0659P2500-16

Fuses

Fuses are electrical safety devices that protect circuits from damage caused by excessive current. They are often found in residential and commercial applications, such as appliance, residential wiring, and electronic equipment.

The 0659P2500-16 is a 2A, 16V miniature, time delay, fast acting miniature fuse designed to protect circuits from damage due to short circuits and overloads. The fuse has a blade shape and is commonly used for residential, commercial, and automotive applications.

Application Field of the 0659P2500-16 Fuse

The 0659P2500-16 is commonly used in residential, commercial, and automotive applications. In residential applications, it is used to protect lighting, heating, cooling, and other appliances from overcurrent. In commercial applications, it is used to protect telecommunication and data equipment, crucial business and manufacturing equipment, and critical processes. In automotive applications, it is used to protect electronic accessories, such as GPS, audio, batteries, and lighting systems.

Working Principle of the 0659P2500-16 Fuse

The 0659P2500-16 fuse is a time delay type fuse, which means it has a specific response time to over-current events. The current rating of the fuse determines its time of response. This means that the higher the rated current of the fuse, the faster it will respond to an over-current event.

When a short circuit occurs, the fuse will blow, preventing any further damage to the circuits by limiting the flow of current in the circuit. The time delay feature of the fuse ensures that normal currents in the circuit are not disrupted, allowing the circuits to function properly while keeping them secure from electrical hazards.

The 0659P2500-16 fuse is a fast acting fuse that can react within 30 milliseconds. This makes it ideal for protecting electronics and systems that require fast response times.

Conclusion

The 0659P2500-16 is a miniature, time-delay, fast-acting fuse designed for application in residential, commercial, and automotive circuits. Its time-delay feature ensures that normal circuits are not disrupted while providing fast response times when short circuits occur. Its current rating determines its response time, with higher current ratings providing faster response times.