0498150.SXT

0498150.SXT Application Field and Working Principle

The 0498150.SXT is a fuse device developed for application in automobiles, domestic appliances, electric furniture, vending machines, elevators, datacom applications, and other circuit and systems.

The 0498150.SXT is an advanced time-delay current-unlimited fuse that offers protection against short-term current overloads of up to 16 times the rated current. This fuse is designed for use in highly reliable and cost-effective automotive applications such as power steering, cooling fan motors, and alternators.

The 0498150.SXT provides a wide range of features to meet the needs of various applications, including over temperature protection, current over ride based on time delay, low voltage switch-off, reverse polarity protection, and MCU shutdown.

The working principle of the 0498150.SXT is based on the conservation of energy and the ability of a time-delay fuse to react to rapid current pulses considerably faster than other types of fuse. This allows the 0498150.SXT to handle inrush and overloading currents in a given time frame without disrupting the operation of the devices.

When a current overload occurs, the 0498150.SXT will react instantly and limit the current overload to a level that it can safely manage. This is done by sensing the increase in current flow with a built-in fusible element. Once the current overload has been reduced to a safe current, the fuse will re-engage and continue to operate normally.

The 0498150.SXT is an ideal choice for automotive applications as it is designed to withstand a wide range of electrical pulse widths and temperature ranges. It has been certified to meet the standards of the Automotive Electronics Council (AEC) and has a UL (Underwriters Laboratories) recognition.

The 0498150.SXT offers a reliable level of protection to any circuit or system, making it an attractive option for automotive and other industrial applications. It is an excellent choice for users who require a reliable and cost-effective solution to protect their circuits and systems.