施密特触发器的英文

• schmidt trigger
• schmitt trigger
• scmitt trigger circuit

• "施"英文翻译    execute; carry out
• "密"英文翻译    secret
• "特"英文翻译    particular; special; excepti ...
• "触发器"英文翻译    trigger; flip-flop; toggle f ...
• "双重施密特触发器" 英文翻译 :    dual schmitt trigger
• "史密特触发器" 英文翻译 :    schmitt trigger
• "施密特触发电路" 英文翻译 :    schmidt trigger circuit; schmitt trigger circuit
• "反相施密特触发电路" 英文翻译 :    invert schmitt trigger
• "施米特触发器" 英文翻译 :    schmitt trigger
• "六施米特触发器反相器" 英文翻译 :    hex schmitt trigger inverter
• "施密特" 英文翻译 :    a. schmidt; al schmitt; eric schmidt; hildegarde schmidt; r. schmidt; schmidth; shmidt; smidt; szmidt; v. schmidt
• "艾森施密特" 英文翻译 :    eisenschmidt
• "奥伯施密特" 英文翻译 :    oberschmidt
• "拜尔施密特" 英文翻译 :    beilschmidt; beyelschmidt
• "波尔施密特" 英文翻译 :    pohlschmidt
• "费德施密特" 英文翻译 :    federschmidt
• "丰克施密特" 英文翻译 :    funkschmidt
• "冯施密特波" 英文翻译 :    von schmidt wave
• "福施密特" 英文翻译 :    foschmidt
• "弗赖施密特" 英文翻译 :    freischmidt
• "关于施密特" 英文翻译 :    about schmidt
• "哈弗施密特" 英文翻译 :    haverschmidt
• "哈肯施密特" 英文翻译 :    hackenschmidt
• "哈默施密特" 英文翻译 :    hammerschmidt
• "海德施密特" 英文翻译 :    heide schmidt; heide schmit

• The limitations of schmitt toggle circuit , composed of 555 timing circuit , is discussed , a improved schmitt toggle circuit is given , and proved by using theory and experiment
  摘要论述了常用555定时器构成的施密特触发器电路的局限性，给出了施密特触发器的改进电路，并用理论和实验加以证明和验证。
• In ordinary dtc , schmitt trigger is usually employed in the regulating of torque and stator flux , which resulted in the unavoidable influence of the tolerance of the regulators on system performance
  在直接转矩控制中，转矩调节和磁链调节一般均采用施密特触发器，这样系统性能的好坏就与两个调节器容差的大小密切相关。
• As a result , dtc system is affected by fewer parameter of the motor and has less complex structure and fewer calculations . since it was brought forward , direct torque control has been took serious attention by domestic and foreign scholars because of its novelty idea , simple structure and wonderful property . this paper adopts the fuzzy controller to select the voltage vectors after expound the basic theory of dtc , and this method is improved to be effective by the result of the emulation
  本文在阐述直接转矩控制原理的基础上，针对常规的直接转矩控制系统由于转矩调节器和磁链调节器采用施密特触发器，其容差的大小对系统性能影响大这一缺点，将智能控制理论应用于直接转矩控制中，用模糊控制器进行电压开关状态选择，使系统的性能得到明显地改善。
• Moreover , stator flux can keep round , this is very useful in braking control . moreover , the thesis puts forward the strategy that fuzzy controller replaces smith flip - flop . based on the tolerance of smith flip - flop is a fuzzy variable , fuzzy controller can replace smith flip - flop the performance of this system can be improved if the tolerance of flux and torque is graded and voltage vector can be elected by this
  电压矢量的选择依赖于电磁转矩偏差、定子磁链偏差和磁链位置，用模糊控制器取代施密特触发器是基于容差大小本身就是一个模糊的语言变量，如果把磁链和转矩的容差分级，并以此作为选择电压矢量的依据，那么系统性能会得到改善。

• 施密特触发器的法语：Bascule de Schmitt
• 施密特触发器的日语：エミッタ結合マルチベイブレータ エミッタけつごうマルチベイブレータ
• 施密特触发器的俄语：Триггер Шмитта