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SA28中文资料

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Excellent clamping capabilityLow incremental surge resistanceFast response time: typically less(BR)for uni-directional andELECTRICAL CHARACTERISTICS at (T A=25°C unless otherwise noted) TABLE 1MaximumBreakdown Voltage Maximum Peak Pulse Maximum Maximum V(BR)Stand-off Reverse Current Clamping Temperature (Volts) (NOTE 1)Test Voltage Leakage I PPM Voltage at CoefficientCurrent V WM at V WM(NOTE 2)I PPM of V(BR)Device Type MIN MAX at I T(Volts)I D (NOTE3) (µA)(Amps)V C (Volts)(mV / °C) (mA)SA5.0 6.407.3010 5.060052.19.6 5.0 SA5.0A 6.407.0010 5.060054.39.2 5.0 SA6.0 6.678.1510 6.060043.911.4 5.0 SA6.0A 6.677.3710 6.060048.510.3 5.0 SA6.57.228.8210 6.540040.712.3 5.0 SA6.5A7.227.9810 6.540044.711.2 5.0 SA7.07.789.51107.015037.613.3 6.0 SA7.0A7.788.60107.015041.712.0 6.0 SA7.58.3310.2 1.07.55035.014.37.0 SA7.5A8.339.21 1.07.55038.812.97.0 SA8.08.8910.9 1.08.02533.315.07.0 SA8.0A8.899.83 1.08.02536.813.67.0 SA8.59.4411.5 1.08.51031.415.98.0 SA8.5A9.4410.4 1.08.51034.714.48.0 SA9.010.012.2 1.09.0 5.029.616.99.0 SA9.0A10.011.1 1.09.0 5.032.515.49.0 SA1011.113.6 1.010.0 1.026.618.810.0 SA10A11.112.3 1.010.0 1.029.417.010.0 SA1112.214.9 1.011.0 1.024.920.111.0 SA11A12.213.5 1.011.0 1.027.518.211.0 SA1213.316.3 1.012.0 1.022.722.012.0 SA12A13.314.7 1.012.0 1.025.119.912.0 SA1314.417.6 1.013.0 1.021.023.813.0 SA13A14.415.9 1.013.0 1.023.321.513.0 SA1415.619.1 1.014.0 1.019.425.814.0 SA14A15.617.2 1.014.0 1.021.623.214.0 SA1516.720.4 1.015.0 1.018.626.916.0 SA15A16.718.5 1.015.0 1.020.524.416.0 SA1617.821.8 1.016.0 1.017.428.819.0 SA16A17.819.7 1.016.0 1.019.226.017.0 SA1718.923.1 1.017.0 1.016.430.520.0 SA17A18.920.9 1.017.0 1.018.127.619.0 SA1820.024.4 1.018.0 1.015.532.221.0 SA18A20.022.1 1.018.0 1.017.129.220.0 SA2022.227.1 1.020.0 1.014.035.825.0 SA20A22.224.5 1.020.0 1.015.432.423.0 SA2224.429.8 1.022.0 1.022.739.428.0 SA22A24.426.9 1.022.0 1.014.135.525.0 SA2426.732.6 1.024.0 1.011.643.031.0 SA24A26.729.5 1.024.0 1.012.938.928.0 SA2628.935.3 1.026.0 1.010.746.631.0 SA26A28.931.9 1.026.0 1.011.942.130.0 SA2831.138.0 1.028.0 1.010.050.135.0 SA28A31.134.4 1.028.0 1.011.045.431.0 SA3033.340.7 1.030.0 1.09.353.539.0 SA30A33.336.8 1.030.0 1.01048.436.0 SA3336.744.9 1.033.0 1.08.559.042.0 SA33A36.740.6 1.033.0 1.09.453.339.0 SA3640.048.9 1.036.0 1.07.864.346.0 SA36A40.044.2 1.036.0 1.08.658.141.0 SA4044.454.3 1.040.0 1.07.071.451.0 SA40A44.449.1 1.040.0 1.07.864.546.0ELECTRICAL CHARACTERISTICS at (T A=25°C unless otherwise noted) TABLE 1 (Cont’d)MaximumBreakdown Voltage Maximum