loop voltage造句
例句與造句
- Closed - loop voltage gain
死循環(huán)電壓增益 - Closed loop voltage gain
閉環(huán)電壓增益 - Open loop voltage gain
開環(huán)電壓增益 - Open - loop voltage gain
開環(huán)電壓增益 - Open - loop voltage
開環(huán)電壓增益 - It's difficult to find loop voltage in a sentence. 用loop voltage造句挺難的
- Closed - loop voltage
閉合回路電 - Loop voltage test
外線電壓測試 - Because the pt secondary loop voltage drop directly affects the accuracy of the electric energy measurement . after consulting a great amount of materials , the best method to reduce the pt secondary loop voltage drop was put forward based on analyzing the cause of which
由于電壓互感器二次回路壓降直接影響電能量計量的準確性，嚴重時會危及電力系統(tǒng)的穩(wěn)定運行，因此本文從分析電壓互感器二次壓降的形成機理入手，并提出最為合理的二次壓降治理方案。 - After introduction of the tranlinear loop principal , the bjt current controlled conveyor has been designed by using mixed tranlinear loop voltage follower . as for modern integrated circuit , the model of mos transistor , the active resistance and the current mirror integrated circuit formed by mos transistor are introduced . the cmos current controlled conveyor has been derived from mixed tranlinear loop cmos voltage follower based on weak inversion operation
針對現(xiàn)代集成電路的工藝,本文對mos晶體管的工作原理進行了簡要的敘述,討論了有源電阻和電流鏡的實現(xiàn)方法,并利用mos晶體管的亞閾值特性組成混合跨導線性回路完成對應的電壓跟隨器的設計,推導出了基于cmos技術的電流控制傳送器。 - The pt secondary loop voltage drop is a changing amount and has the characteristics of indirection and certain randomness . the second , according to the cause of pt secondary loop voltage drop , the different methods to reduce the pt secondary loop voltage drop were analyzed and the conclusions are draw as below : 1 . changing bigger section wire and maintaining the connector plugs regularly can reduce the pt secondary loop voltage drop effectively , but ca n ' t guarantee which meets the relevant rules
首先，通過對電壓互感器二次壓降的形成機理進行分析，得出以下關于二次壓降的相關結論： 1 、電壓互感器二次壓降等于二次回路阻抗和回路電流的乘積； 2 、電壓互感器二次回路阻抗分為元器件自身阻抗和接觸阻抗兩部分，且接觸阻抗占主要部分，從而使得電壓互感器二次回路阻抗具有動態(tài)特性，而且具有一定的隨機性； 3 、電壓互感器二次回路電流與二次負荷和回路阻抗大小相關，因而二次回路電流也是變化的； 4 、電壓互感器二次壓降是一個變化量，且具有單向性和一定的隨機性。