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TranslationMobile

存儲電荷
積累電荷
累積電荷

"store" in Chinese : n. 1.〔 sing., pl. 〕貯藏，貯存；準備 ...
"charge" in Chinese : vt. 1.填；裝(子彈)；充(電)；使飽和；使充滿；堆 ...
"negative stored charge" in Chinese : 負存儲電荷
"stored charge pattern" in Chinese : 存儲電荷圖; 積累電荷分布圖
"stored charge transistor" in Chinese : 存儲電荷晶體管
"not to be stored" in Chinese : 不可堆壓
"stored" in Chinese : 儲存的; 存信息的; 服務(wù)器端
"cargo stored at" in Chinese : 貨物存放處的
"cold stored" in Chinese : 冷庫中貯藏的
"cold-stored" in Chinese : 冷庫中貯藏的
"core-stored" in Chinese : 磁心存儲的
"no stored jobs" in Chinese : 沒有存儲的作業(yè)
"quantity stored" in Chinese : 保存的數(shù)量
"stored aircraft" in Chinese : 封存的飛機
"stored beets" in Chinese : 甜菜壟藏法

Examples

The property of a circuit element that permits it to store charge
電容使一種電路器件能儲存電荷的性質(zhì)
The wallet still had family photos , old pay stubs and a couple of department store charge cards he had not seen in more than 40 years
這個遺失了四十多年的皮夾里還放著家人照片、以往的薪資單及幾張百貨公司簽帳卡。
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(guān)功耗隨著開關(guān)頻率的提高而增大以至于不得不采用壽命控制技術(shù)(摻金、鉑和輻照等)來降低少數(shù)載流子壽命從而降低開關(guān)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二極管由于其材料特性的局限性，使開關(guān)功耗隨開關(guān)頻率的提高而增大，通常采用壽命控制技術(shù)(如摻金、鉑和輻照等)降低少數(shù)載流子壽命從而降低開關(guān)功耗。
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(shù)在減少存貯電賀q _ s的同時，也增大了正向通態(tài)壓降v _ f ，和反向漏電流i _ r ，因此很難實現(xiàn)qs - v _ f - i _ r三者良好的折衷關(guān)系。