Peak Pulse Maximum Maximum V(BR)Stand-off Reverse Current Clamping Temperature Volts (NOTE 1)Test Voltage Leakage I PPM Voltage at CoefficientCurrent V WM at V WM(NOTE 2)I PPM of V(BR)Device Type MIN MAX at I T(Volts)I D (NOTE3) (µA)(Amps)V C (Volts)(mV / °C) (mA)SA4347.858.4 1.043.0 1.0 6.576.755.0 SA43A47.852.8 1.043.0 1.07.269.450.0 SA4550.061.1 1.045.0 1.0 6.280.358.0 SA45A50.055.3 1.045.0 1.0 6.972.752.0 SA4853.365.2 1.048.0 1.0 5.885.563.0 SA48A53.358.9 1.048.0 1.0 6.577.456.0 SA5156.769.3 1.051.0 1.0 5.591.166.0 SA51A56.762.7 1.051.0 1.0 6.182.461.0 SA5460.073.3 1.054.0 1.0 5.296.371.0 SA54A60.066.3 1.054.0 1.0 5.787.165.0 SA5864.478.7 1.058.0 1.0 4.910378.0 SA58A64.471.2 1.058.0 1.0 5.393.670.0 SA6066.781.5 1.060.0 1.0 4.710780.0 SA60A66.773.7 1.060.0 1.0 5.296.871.0 SA6471.186.9 1.064.0 1.0 4.411486.0 SA64A71.178.6 1.064.0 1.0 4.910376.0 SA7077.895.1 1.070.0 1.0 4.012594.0 SA70A77.886.0 1.070.0 1.0 4.411385.0 SA7583.3102 1.075.0 1.0 3.7134101 SA75A83.392.1 1.075.0 1.0 4.112191.0 SA7886.7106 1.078.0 1.0 3.6139105 SA78A86.795.8 1.078.0 1.0 4.012695.0 SA8594.4115 1.085.0 1.0 3.3151114 SA85A94.4104 1.085.0 1.0 3.6137103 SA90100122 1.090.0 1.0 3.1160121 SA90A100111 1.090.0 1.0 3.4146110 SA100111136 1.0100 1.0 2.8179135 SA100A111123 1.0100 1.0 3.1162123 SA110122149 1.0110 1.0 2.6196148 SA110A122135 1.0110 1.0 2.8177133 SA120133163 1.0120 1.0 2.3214162 SA120A133147 1.0120 1.0 2.6193146 SA130144176 1.0130 1.0 2.2230175 SA130A144159 1.0130 1.0 2.4209158 SA150167204 1.0150 1.0 1.9268203 SA150A167185 1.0150 1.0 2.1243184 SA160178218 1.0160 1.0 1.7257217 SA160A178197 1.0160 1.0 1.9259196 SA170189231 1.0170 1.0 1.6304230 SA170A189209 1.0170 1.0 1.8275208NOTES(1) V(BR)measured after I T applied for 300µs. I T=square wave pulse or equivalent(2) Surge current waveform per Fig. 3 and derate per Fig. 2(3) For bidirectional types with V WM of 10 Volts and less, the I D limit is doubled.(4) All terms and symbols are consistent with ANSI/IEEE C62.350.1µs1µs 10µs 100µs 1,000µs 10,000µs0.11.0103005010015020025507510025751251750 1.0 2.03.04.0100150505010015020001.02.03.04.00.51.52.53.57525125175110100101002005100500101001,00010,000FIG. 1 - PEAK PULSE POWER RATING CURVEP P P M , P E A K P U L S E P O W E R , k Wt d , PULSE WIDTH, sec.T A , AMBIENT TEMPERATURE, °CFIG. 4 - MAXIMUM NON-REPETITIVE PEAK FORWARDSURGE CURRENT UNIDIRECTIONAL ONLYFIG. 