100NHM00B-690

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 100NHM00B-690 is an electrical specialty fuse designed to safely absorb excess energy from circuits caused by short-circuits and overloads. It is a type of circuit protective device to protect electrical components from short-circuiting and over-current damage.

The 100NHM00B-690 is a fast-acting, single-ended ceramic fuse with standard time delay rating of 178 seconds at 500% of rated current. The 100NHM00B-690 is a UL and cUL recognized component. It is constructed with a tin-plated copper cap and a nickel-plated copper housing. The fuse contains a ceramic body and a silver-plated nickel electrode.

The 100NHM00B-690 has a wide variety of applications in the electrical industry. It is used as a circuit protective device for computers, industrial machinery, air conditioners, home appliances, and many other electrical products. It is also widely used in automotive, telecom, and business machines for over-current or short-circuit protection.

The working principle of the 100NHM00B-690 is based on the Joule effect. When the current surpasses the rated current of the fuse, the silver-plated nickel electrode will heat up due to the ohmic resistance of the conductors. As a result, the fuse will open the circuit and stop the current.

The 100NHM00B-690 is designed to provide reliable protection against over-current and short-circuit conditions. It limits the amount of current that can flow through the circuit and offers maximum protection from hazards. As a single-ended ceramic fuse, the 100NHM00B-690 has a large temperature range and can withstand high in-rush current as well.

In conclusion, the 100NHM00B-690 is a reliable and cost-effective electrical specialty fuse. It has a wide variety of applications and is suitable for use in industrial, automotive, telecom, and home appliance settings. The 100NHM00B-690 provides efficient over-current protection and won\'t allow hazardous currents to flow through the circuit. Thus, it is the ideal choice for a variety of electrical applications.

The specific data is subject to PDF, and the above content is for reference