Bussmann series 0603HV Fuse for RJ45 connector applications
1:04
Eaton BUSSMANN series 0603HV fuses are the smallest fuses rated for 63 V. The compact 0603 surface mount design minimizes PCB area and allows the 0603HV series to be used in space-constrained applications. These fast-acting fuses are designed to protect sensitive circuits in RJ45-based I/O switch modules and other server, telecom, computing, and consumer electronic devices. 0603HV series fuses are available with current ratings from 500 mA to 1.5 A. They provide reliable short circuit and overload protection and are designed to interrupt up to 50A at 63 V. Eaton BUSSMANN series 0603HV fuses feature a rugged ceramic and glass case and are rated for operation up to 125 °C.
Eaton BUSSMANN series 0603HV fuses are the smallest fuses rated for 63 V. The compact 0603 surface mount design minimizes PCB area and allows the 0603HV series to be used in space-constrained applications. These fast-acting fuses are designed to protect sensitive circuits in RJ45-based I/O switch modules and other server, telecom, computing, and consumer electronic devices. 0603HV series fuses are available with current ratings from 500 mA to 1.5 A. They provide reliable short circuit and overload protection and are designed to interrupt up to 50A at 63 V. Eaton BUSSMANN series 0603HV fuses feature a rugged ceramic and glass case and are rated for operation up to 125 °C.
Electronic components Similar Videos
-
Automotive TVS Diode ESD Suppressors
1:06
Automotive rated TVS Diode ESD suppressors feature ultra-fast operation, low clamping voltage, and low leakage current to provide superior protection against transient overvoltages.
-
Coin cell supercapacitors for real-time clock (RTC) backup
1:06
Eaton coin cell supercapacitors are ideal for providing backup power for real-time clocks, volatile memory, and other applications.
-
EV fuses from Eaton
1:34
Circuits in EV applications all require cost effective and highly reliable fuses that are coordinated with other protection components in downstream circuits. Designers are also faced with the need for smaller components to fit in tighter spaces