3 - PULSE WAVEFORMt, TIME, msT L,LEAD TEMPERATURE,°CI P P M P E A K P U L S E C U R R E N T , %P E A K P U L S E P O W E R (P p p ) o r C U R R E N T (I P P )D E R A T I N G I N P E R C E N T A G E , %P E A K F O R W A R D S U R G E C U R R E N T ,A M P E R E SNON-REPETITIVE PULSE WAVEFORM SHOWN in FIG. 3T A =25°CPULSE WIDTH (td) is DEFINED as the POINT WHERE the PEAK CURRENT DECAYS to 50% of I PPt r =10µsec.8.3ms SINGLE HALF SINE-WAVE (JEDEC Method)UNIDIRECTIONAL BIDIRECTIONAL1.6 x 1.6 x 0.040” (40 x 40 x 1mm) COPPER HEAT SINKSV R = RATEDSTAND-OFF VOLTAGEV R = 0tdHALF VALUE - I PP210/1000µsec.WAVEFORM as DEFINED by R.E.A.PEAK VALUE I PPMFIG. 5 - STEADY STATE POWER DERATINGCURVEP M (A V ),S T E A D Y S T A T E P O W E R D I S S I P A T I O N , W A T T SREVERSE VOLTAGE, VOLTSFIG. 6 - CAPACITANCEC - C A P A C I T A N C E ,p FFIG. 2 - PULSE DERATING CURVEIMPULSE EXPONENTIALDECAYHALF SINESQUARECURRENT WAVEFORMSNUMBER OF CYCLES AT 60 HzP PK ”.5”P PKP PKt dt dt dt d = 7tp =0.375”(9.5mm)LEAD LENGTHSL0.5110500.11.0101000.5110500.11.0101000.5110500.11.0101000.5110500.11.010100FIG. 7 - INCREMENTAL CLAMPING VOLTAGE CURVEUNIDIRECTIONAL∆V c , I N C R E M E N T A L C L A M P I N G V O L T A G E∆V c , I N C R E M E N T A L C L A M P I N G V O L T A G E∆V c , I N C R E M E N T A L C L A M P I N G V O L T A G E∆V c , I N C R E M E N T A L C L A M P I N G V O L T A G EFIG. 8 - INCREMENTAL CLAMPING VOLTAGE CURVEUNIDIRECTIONALFIG. 9 - INCREMENTAL CLAMPING VOLTAGE CURVEBIDIRECTIONALFIG. 10 - INCREMENTAL CLAMPING VOLTAGE CURVEBIDIRECTIONALWAVEFORM:8 X 20 IMPULSE ∆VC=VC-V (BR)WAVEFORM:8 X 20 IMPULSE ∆VC=VC-V (BR)SA170SA110SA70SA54SA40SA30SA24SA18SA15SA12SA5.0SA9.0I PP ,PEAK PULSE CURRENT, AMPSSA170SA110SA70SA40SA24SA15SA5.0SA9.0I PP ,PEAK PULSE CURRENT, AMPSSA170CSA110CSA70CSA60CSA40C SA30C SA24C SA15C SA6.5CSA9.0CI PP ,PEAK PULSE CURRENT, AMPSSA170CSA110CSA70CSA40CSA24CSA15C SA6.5CSA9.0CI PP ,PEAK PULSE CURRENT, AMPSWAVEFORM:10 X 1000 IMPULSE ∆VC=VC-V (BR)WAVEFORM:10 X 1000 IMPULSE ∆VC=VC-V (BR)5.0101005001.01010020000.511.522.50.10.2121020100FIG. 11 - TYPICAL INSTANTANEOUS FORWARDVOLTAGE CHARACTERISTICS CURVEFIG. 12 - BREAKDOWN VOLTAGE TEMPERATURECOEFFICIENT CURVET J =25°CPULSE WIDTH=300µs 1% DUTY CYCLEUNIDIRECTIONAL (ONLY)UNIDIRECTIONALBIDIRECTIONALV F , FORWARD VOLTAGE, VOLTSV WM, RATED STAND-OFF VOLTAGE, VOLTSI F , F O R W A R D C U R R E N T , A M P SΘv , T E M P E R A T U R E C O E F F I C I E N T ,m V /°CAPPLICATIONSThis TVS series is a low cost, 500 watt commercial and industrial product for use in applications where space is a premium and where large voltage transients can permanently damage voltage-sensitive components.The response time of TVS clamping action is 1.0ns for uni-directional and 5.0ns for bi-directional; therefore, they can protect integrated circuits, MOS devices, hybrids, and other voltage-sensitive semiconductor components.。

