| Title |
Design of Fuse-Link Structure & Fe-Ni Alloy Element's Shape to Increase an Interrupt Rating of a Semi-Enclosed Type Fuse |
| Authors |
김성주(Seong-Ju Kim) ; 김도훈(Doe-Hoon Kim) ; 강창룡(Chang-Yong Kang) |
| DOI |
http://doi.org/10.5370/KIEE.2018.67.5.644 |
| Keywords |
Fuse ; Interrupt rate ; Breaking capacity ; Semi-enclosed fuse ; Fuse-links |
| Abstract |
According to a miniaturization and integration of electric device, a little size of fuse satisfying the current carrying capacity as well as an explosive tolerance and current interrupt rating are required. Fe-Ni alloy is applied to decrease an oxidation of fuse elements. A resistance and T.C.R(temperature coefficient of resistance) of a fuse are analyzed by changing a content of Ni And full rated current I-T curve from 1A to 6.3A has been tested. In order to an explosive energy, a straight wire type is selected to reduce a fuse melting time. An interrupt rating test was conducted by changing a content of Ni and the optimal content of Ni is to be 40% |