.2

5.5

4.3

4.6

4.3

4.5

FXR

FXS

FXT

FXU

FXV

FXW

FXX

FXY

FXZ

FYA

FYB

FYC

FYD

FYE

FYF

FYG

FYH

FYJ

FYK

FYL

FYM

FYN

FYP

FYQ

FYR

FYS

FYT

FYU

FYV

FYW

FYX

FYY

FYZ

FWA

FWB

FWC

FWD

FWE

FWF

JXR

JXS

JXT

JXU

JXV

JXW

JXX

JXY

JXZ

JYA

JYB

JYC

JYD

JYE

JYF

JYG

JYH

JYJ

JYK

JYL

JYM

JYN

JYP

JYQ

JYR

JYS

JYT

JYU

JYV

JYW

JYX

JYY

JYZ

JWA

JWB

JWC

JWD

JWE

JWF

1.5SMC100A-AU 1.5SMC100CA-AU

1.5SMC110-AU

1.5SMC110C-AU

1.5SMC110A-AU 1.5SMC110CA-AU

1.5SMC120-AU

1.5SMC120C-AU

1.5SMC120A-AU 1.5SMC120CA-AU

1.5SMC130-AU

1.5SMC130C-AU

1.5SMC130A-AU 1.5SMC130CA-AU

1.5SMC150-AU

1.5SMC150C-AU

1.5SMC150A-AU 1.5SMC150CA-AU

1.5SMC160-AU

1.5SMC160C-AU

1.5SMC160A-AU 1.5SMC160CA-AU

1.5SMC170-AU

1.5SMC170C-AU

1.5SMC170A-AU 1.5SMC170CA-AU

1.5SMC180-AU

1.5SMC180C-AU

1.5SMC180A-AU 1.5SMC180CA-AU

1.5SMC200-AU

1.5SMC200C-AU

1.5SMC200A-AU 1.5SMC200CA-AU

1.5SMC220-AU

1.5SMC220C-AU

1.5SMC220A-AU 1.5SMC220CA-AU

1.5SMC250-AU

1.5SMC250C-AU

1.5SMC250A-AU 1.5SMC250CA-AU

STAD-APR.01.2009

PAGE . 3

1.5SMC-AU SERIES

PPM

,PEAK PULSE FORWARD,KW

100

Non-Repetitve

Pulse Wavefom

Shown in Figure.3

= 25

100

PEAK PULSE FORWARD (P

) OR CURRENT (I

)

DERATING IN PERCENTAGE %

1.0

0.1

1.0

100

1000

10000

100

125

150

175

200

td,PULSE WIDTH,usec

Fig.1 PEAK PULSE POWER RATING VERSUS

PULSE TIME CURVE

,AMBIENT TEMPERATURE, C

Fig.2 PULSE DERATING CURVE

PPM

,PEAK PULSE CURRENT,%

150

tf= 10u se c

Pea k Va lue

Ip p m

= 25 C

Pulse Wid th (td ) is Define d

a s the Point Where t he Pea k

Current De c a ys to 5 0% of Ip p

Tj= 25 C

f= 1.0MHZ

Vsig = 50mVp -p

Me a sured a t

Zero Bia s

100

CJ,CAPACIT

ANCE,p F

1,000

Ha lf Va lue -Ip p

10/1000u se c Wa ve form

a s Defined b ye R.E.A.

100

Unidirectional

Bidirectional

Me a sure d a t

Sta nd -Off

Volta ge(V

RWM

)

e-kt

1.0

2.0

3.0

4.0

5.0 10

100

200

500

T,TIME,ms

(BR)

, BREAKDOWN VOLTAGE, VOLTS

Fig.4 TYPICAL JUNCTION CAPACITANCE

Fig.3 PULSE WAVEFORM

FSM

, PEAK FORWARD SURGE CURRENT

AMPERES

200

Tj= Tj m a x

8.3ms S

INGLE HALF sinc e -WAVE

JEDEC METHOD

100

UNIDIRECTIONAL ONLY

100

NUMBER OF CYCLES AT 60 Hz

Fig.5 MAXIMUN NON-REPETITEVE PEAK FORWARD

SURGE CURRENT UNIDIRECTIONAL

STAD-APR.01.2009

PAGE . 4

1.5SMC-AU SERIES

MOUNTING PAD LAYOUT

ORDER INFORMATION

• Packing information

T/R - 3K per 13" plastic Reel

T/R - 0.5Kper 7” plastic Reel

STAD-APR.01.2009

PAGE .

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有没有推荐的altera开发板: rt，有没有推荐的altera开发板。价格合理的，外设比较丰富的就行，不需要特别复杂的。本人就是一个初学者，希望达人给推荐个淘宝店，或者，有闲置的也可以交易，非常感谢，在线等。有没有推荐的altera开发板黑金动力的板子不错。如果想更好的话就是友晶科技出的板子Altera-DE2系列，东西很好官方出的，但是这个比较贵。我自己有个闲置的AlteraDE2-115。你可以先了解一下AlteraDE2系列的开发板。有意的话我就给你出个价。您好，你可以给我出个价码？非常感谢，我也去看看黑金动力的。...; woaiwojia1988 综合技术交流

谁了解信号特征分析，例如脑电波控制方面的问题: 举个简化的例子，比如截获大脑第一次发出“停车”的脑电波信号波形为A，“启动”的脑电波信号为C。第二次发出“停车”的脑电波为Ｂ，可以看出波形B和波形A有一些共同的地方，比如前三个连续的波峰间隔一段时间后再有两个连续的波峰这类我们通过观察可以识别的特征。现在想通过程序实现，当检测到与A相似度达到某种程序时执行“停车”，与Ｃ……“启动”有点类似于声音识别和图像识别，不知道这方面有什么方法，或者类型opencv图像识别这样的库吗？谁了解信号特征分析，例如脑电波控制方面的问题这个算法极其复杂，...; littleshrimp 综合技术交流

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