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三种车型vin含义及常见车型代码

三种车型vin含义及常见车型代码

常见车型VIN含义及车型代码前言VIN〔Vehicle Identification Number〕，中文名叫车辆识别代码, 是制造厂为了识别而给一辆车指定的一组字码。

SAE标准规定：VIN码由17位字符组成，所以俗称十七位码。

它包含了车辆的消费厂家、年代、车型、车身型式及代码、发动机代码及组装地点等信息。

正确解读VIN码，对于我们正确地识别车型，以致进展正确地诊断和维修都是非常重要的。

车辆识别代码经过排列组合，可以使同一车型的车在30年之内不会发生重号现象，具有对车辆的唯一识别性，因此可称为"汽车身份证"。

VIN的历史可以追溯到1949年。

但直到1981年之前，标准一直处于变换中。

比方：1965-1969年的VIN有9位，当消费量超过1百万之后采用10位；1970-1980年的VIN那么固定为10位。

现行的17位汽车识别码始于1981年。

我国已于1996年底公布了相关标准，并已于1997年开始实行。

实际操作中，1999年1月1日以后被初次登记的车辆必须拥有车辆识别代码。

VIN中不会包含 I、O、Q 三个英文字母。

从左到右数起，第十位编码为车辆出厂年月。

目录一、奔驰类1.1奔驰车型VIN含义：1.2奔驰车型VIN所在位置：1.3常见年份对照表：1.4奔驰车型常见发动机代码1.5奔驰变速箱型号含义：二、宝马类2.1宝马车型VIN含义：2.2宝马车型常见车型代码：2.3宝马车型VIN所在位置：2.4宝马变速箱型号含义：三、奥迪类3.1奥迪车型VIN含义：3.2奥迪车型常见车型代码：3.3奥迪车型VIN所在位置：3.4奥迪变速箱型号含义：1.1奔驰VIN含义WDB 220 167 1A326964WDB表示德国消费常用见消费地名代表WDB-West germany Daimler-Benz 德国WDC---M-Class Europe 欧洲产M－ClassWEB---EVOBUS Mercedes-Benz 奔驰－EVOBUSWKK---EVOBUS Setra Setra产的EVOBUS3AM---Mexico 墨西哥4JG----M-Class except Europe 欧洲外产M－Class8AB－Argentine 阿根廷8AC－Argentine 阿根廷9BM－Brazil 巴西ADB－South Africa 南非KPA---South Korea Transporter 韩国KPD--- South Korea 韩国KPG--- South Korea 韩国NMB---Turkey 土耳其V AG---G-Wagon Steyr Steyr产的G-ClassVF9---EVOBUS France 法国-EVOBUSVSA---Spain 西班牙LE4---China 中国WDB 220 167 1A326964220表示S-Class常用见级别所代表车型底盘号内部分组100-299 轿车；300-399卡车/公共汽车；400-499 专用车；600-699 卡车；700-799 主要部件WDB 220 167 1A3269640—Sedan1—LWB Sedan 加长2—Station Wagen 旅行车3---Coupe 双门运动型轿车4---Cabriolet/roadster 双门敞篷跑车5---Chassis with partial body 轿车底盘6--LWB Chassis with partial body加长轿车底盘7—Sports8—Pull manWDB 220 167 1A32696400-09 四缸柴油发动机04=E22010-19 五缸柴油发动机10=E25020-29 六缸柴油发动机20=E30030-49四缸汽油发动机35=E20050-69 六缸汽油发动机55=E320 63=S320 67=S35070-79 八---十二缸汽油发动机75=S60080-84 AWD 替代能源发动机85-99 Alternative propulsion替代能源动力WDB 220 167 1A3269641=左舵2=右舵WDB 220 167 1A326964A,B,C,D,E=Sindelfingen(新德芬根)F,G,H=Breman(布莱门)J=RastattWDB 220 167 1A326964326964装配出厂顺序号1. 2奔驰车架号VIN的位置1、行驶证2、前挡风玻璃左前下部3、诊断电脑、数据卡4、前乘客座椅底下，右后座椅下。

