160NH2AM-6

Specialty Fuses

The 160NH2AM-6 is a specialty fuse, designed for use in read/write memories, word processors, computers, and other systems that require power and control circuits. It is able to provide a high level of isolation between the fuse elements, a common interface, and frequent blocking of large capacitance. The 160NH2AM-6 is a dual-element fuse designed for a variety of protection applications, which requires a low level of cross-talk.

Application Field

The primary application field for the 160NH2AM-6 is for the protection of computer-controlled systems. It offers protection from over-currents, over-voltages, and short-circuits. In all systems, the fuse serves as a safeguard against power surges, unintentional connections, or break-in attempts from either inside the system or from outside. Specifically, the 160NH2AM-6 is designed to protect the system against system faults, load balance, and arcing points. This fuse is the ideal choice for applications requiring high reliability, high performance, and low cost.

Working Principle

The 160NH2AM-6 operates in a manner similar to other standard fuses. Two elements are created in the fuse, an actuation element and a thermal element. The actuation element senses current flow and opens or closes the fuse in response to an external signal. The thermal element serves as the main secondaries of the fuse and energizes when a particular temperature is exceeded. The fuse will not open unless the actuation element senses a predetermined amount of current, typically 1.5 times the rated current of the fuse.

The 160NH2AM-6 is capable of detecting both high and low short-circuits, current surge, as well as temperature. When the sensed parameters exceed the preset thresholds, the fuse will blow. This allows it to protect both sensitive digital components as well as larger systems. Additionally, this fuse features a fuse reset mechanism, which is activated when the maximum temperature is reached or the sensed current exceeds the preset threshold. The resetting of the thermal element requires the input of a new fuse, and the connection of the resetting mechanism will serve as a protection against further damage.

Conclusion

The 160NH2AM-6 is an ideal choice for applications requiring high reliability, high performance, and low cost. It is capable of providing a high level of isolation between the fuse elements, a common interface, and frequent blocking of large capacitance. The actuation element senses current flow and opens or closes the fuse, while the thermal element serves as the main secondaries of the fuse. It is an ideal choice for the protection of computer-controlled systems against damages from power surges, unintentional connections, or break-in attempts.