电子元器件主要参数详解

1、-上海电子元器件主要参数详解Diode肖特基二极管VPeakrepetitivereversevoltaae反向重复峰值电压VWorkinaDeakreversevoltaae反向工作峰值电压VDCBlockinaVoltaae反向直流电压RVRMSReverseVoltaae反向电压有效值IAveraaeRectifiedForwardCurrent正向平均电流LReverseCurrent反向电流RINon-RepetitivePeakForwardSuraeCurrent正向浪涌电流VForwardVoltaae正向直流电压FCTvpicalJunctionCapactiance结电容j

2、PnPowerDissipation耗散功率DTOperatinaJunctionTemperature工作结温jTStoraaeTemperatureRanae存储温度RThermalResistancefromJunctiontoAmbient结到环境的热阻PIN二极管V 口Continuousreversevoltaae反向直流电压RIContinuousforwardcurrent正向直流电流FVForwardvoltaae正向电压FIpReversecurrent反向电流RC.diodecapacitance二极管电容dr.diodeforwardresistance二极管正向电阻d

3、Ptotalpowerdissipation总的功率损耗T.JunctionTemperature结温jTstoraaetemperature存储温度TVS二极管IMaximumreversepeakpulsecurrent峰值脉冲电流VClamplinavoltaae钳位电压CI 口Maximumreverseleakaaecurrent最大反向漏电流RVBreakdownvoltaae击穿电压VWorkinapeakreversevoltaae反向工作峰值电压VForwardvoltaae正向电压FLForwardcurrent正向电流FItTestcurrent测试电流T可控硅VPeak

4、repetitiveoff-statevoltaae断态重复峰值电压VPeakrepetitivereversevoltaae反向重复峰值电压IRMSOn-statecurrent额定通态电流INonrepetitivesuraepeakon-statecurrent通态非重复浪涌电流IForwardpeakaatecurrent控制极重复峰值电流Vpeakforwardon-statevoltaae通态峰值电压IGatetriaaercurrent控制极触发直流电流VGatetriaaervoltaae控制极触发电压LHoldingcurrent维持电流HIPeakrenetitiveoff

5、-statecurrent断态重复峰值电流IPeakrenetitivereversecurrent反向重复峰值电流PAveragegatenowerdissination控制极平均功率Tjoneratingiunctiontemneraturerange工作结温Tstgstoragetemneraturerange存储温度稳压管V.innutvoltage输入电压IVooutnutvoltage输出电压VoLoadregulation输出调整率VoLineregulation输入调整率Iqquiescentcurrent偏置电流 Iqquiescentcurrentchange偏置电流变化量

6、VNOutnutnoisevoltage输出噪声电压NRRRinnlereiection纹波抑制比Vddronoutvoltage降落电压Iscshortcircuitcurrent短路输出电流Inkneakcurrent峰值输出电流Toneratingiunctiontemneraturerange结温Tstoragetemneraturerange存储温度普通晶体管VCollector-Basevoltage发射极开路，集电极-基极电压VCollector-emittervoltage基极开路,集电极-发射极电压VEmitter-basevoltage集电极开路，发射极-基极电压LColl

7、ectorcurrent集电极电流CP 一Collectornowerdissination集电极耗散功率CT.Junctiontemnerature结温jTstoragetemnerature存储温度VCollector-Basebreakdownvoltage发射极开路，集电极-基极反向电压VCollector-emitterbreakdownvoltage基极开路，集电极-发射极反向电压VEmitter-basebreakdownvoltage集电极开路，发射极-基极反向电压ICollectorcut-offcurrent发射极开路，集电极-基极截止电流IEmittercut-offcu

8、rrent集电极开路，发射极-基极截止电流ICollectorcut-offcurrent基极开路，集电极-发射极截止电流hDCcurrentgain共发射极正向电流传输比的静态值VCollector-emittersaturationvoltage集电极-发射极饱和电压VBase-emittersaturationvoltage基极-发射极饱和电压VBase-emittervoltage基极-发射极电压fTTransitionfrequencv特征频率T CCollectoroutnutcanacitance共基极输出电容CCollectorinnutcanacitance共基极输入电容FN

9、oisefigure噪声系数tTurn-ontime开通时间tTurn-offtime关断时间tRisetime上升时间1 tStoragetime存储时间stfFalltime下降时间ftdDelaytime延迟时间43系列稳压管VCathodevoltage阴极电压irCathodecurrentrange(continous)阴极电流KIReferenceinputcurrentrangecontinous基准输入电流Pn1J ,Powerdissipation耗散功率DRThermalresistancefromiunctiontoambient结到环境的热阻Toperatingjun

10、ctiontemperaturerange工作结温Tstgstoragetemperaturerange存储温度VReferenceinputvoltage基准输入电压VDeviationofreferenceinputvoltageoverfulltemperaturerange全温度范围内基准输入电压的偏差VefRatioofchangeinreferenceinputvoltagetothechangeincathodevoltage基准输入电压变化量与阴极电压变化量 的比IDeviationofreferenceinputcurrentoverfulltemperaturerange全

11、温度范围内基准输入电流的偏差IMinimumcathodecurrentforregulation稳压时最小负极电流IOff-statecathodecurrent关断状态阴极电流|乙Dvnamicimpedance动态阻抗1 KA1数字晶体管JrVSupplvvoltage直流电压Vinputvoltage输入电压Loutputcurrent输出电流OPnPowerdissipation功率损耗DVInput-offvoltage输入截止电压VInput-onvoltage输入开启电压Voutputvoltage输出电压I.inputcurrent输入电流IIoutputcurrent输出截

12、止电流G.DCcurrentgain直流增益IRiInputresistance输入电阻1R/R.Resistanceratio电阻率2 1fTTransitionfrequencv传输频率TT.iunctiontemperature结温JTstoragetemperaturerange存储温度VCollector-basevoltage发射极开路,集电极-基极反向击穿电压VCollector-emittervoltage基极开路，集电极-发射极反向击穿电压VEmitter-basevoltage集电极开路,发射极-基极反向击穿电压MOS管LContinousdraincurrent漏极直流电

13、流DVGate-sourcevoltage栅-源电压VDrain-sourcevoltage漏-源电压Esinglepulseavalchaneenergv单脉冲雪崩击穿能量RThermalresistancefromiunctiontoambient结到环境的热阻RThermalresistancefromiunctiontocase结到管壳的热阻VDrain-sourcebreakdownvoltage漏源击穿电压VGatethresholdvoltage栅源阈值电压IGate-bodyleakagecurrent漏-源短路的栅极电流IZerogatevoltagedraincurent栅-源短路的漏极电流rJJDrain-sourceon-resistance漏源通态电阻gForwardtransconductance跨导VDiodeforwardvoltage漏源间体内反并联二极管正向压降CInnutcanacitance栅-源电容COutputcapacitance漏-源电容CReversetransfercanacitance反向传输