diode charge 中文意思是什麼
diode charge
解釋
二極體整流充電-
Unfortunately, though the lifetime control technology reduces the stored charge, it increases the forward voltage drop ( vr ) and the reverse leakage current ( i, ). therefore, si pin diode cannot realize a good trade - off in qs - vf - i, -. the appearance of sige material and sige / si hetero - junction technology has changed this situation
但少子壽命控制技術在減少存貯電賀q _ s的同時，也增大了正向通態壓降v _ f ，和反向漏電流i _ r ，因此很難實現qs - v _ f - i _ r三者良好的折衷關系。 -
Modification to space - charge - limited current of intense electron beam diode
二極體空間電荷限制電流修正 -
However, the switching power loss of si p - i - n diode increase with the switching frequency so that it is necessary to reduce the switching power loss by lifetime control technology which employs lifetime killer such as au, pt or radiation to lower the stored charge ( qs )
但是，其開關功耗隨著開關頻率的提高而增大以至於不得不採用壽命控制技術（摻金、鉑和輻照等）來降低少數載流子壽命從而降低開關功耗。 -
For the material characteristics limitation of si, the switching power loss of si pin diode increase with the switching frequency so that it is necessary to reduce the switching power loss by lifetime control technology which employs lifetime killer such as au, pt or radiation to lower the stored charge ( q., )
Sipin二極體由於其材料特性的局限性，使開關功耗隨開關頻率的提高而增大，通常採用壽命控制技術（如摻金、鉑和輻照等）降低少數載流子壽命從而降低開關功耗。 -
A system that can monitor the track state by means of ccd ( charge coupled device ) array and infrared led ( light - emitting diode ) is designed in the thesis, which named track state dynamic inspection device
本論文設計的是利用線陣ccd （電荷耦合器件）和紅外線光源對軌道不平順參數進行檢測的「軌道狀態動態檢測裝置」 。 -
Two - dimensional geometry effect on space - charge - limited current in axially symmetrical planar diode
軸對稱平板二極體空間電荷限制流的2維效應 -
Charge storage diode
電荷存儲二極體 -
For the pin diode, its major transient behaviors are forward voltage recovery and reverse current recovery. this dissertation describes these performances by lumped - charge approach, and then developed an improved lumped - charge model for pin diode and a corresponding parameter extraction approach, which can reduce parameter measurement and enhance parameter accuracy
Pin二極體中主要的瞬態現象是正向電壓恢復和反向電流恢復，本文採用集總電荷的方法描述了它的動、靜態特性，提出了改進的集總電荷的pin二極體高頻模型，同時提出了改進的曲線擬合模型參數抽取方法，減少了所需的參數測量實驗並提高了參數抽取的精度。
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