There are few characteristics for the fuses … Fusing resistors are suitable where certain resistance is … The resistance … As the wire length is not dependent on current rating values, the minimal length of wire imposes the minimal value of resistance. If the operating voltage is very low, the fuse link's natural resistance (voltage drop) must possibly be taken into consideration. Characteristics of Fuses. This can be generally achieved by making the fuse wire length to be as short as possible. Wirewound type fusible resistors are mostly used. The voltage drop (U N) is measured according to standards e.g. Generally, any fusible resistor manufactured of between very less value like 10Ω to 100Ω and these values used accordingly to the required circuit. \$\begingroup\$ It is ridiculous to say that fuses typically have resistances below 50 mOhm. DIN, ISO, JASO, partially maximum values common for Littelfuse … It totally depends on the fuse. It works to fuse and prevent semiconductor element or resistor from burning or firing when the current exceeding fusing power is dissipated. Fusible resistor acts as a safety fuse, but there is a difference between fuse … Some PTC's for low current have several Ohms of resistance. One fuse I dealt with, I think it was an 0603 fuse for 1A, had around 400 mOhm, as I recall.

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