Seems a simple enough task for a manufacturer.
A quick test would no doubt ascertain current performance but do they test for the heat generated over a life cycle or is it mathematically arrived at?
It boggles my mind that a fast blow fuse goes in about 1/10th of a second and some slow blow fuses can go on for as long as tens of seconds. They're sacrificial in nature, so how does one guarantee consistency and do they dig deep enough into the specs when selecting them? Or for that matter, are the specs for heat generated wear taken for granted or even considered?
A quick test would no doubt ascertain current performance but do they test for the heat generated over a life cycle or is it mathematically arrived at?
It boggles my mind that a fast blow fuse goes in about 1/10th of a second and some slow blow fuses can go on for as long as tens of seconds. They're sacrificial in nature, so how does one guarantee consistency and do they dig deep enough into the specs when selecting them? Or for that matter, are the specs for heat generated wear taken for granted or even considered?