固态断路器这一概念并不陌生。
介绍了固态断路器的基本结构和工作原理；
The basic structure and principle of solid state circuit breaker(SSCB) are introduced.
混合式断路器(HCB)结合了机械式断路器和固态断路器的优点，是国际上断路器研究的新方向。
Hybrid circuit breaker (HCB) combining the advantages of mechanical circuit breaker and solid state circuit breaker is new research direction in the world for circuit breaker.
分析和比较了各种固态断路器的优、缺点，提出了适用于直流电力系统的基于IGBT的混合型固态断路器。
A novel DC hybrid solid state based circuit breaker on IGBT was presented by analyzing and comparing advantages and disadvantages of solid state circuit breakers.
大部分之前的概念的基本问题在于，在通过漏电电流及配位方面，人们总希望固态断路器能像传统的机电断路器那样工作。
A fundamental problem with most prior concepts is the desire to have the solid state breaker behave like a traditional electromechanical breaker in terms of fault let-through current and coordination.
塑壳断路器通常含有热磁跳脱单元，而大型号的塑壳断路器会配备固态跳脱传感器。
Molded case circuit breakers usually contain thermal-magnetic trip units, although larger sizes can be equipped with solid state trip sensors.
在早期组件预热炉温控线路基础上，引入带分励脱扣装置断路器、固态断电器、并选择适当报警保护方式，使控温过程更理想。
To make the process of temperature control more ideal by introduce breaker with magnetic releasing, solid relay, and optional alarm protective type.
在早期组件预热炉温控线路基础上，引入带分励脱扣装置断路器、固态断电器、并选择适当报警保护方式，使控温过程更理想。
To make the process of temperature control more ideal by introduce breaker with magnetic releasing, solid relay, and optional alarm protective type.
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