Match each circuit protective device on the left with its primary operating characteristic or application on the right.
- Fast-acting fuseOpens rapidly without delay to protect sensitive semiconductor electronic circuits
- Slow-blow (time-delay) fuseTolerates brief inrush currents from inductive motor startups without opening
- Magnetic circuit breakerUses an electromagnetic coil to provide instantaneous tripping during heavy short-circuit faults
- Metal-oxide varistor (MOV)Clamps transient high-voltage surges and diverts excess energy away from downstream circuits
Cevap
Fast-acting fuse pairs with opening rapidly to protect sensitive semiconductor electronics; Slow-blow fuse pairs with tolerating brief inrush currents from inductive motors; Magnetic circuit breaker pairs with using an electromagnetic coil to trip during heavy short circuits; Metal-oxide varistor pairs with clamping transient high-voltage surges.
Each protective device is engineered for a specific fault type or application: fast-acting fuses react immediately to protect delicate electronics; slow-blow fuses accommodate brief inductive surges; magnetic breakers use electromagnetism for instant short-circuit tripping; and metal-oxide varistors suppress high-voltage spikes.
Adım Adım Çözüm
Anahtar Kavram
Operating principles and applications of circuit protection devices including thermal, magnetic, time-delay, and voltage suppression elements
Tahmini Süre:45s