The core function of blade-type, fork-bolt-type, and glass-tube-type automotive fuses is to shut off the current by melting when an overload or short circuit occurs, preventing damage to the circuit or equipment.
The core differences between fast-acting and slow-acting fuses lie in their response speed and application scenarios: fast-acting fuses blow instantly to protect sensitive components, while slow-acting fuses delay blowing to withstand surge currents.
The resettable chip fuse (PPTC) is an overcurrent protection element based on the positive temperature coefficient characteristics of a polymer. It has an automatic reset function and is widely used in circuit protection of electronic equipment. The following are its core points:
Overcurrent protection is a circuit protection mechanism used to detect and limit current exceeding the set threshold to prevent component damage, safety risks or system instability caused by excessive current. The following is a detailed analysis of overcurrent protection:
Misunderstanding correction: Slow-break fuse does not mean “slow response”, but it can distinguish between fault current and pulse current to avoid false protection.
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