current adj. 1.通用的,流行的。 2.現(xiàn)在的,現(xiàn)時的,當時的。 3.流暢的;草寫的。 the current price 市價。 current news 時事。 current expenditure 經(jīng)常費。 current expenses 日常費用。 the current issue [number] (雜志的)本期。 the current week 本星期。 the current year 今年。 the 10th current [curt.] 本月十日。 current account 往來存款賬;【法律】交互計算。 current English 現(xiàn)代通行英語,日常英語。 current handwriting 草書。 current money 通行貨幣。 current rate 現(xiàn)價,成交價。 current thoughts 現(xiàn)時代思潮。 pass [run, go]current 通用,流行。 n. 1.水流;氣流;電流。 2.思潮,潮流;趨勢,傾向。 3.進行,過程。 a cold current 寒流。 the Japan current 日本海流,黑潮。 the great current of events 天下大勢。 a density 密著(海)流。 an alternating [a direct] current 【電學】交[直]流電。 current of air 氣流。 current of time [the times] 時勢,時代潮流 (go [swim] with [against] the current of the times 順應(yīng)[違反]時勢)。
Balancing switch current of dynamotor using ta 平衡發(fā)電機開關(guān)電流
Switching current high capacity 開關(guān)電流容量高10a
Gold - plated contacts are also available as an option for low switching currents 小開關(guān)電流還可以選擇鍍金接點。
Allowable switching current 容許合閘電流
Switching currents from a up to 100 ma allow the integration of the magswitch in nearly any controlling process 開關(guān)電流從a到100 ,這使磁控開關(guān)可以使用在任何控制過程中。
This type of relay is used to switch currents greater than a few amps and power levels of several hundred to several thousand watts 這種類型的繼電器被用于切換大于幾個安培的電流,功率從幾百瓦到數(shù)千瓦。
Switching currents ranging from a few micro - amps to 100ma allow the magswitch to be easily integrated into almost any control system 開關(guān)電流范圍從幾微安到100ma使得磁控開關(guān)可以容易的被集成到幾乎任意一種控制系統(tǒng)中。
With this method , the minimum switching losses can be reached , and the maximum switching current can be reduced effectively . so this method can meet the requirement of hvdc - vsc where lower switch loss is emphasized 這種方法開關(guān)損耗最小,并可有效降低開關(guān)器件的最大開關(guān)電流,適應(yīng)了hvdc - vsc降低開關(guān)損耗的需要。
According to the specification and the scheme three architectures including a gmc ( transconductor capacitor ) filter , a sc ( switched capacitor ) filter and a si ( switched current ) filter are researched and implemented , simulated in 0 . 18m cmos process . the results are as expected 根據(jù)系統(tǒng)要求及設(shè)計方案,分別研究并得到了跨導(dǎo)電容、開關(guān)電容和開關(guān)電流三種濾波器結(jié)構(gòu),采用0 . 18mcmos工藝進行仿真,其結(jié)果與預(yù)期的基本符合。
( 2 ) low energy consumption during switching ( switching current - 100ma ) , low voltage operation ( 2 - 5v ) . ( 3 ) the realization of high quality mirrors together with a self - positioning system for the optical fibers . thus , very low insertion loss can be obtained without expensive handling for alignment 該光開關(guān)的一些重要特性可總結(jié)如下:首先是采用磁力驅(qū)動可實現(xiàn)雙穩(wěn)態(tài),而且在兩個狀態(tài)下都可以不施加任何電壓;其次是低損耗,開關(guān)切換電流僅為80ma 100ma左右,電壓為2 5v左右;再其次是平面鏡與光纖可以實現(xiàn)自校正,大大降低了損耗和校正成本。