SA28A中文资料

SA28A中文资料

SA5.0thruSA170AFEATURES:• ECONOMICAL SERIES• AVAILABLE IN BOTH UNIDIRECTIONAL AND BI-DIRECTIONAL CONSTRUCTION • 5.0 TO 170 STAND-OFF VOLTAGE AVAILABLE • 500 WATTS PEAK PULSE POWER DISSIPATION •QUICK RESPONSEDESCRIPTION:This Transient Voltage Suppressor is an economical, molded, commercial product used to protect voltage sensitive components from destruction or partial degradation.The response time of their clamping action is virtually instantaneous (1 x 10-12seconds) and they have a peak pulse power rating of 500 watts for 1 ms as depicted in Figure 1 and 2. Microsemi also offers a great variety of other Transient Voltage Suppressor's to meet higher and lower power demands and special applications.MAXIMUM RATINGS:Peak Pulse Power Dissipation at 25°C: 500 WattsSteady State Power Dissipation: 2.5 Watts at T L = +75°C3/8" Lead Lengtht clamping (0 volts to BV Min.):Unidirectional <1x10-12 Seconds: Bi-directional <5x10-9Seconds.Operating and Storage Temperature: -55° to +175°C8700 E. Thomas Road Scottsdale, AZ 85252Phone: (480) 941-6300Fax: (480) 947-15035.0 thru 170 volts500 Watts Transient Voltage Suppressors2 x ∅.032 ± .002[.81 ± .05]∅ .107[2.72]max.POLARITYMark {cathode}.205[5.21]MAX.NOTE: DIMENSIONS IN [ ] =MILLIMETERSP E A K P U L S E P O W E R (P p p ) O R C O N T I N U O U S P O W E R I N P E R C E N T O F 25°C R A T I N GFIGURE 1DERATING CURVE50100150175255075100TYPICAL CHARACTERISTIC CURVEST L LEAD TEMPERATURE °CPulse Time Duration (tp) is Defined as that point where Ip decaysto 50% of I surgePeak Value Ipp 100501234TIME (t) IN MILLISECONDSFIGURE 2PULSE WAVEFORM FOR EXPONENTIAL SURGEP U L S E C U R R E N T I N P E R C E N T O F I p pMECHANICALCHARACTERISTICSCASE: Void free transfer molded thermosetting plastic.FINISH: Readily solderable.POLARITY: Band denotes cathode. Bi-directional not marked.WEIGHT: 0.7 gram (Appx.).MOUNTING POSITION: AnyDO-412 X1.10[27.94]MIN.thruSA170A ELECTRICAL CHARACTERISTICS AT 25°CPART NUMBERBREAKDOWNVOLTAGE V(BR)MIN.MAXTESTCURRENTI TRATEDSTANDOFFVOLTAGEV WMMAX. REVERSESTANDBYCURRENTI D @V WMMAX.PEAKREVERSEVOLTAGEV C MAX.@ I PPMAX. PEAKPULSECURRENTI PP(Figure 2)MAX.TEMP.COEFFICIENTOF V(BR)-55°C TO175°CαV(BR) VOLTS VOLTS mA VOLTSµ ADC VOLTS AMP% / °CSA5.0 6.407.3010 5.06009.652.057 SA5.0A 6.407.0010 5.06009.254.3.057 SA6.0 6.678.1510 6.060011.443.9.059 SA6.0A 6.677.3710 6.060010.348.5.059 SA6.57.228.8210 6.540012.340.7.061 SA6.5A7.227.9810 6.540011.244.7.061 SA7.07.789.51107.015013.337.8.065 SA7.0A7.788.60107.015012.041.7.065 SA7.58.3310.217.55014.335.0.067 SA7.5A8.339.2117.55012.938.8.067 SA8.08.8910.918.02515.033.3.070 SA8.0A8.899.8318.02513.636.7.070 SA8.59.4411.518.5515.931.4.073 SA8.5A9.4410.418.5514.434.7.073 SA9.010.012.219.0116.929.5.076 SA9.0A10.011.119.0115.432.5.076 SA1011.113.6110118.826.6.078 SA10A11.112.3110117.029.4.078 SA1112.214.9111120.124.9.081 SA11A12.213.5111118.227.4.081 SA1213.316.3112122.022.7.082 SA12A13.314.7112119.925.1.082 SA1314.417.6113123.821.0.084 SA13A14.415.9113121.523.2.084 SA1415.619.1114125.819.4.086 SA14A15.617.2114123.221.5.086 SA1516.720.4115126.918.8.087 SA15A16.718.5115124.420.6.087 SA1617.821.8116128.817.6.088 SA6A17.819.7116126.019.2.088 SA1718.923.1117130.516.4.090 SA17A18.920.9117127.618.1.090 SA1820.024.4118132.215.5.092 SA18A20.022.1118129.217.2.092 SA2022.227.1120135.813.9.093 SA20A22.224.5120132.415.4.093thruSA170A ELECTRICAL CHARACTERISTICS AT 25°CPART NUMBERBREAKDOWNVOLTAGE V(BR)MIN.MAXTESTCURRENTI TRATEDSTANDOFFVOLTAGEV WMMAX. REVERSESTANDBYCURRENTI D @V WMMAX.PEAKREVERSEVOLTAGEV C MAX.