恢复电流的英文

• restituted current
• restore current
• restoring current

• 恢复    resume; renew; return to
• 电流    electric current
• 反向恢复电流    reverse recovery current
• 不恢复电路    non restoring circuit
• 恢复电力    restore electricity to
• 恢复电路    recovery circuit; refresh circuit; restore circuit
• 恢复电压    recovery voltage; restoration voltage; restoring voltage
• 自恢复电路    self repairing circuit; self-repairing circuit
• 反向恢复电荷    reverse recovery charge
• 工频恢复电压    recovery voltage
• 恢复电位模型    return potential model
• 时脉恢复电路    clock recovery cdr
• 数据恢复电路    cdr; data recovery circuit
• 瞬变恢复电压    transient recovery voltage
• 瞬时恢复电压    transient recovery voltage
• 载波恢复电路    carrier recovery circuit
• 正向恢复电压    vfr …… forward recovery voltage
• 直流恢复电路    dc restoration circuit; dc restorer
• 二极管恢复电路    diode restorer
• 基准载波恢复电路    reference carrier recovery circuit
• 直辽分恢复电路    direct current restorer
• 自动恢复电容器    self healing capacitor; self-healing capacitor
• 电流的恢复    recuperation of current
• 复电    reply
• 时钟和数据恢复电路    cdr

• With the high frequency trend of power electronic technique development , the switching power diodes must be conducted and turn off very fast , that is , the diodes should have short reverse recovery time , low peak reverse current and soft recovery characteristics
  电力电子技术高频化的发展趋势要求功率开关二极管必须具有快速开通和高速关断的能力，即具有短的反向恢复时间( t _ ( rr ) ) ，较小的反向恢复电流( i _ ( rm ) )和软恢复特性。
• This method can effectively compensate the current error caused by magnetizing current at power frequency . 3 ) because most current transformers have the turn compensation , the characteristic of which was analyzed and the anti - turn compensation model was adopted to offset the action for current transformer with turn compensation
  ( 3 )针对电力系统中大部分互感器都采用了匝数补偿的特点，分析了匝数补偿的特点，采用了反匝数补偿方法，以抵消匝数补偿对电流互感器误差特性的影响，恢复电流互感器原有误差特性，确保基于物理相似原理有源补偿方法的补偿效果。

• 恢复电流的日语：リカバリ電流 リカバリでんりゅう かいふくでんりゅう