September 11,2023
Brief analysis of the protective components and their corresponding functions required for circuits
In order to reduce losses and unnecessary trouble, the use of corresponding protective components in the circuit allows design engineers to quickly and better identify and analyze fault problems after designing the circuit, without damaging the newly designed circuit. Circuit protection components are essential in circuits. The types of protective components in the circuit include: fuse tubes, temperature fuses, current fuses, self recovery fuses, overcurrent protectors, surge protectors, gas discharge tubes, varistors, overvoltage overcurrent protection, overheating protection, thermistors, LED drive overheating protection, circuit breakers, hybrid protectors, LED protection components, and ESD protection devices. Circuit protection devices mainly include overvoltage protection devices, overcurrent protection devices, and overvoltage protection devices. Overvoltage Protection Device (OVP): Used to protect subsequent circuits from load shedding or instantaneous high voltage dama