Quick short-circuit protection system is an important part of electrochemical machining power supply.
电路 在电解加工过程中起到保护工件及工具的重要作用。
This paper discusses short - circuit protection of low - pressure electric wire in the design of residence electricity, over current protecting and the choice of breaker in the system.
本文论述了住宅电气设计中低压配电线路的短路保护、过负载保护及系统中上下级断路器的选择。
Selection of fuses must be carried out according to their use conditions, mainly they are system voltage, rated current, short circuit capacity, protection suitability etc.
熔断器选择必须依据其使用条件来进行，主要有系统电压、额定电流、短路容量、保护配合等。
In the paper a technique of the protection setting calculation and the short circuit current calculation for the power supply system is proposed.
本文提出供电系统短路电流及继电保护整定计算的算法。
The system carries out parameter setting by fewer keys, adopts the PWM technique to carry on the charge management of storage battery. The protection measures of overload and short circuit are used.
系统以较少的按键实现了参数设置，采用PWM技术对蓄电池进行充电管理，采取了负载过流、短路保护措施。
Charging system is designed by using IC with precise control. It is featured with functions of protection from over-charge and short-circuit, which contributes to better protection of the battery.
控制的充电设计，具有过充保护、短路保护等功能，能更有效的保护电池。
Charging system is designed by using IC with precise control. It is featured with functions of protection from over-charge and short-circuit, which contributes to better protection of the battery.
控制的充电设计，具有过充保护、短路保护等功能，能更有效的保护电池。
应用推荐