換能器增益 的英文怎麼說

中文拼音 [huànnéngzēng]
換能器增益 英文
transducer gain
  • : 動詞1. (給人東西同時從他那裡取得別的東西) exchange; barter; trade 2. (變換; 更換) change 3. (兌換) exchange; cash
  • : 能名詞(姓氏) a surname
  • : 名詞1. (器具) implement; utensil; ware 2. (器官) organ 3. (度量; 才能) capacity; talent 4. (姓氏) a surname
  • : Ⅰ名詞1 (好處) benefit; profit; advantage 2 (姓氏) a surname Ⅱ形容詞(有益的) beneficialⅢ動詞...
  1. Secondly, the pressure sensor made by motorola co. ltd. in usa is chosen as the key part of the pneumatic - electric transducer. thirdly, the signal processing system of the pneumatic - electric is developed

    第三,研製了氣電轉的信號處理電子系統,設計有調零、調整、開關轉擴展量程等功
  2. With the development of electronic technology in the field of high - frequency and high - power, power mosfet is gradually enhancing its important status in semiconductor apparatus and is being widely applied in power converters as switch. with the increasing of the operating frequency ( > 200khz ), the energy loss caused by parasitic capacitance will affect the efficiency of power transforming in converters. especially in the applications of high frequency power supply using mosfet as main devices ( the unit of frequency is mhz ), the energy loss caused by the switch process will badly affect its efficiency

    隨著電力電子技術進一步向高頻的大功率用電領域發展,功率mosfet在各種電力半導體件中的重要地位日顯著,使用功率mosfet作為開關件的功率轉電路也日多,但隨著件開關頻率的提高(大於200khz ) ,由件極間電容引起的量損耗將會影響到功率轉電路的量傳輸效率,特別是在以mosfet作為開關件的高頻感應加熱電源中(工作頻率可達兆赫) , mosfet在開關過程中的量損耗嚴重影響到電源的效率,因此如何減小開關件的損耗提高高頻功率轉線路的效率成為電力電子技術領域的重要研究課題之一。
  3. The system can simulate the transfer process of photo - thermal and thermal - electric at a given parameter setting of structure, environment and circuit. on the basis of circuit structure, the calibration, parameter adjusting and signal readout can be simulated, the vary process of readout circuit, readout voltage, optical gain, optical gain rate, and uniformity can be given. in addition, all kinds of character parameters of device can be forecasted

    本論文根據umbirfpa的原理,建立它的軟體模擬系統,它可以根據給定的結構、環境、電路設置等參數首先模擬光熱、熱電轉過程,並可根據電路結構,模擬校準、參數調節並讀出信號,給出讀出電流和電壓、光學、光學比、非均勻性等各特徵量的定量變化過程,預測製成后件的各種性參數。
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