| Title |
Design of very fast acting fuse element using the Ag-Cu alloy |
| Authors |
김은민(Kim, Eun-Min) ; 이승환(Lee, Seung-Hwan) ; 조대권(Cho, Dae-Kweon) ; 김신효(Kim, Shin-Hyo) |
| DOI |
https://doi.org/10.5370/KIEE.2014.63.8.1070 |
| Keywords |
Fuse ; Ag-Cu alloy ; Very fast acting |
| Abstract |
With the development of the electronics industry and widespread supply of many different electrical appliances, the factors of the electrical fires are also diversified. For this reason, the fuse, safety-critical component, needs accurate and stable operating characteristics for preventing various fire factor, and also needs various operating characteristics. Especially when the all electrical resistance are dropped by internal short of circuit, high current inrushes and makes the fire. In order to prevent this, very fast acting fuses should be applied. However, existing very fast acting characteristics fuse has less wire dimension of element Ag100% metal than that of fast acting fuse, and it is made of plating with low melting point metals, so it satisfy very fast acting but it can't satisfy durability and safety. For this reason, in this study, through the analyzing fusing characteristics of Ag-Cu alloy composition, the new alloy composition, which implement to very fast acting fuse without decrease of fuse elements dimension, is suggested. And this study classify the operating characteristics changes, a resistance change, and the rated current of the fuse in the overall composition change of Ag-Cu alloying. and it can be utilized for designing fuse. |