02200038MXP

Fuses: 02200038MXP application field and working principle

02200038MXP is a miniature fuse commonly used in the electronic equipment markets. It is one of the older types of fuses, though it remains popular due to its low cost and its ability to quickly and reliably protect electrical circuits from damage caused by overcurrent or short circuits. This type of fuse can be used in both commercial and consumer electronics.

The 02200038MXP is a glass body type fuse with an internal wire element that is designed to melt in the event of too much current being passed through it. The fuse contains a cylindrical contact strip forming a pair of parallel electrodes and a central lead connected to an external cap. It is sealed in a glass tube and filled with a white material which helps to prevent arcing between the electrodes when the fuse blows. The central lead is attached to a metal terminal cap which forms the primary connection to the circuit.

The 02200038MXP is rated for six volts of continuous power and up to 250 volts of intermittent power. The fuse is designed to blow when its temperature reaches 144°C (291°F). When an overload occurs in the circuit, the wire element heats up and melts, cutting off the power supply to the protected circuit. This type of fuse helps to protect the electrical circuit and its components from further damage in the event of an overload or short circuit.

The 02200038MXP is commonly used in all types of electronics, including cell phones, laptops, and other consumer electronics. It is also used in military electronics, medical equipment, industrial equipment, and aerospace applications. Because of its small size, the 02200038MXP is also often used for surface mount applications.

The 02200038MXP is an effective way to protect circuits from overloads and short circuits. Its small size and low cost make it a popular choice for a wide variety of electronics applications. The fuse is designed to quickly and efficiently cut the power supply when an overload is detected, thus preventing further damage to the circuit.