1) switch/reverse recovery
开关/反向恢复
3) reverse recovery
反向恢复
1.
A simple model is presented for a power diode with reverse recovery.
讨论了一种简单的二极管反向恢复模型，通过采用与存储电荷相关的寿命时间常数来考虑Ａｕｇｅｒ复合过程及少子扩散电流的影响，从而得到更为精确的结果。
2.
Aimed at the problems of voltage spikes and EMI caused by the rectifier diodes due to the reverse recovery,an im-proved spikes-suppressor is proposed,which can eliminate the parasitic oscillation and voltage spikes effectively.
针对输出整流管反向恢复带来的电压尖峰及电磁干扰等问题,设计了一种改进型尖峰抑制器。
3.
Furthermore,reverse recovery losses of main diodes are minimized,and auxiliary switches commutate at zero current.
此外,续流二极管的反向恢复损耗被降低到最小,辅助开关也实现了零电流开关。
4) Reverse-recovery
反向恢复
1.
The proposed converter can reduce the loss caused by the reverse-recovery current of the rectifier in the PFC boost converter and alleviate the relevant electromagnetic interference of the circuit.
它充分发挥Boost'DCM及CCM各自的优势,减少了PFCBoost变换器中输出二极管反向恢复电流引起的损耗,降低了电路的电磁干扰(EMI)。
5) reversed switch
反向开关
1.
If the way equipping extra reversed switch and reducing the resistance of the loop of the currentmeter was adopted,it would get more accurate result of measurement than usual.
采取加设反向开关和减小检流计回路电阻等措施 ,可获得比通常测法精确得多的测量结
6) Magnetic Energy Recovery Switch(MERS)
磁能恢复开关
1.
As a new reactive compensator,the Magnetic Energy Recovery Switch(MERS) can automatically correct the power factor regardless of the variation of the load impedance.
作为一种新的无功补偿装置,不论负载阻抗如何变动,磁能恢复开关都能自动地校正功率因数,并且还具有结构简单、容易控制和损耗低等许多优点。
补充资料：Ik(反向运动)
ik (反向运动)
inverse kinematics(ik)反向运动是使用计算父物体的位移和运动方向，从而将所得信息继承给其子物体的一种物理运动方式。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条