Search results for "IC" in axial leads > 0.25x1.25in > time delay category.

0325003 LITTELFUSE fuse 3A 250V axial leads 0.25x1.25in time delay
Part Number: 0325003
Mfr: LITTELFUSE
Tedss Id: 2026002638
Littelfuse 0325003 axial leads. Amp rating 3 A. Voltage 250 V. Time delay. 325 series. PCB mount. Ce ...

325030 LITTELFUSE fuse 30A 250V Axial Leads 0.25x1.25in Time Delay
Part Number: 325030
Mfr: LITTELFUSE
Tedss Id: 2026002053
30 Amp 250V Slo Blo Axial Ceramic Fuse

MDL-1 1/2-125V Cooper Bussmann fuse 1.5A 125V Axial Leads 0.25x1.25in Time Delay
Part Number: MDL-1 1/2-125V
Mfr: Cooper Bussmann
Tedss Id: 2026000591
Time-delay allows close sizing on inductive circuits.

MDL-1 1/4-125V Cooper Bussmann fuse 1.25A 125V axial leads 0.25x1.25in time delay
Part Number: MDL-1 1/4-125V
Mfr: Cooper Bussmann
Tedss Id: 2026000216
3 AG type, Glass tube, nikel plated brass end caps.

MDL-1 2/10-125V Cooper Bussmann fuse 1.2A 125V Axial Leads 0.25x1.25in Time Delay
Part Number: MDL-1 2/10-125V
Mfr: Cooper Bussmann
Tedss Id: 2026000594
Time-delay allows close sizing on inductive circuits.

MDL-2 1/2-125V Cooper Bussmann fuse 2.5A 125V Axial Leads 0.25x1.25in Time Delay
Part Number: MDL-2 1/2-125V
Mfr: Cooper Bussmann
Tedss Id: 2026000607
Time-delay allows close sizing on inductive circuits.

MDL-2 8/10-125V Cooper Bussmann fuse 2.8A 125V Axial Leads 0.25x1.25in Time Delay
Part Number: MDL-2 8/10-125V
Mfr: Cooper Bussmann
Tedss Id: 2026000610
Time-delay allows close sizing on inductive circuits.

MDL-2-125V Cooper Bussmann fuse 2A 125V Axial Leads 0.25x1.25in Time Delay
Part Number: MDL-2-125V
Mfr: Cooper Bussmann
Tedss Id: 2026000611
Time-delay allows close sizing on inductive circuits.

MDL-3-32V Cooper Bussmann fuse 3A 32V Axial Leads 0.25x1.25in Time Delay
Part Number: MDL-3-32V
Mfr: Cooper Bussmann
Tedss Id: 2026000613
Time-delay allows close sizing on inductive circuits.

MDL-5-32V Cooper Bussmann fuse 5A 32V Axial Leads 0.25x1.25in Time Delay
Part Number: MDL-5-32V
Mfr: Cooper Bussmann
Tedss Id: 2026000619
Time-delay allows close sizing on inductive circuits.