@ I PPMAX. PEAKPULSECURRENTI PP(Figure 2)MAX.TEMP.COEFFICIENTOF V(BR)-55°C TO175°CαV(BR) VOLTS VOLTS mA VOLTSµ ADC VOLTS AMP% / °CSA2224.429.8122139.412.7.094 SA22A24.426.9122135.514.1.094 SA2426.732.6124143.011.6.096 SA24A26.729.5124138.912.8.096 SA2628.935.3126146.610.7.097 SA26A28.931.9126142.111.9.097 SA2831.138.0128150.09.9.098 SA28A31.134.4128145.411.0.098 SA3033.340.7130153.59.3.099 SA30A33.336.8130148.410.3.099 SA3336.744.9133159.08.5.100 SA33A36.740.6133153.39.4.100 SA3640.048.9136164.37.8.101 SA36A40.044.2136158.18.6.101 SA4044.454.3140171.47.0.101 SA40A44.449.1140164.57.8.101 SA4347.858.4143176.7 6.5.102 SA43A47.852.8143169.47.2.102 SA4550.061.1145180.3 6.2.102 SA45A50.055.3145172.7 6.9.102 SA4853.365.1148185.5 5.8.103 SA48A53.358.9148177.4 6.5.103 SA5156.769.3151191.1 5.5.103 SA51A56.762.7151182.4 6.1.103 SA5460.073.3154196.3 5.2.104 SA54A60.066.3154187.1 5.7.104 SA5864.478.71581103.0 4.9.104 SA58A64.471.2158193.6 5.3.104 SA6066.781.51601107.0 4.7.104 SA60A66.773.7160196.8 5.2.104 SA6471.186.91641114.0 4.4.105 SA64A71.178.61641103.0 4.9.105 SA7077.895.11701125.0 4.0.105 SA70A77.886.01701113.0 4.4.105 SA7583.3102.01751134.0 3.7.105 SA75A83.392.11751121.0 4.1.105thruSA170A ELECTRICAL CHARACTERISTICS AT 25°CPART NUMBERBREAKDOWNVOLTAGE V(BR)MIN.MAXTESTCURRENTI TRATEDSTANDOFFVOLTAGEV WMMAX. REVERSESTANDBYCURRENTI D @V WMMAX.PEAKREVERSEVOLTAGEV C MAX.@ I PPMAX. PEAKPULSECURRENTI PP(Figure 2)MAX.TEMP.COEFFICIENTOF V(BR)-55°C TO175°CαV(BR) VOLTS VOLTS mA VOLTSµ ADC VOLTS AMP% / °CSA7886.7106.01781139.0 3.6.106 SA78A86.795.81781126.0 4.0.106 SA8594.4115.01851151.0 3.3.106 SA85A94.4104.01851137.0 3.6.106 SA90100.0122.01901160.0 3.1.107 SA90A100.0111.01901146.0 3.4.107 SA100111.0136.011001179.0 2.8.107 SA100A111.0123.011001162.0 3.1.107 SA110122.0149.011101196.0 2.6.107 SA110A122.0135.011101177.0 2.8.107 SA120133.0163.011201214.0 2.3.107 SA120A133.0147.011201193.0 2.0.107 SA130144.0176.011301231.0 2.2.108 SA130A144.0159.011301209.0 2.4.108 SA150167.0204.011501268.0 1.9.108 SA150A167.0185.011501243.0 2.1.108 SA160178.0218.011601287.0 1.7.108 SA160A178.0197.011601259.0 1.9.108 SA170189.0231.011701304.0 1.6.108 SA170A189.0209.011701275.0 1.8.108 Note: For Bi-directional construction, indicate a C or CA suffix after the part number, i.e. SA5.0CAthru SA170A10000100010010C -C A P A C I T A N C E - P I C O F A R AD S1001001000V (BR)- BREAKDOWN VOLTAGE - VOLTSFIGURE 3TYPICAL CAPACITANCE VS BREAKDOWN VOLTAGE107.05.03.02.01.00.70.50.30.20.10.11.010********0.20.5 2.0 5.020*********tw - Pulse Width µsFIGURE 4PEAK PULSE POWER VS. PULSE TIME(P P P ) - P e a k P u l s e P o w e r , (k W )20305070。

