Fuses79 Products
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| Image | Part Number | Manufacturer | Description | Availability | Actions | |
|---|---|---|---|---|---|---|
 PDF | JB12F3002R | YAGEO | FUSE 1206 30A 48VDC FAST | In Stock | MOQ: 3000 Hover to quote | |
PDF | JB06F7001R | YAGEO | FUSE 0603 7A 32VDC FAST | In Stock | MOQ: 5000 Hover to quote | |
PDF | JB12S3002R | YAGEO | FUSE 1206 30A 48VDC SLOW | In Stock | MOQ: 3000 Hover to quote | |
PDF | JB12S6001R | YAGEO | FUSE 1206 6A 63VDC SLOW | In Stock | MOQ: 3000 Hover to quote | |
PDF | JB12F2002R | YAGEO | FUSE 1206 20A 48VDC FAST | In Stock | MOQ: 1 Hover to quote | |
PDF | JB12S3001R | YAGEO | FUSE 1206 3A 63VDC SLOW | In Stock | MOQ: 1 Hover to quote | |
PDF | JC24F2501R | YAGEO | FUSE 2410 2.5A 125VDC FAST | In Stock | MOQ: 1000 Hover to quote | |
PDF | JB12S6300R | YAGEO | FUSE 1206 0.63A 63VDC SLOW | In Stock | MOQ: 3000 Hover to quote | |
 PDF | JB06F4001R | YAGEO | FUSE 0603 4A 32VDC FAST | In Stock | MOQ: 5000 Hover to quote | |
 PDF | JB12F5000R | YAGEO | FUSE 1206 0.5A 63VDC FAST | In Stock | MOQ: 1 Hover to quote | |
 PDF | JC24F2001R | YAGEO | FUSE 2410 2A 125VDC FAST | In Stock | MOQ: 1000 Hover to quote | |
 PDF | JB06S2001R | YAGEO | FUSE 0603 2A 32VDC SLOW | In Stock | MOQ: 1 Hover to quote | |
PDF | JC24F6301R | YAGEO | FUSE 2410 6.3A 125VDC FAST | In Stock | MOQ: 1 Hover to quote | |
PDF | JB06S4001R | YAGEO | FUSE 0603 4A 32VDC SLOW | In Stock | MOQ: 1 Hover to quote | |
PDF | JC24F1502R | YAGEO | FUSE 2410 15A 65VDC FAST | In Stock | MOQ: 1 Hover to quote | |
PDF | JB06S1501R | YAGEO | FUSE 0603 1.5A 63VDC SLOW | In Stock | MOQ: 1 Hover to quote | |
PDF | JC24F1002R | YAGEO | FUSE 2410 10A 125VDC FAST | In Stock | MOQ: 1 Hover to quote | |
PDF | JC24F1251R | YAGEO | FUSE 2410 1.25A 125VDC FAST | In Stock | MOQ: 1000 Hover to quote | |
PDF | JB12F2001R | YAGEO | FUSE 1206 2A 63VDC FAST | In Stock | MOQ: 3000 Hover to quote | |
PDF | JB06S6001R | YAGEO | FUSE 0603 6A 32VDC SLOW | In Stock | MOQ: 1 Hover to quote |
A fuse is a device designed to stop current flow when it exceeds a certain limit (overcurrent protection). The devices works by creating an opening in a material situated between two end terminals. The material will melt (blow) from an increase in heat generated by the device as the current flow changes. The amount of time it takes the device to blow is often defined as fast or slow-blow.