S28中文资料

S28中文资料


Preliminary
First Production
No Identification Needed
Full Production
Obsolete
Not In Production
This datasheet contains specifications on a product that has been discontinued by Fairchild semiconductor. The datasheet is printed for reference information only.
LIFE SUPPORT POLICY FAIRCHILD’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF FAIRCHILD SEMICONDUCTOR CORPORATION. As used herein: 1. Life support devices or systems are devices or 2. A critical component is any component of a life systems which, (a) are intended for surgical implant into support device or system whose failure to perform can the body, or (b) support or sustain life, or (c) whose be reasonably expected to cause the failure of the life failure to perform when properly used in accordance support device or system, or to affect its safety or with instructions for use provided in the labeling, can be effectiveness. reasonably expected to result in significant injury to the user. PRODUCT STATUS DEFINITIONS Definition of Terms Datasheet Identification Advance Information Product Status Formative or In Design Definition This datasheet contains the design specifications for product development. Specifications may change in any manner without notice. This datasheet contains preliminary data, and supplementary data will be published at a later date. Fairchild Semiconductor reserves the right to make changes at any time without notice in order to improve design. This datasheet contains final specifications. Fairchild Semiconductor reserves the right to make changes at any time without notice in order to improve design.
SFCS28-461DKH中文资料

SFCS28-461DKH中文资料


• Passive components used for maximum tolerance in space environments • -55°C to +125°C operation • Nominal 28 V input, 0 V to 50 V operation • Up to 5 A throughput current • 70 dB attenuation typical at 500KHz • Compliant to MIL-STD-461C CE-03 • Compatible with MIL-STD-704 A-E 28 VDC power bus
元器件交易网
Crane Aerospace & Electronics Power Solutions
SFCS28-461 EMI Input Filters
28 Volt input – 5 AMP
Features
• Fully qualified to Class H or K
Output Common
SFCS28-461
Figure 1: Schematic

Page of 9 Rev B - 20070404
元器件交易网
Crane Aerospace & Electronics Power Solutions
Operation and Temperature
All SFCS28-461 Series filters are rated for full power operation from -55˚C to +125˚C case temperature. Current is derated linearly to zero at +135˚C case temperature.