CMF55422K00BHEA

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

Through hole resistors, or also known as leaded resistors, are resistors that have leads, or wires, attached at both ends. They are usually mounted on printed circuit boards by soldering the leads directly to the board. This type of resistor is usually much larger than chip resistors and are not recommended for use in high-density applications where weight or size is a concern. The CMF55422K00BHEA resistor is a through hole resistor that has an application field and working principle discussed in this article.

Application Field

The CMF55422K00BHEA is suitable for all kinds of precision circuits and is mostly used in portable electronic equipment, digital cameras, electronic toys, and similar portable or low-power products. It is also compatible with low-noise circuits thanks to its low noise performance. It is designed for applications where high accuracy is desired.

This type of resistor is built for high-current applications and can handle up to 1.5 amps continuously. The bulk of the resistor is generally made from copper-nickel-steel alloy so it is highly reliable and able to withstand the high current. It is also an excellent choice for applications where noise reduction is necessary because it features a built-in noise reduction network.

Working Principle

The CMF55422K00BHEA is a through hole resistor that utilizes a simple resistor-magnent device to provide resistance stabilities. This resistor-magnet device is made up of an electromagnet and resistors, usually resistance wire. The working principle of the resistor-magnet device is to control current through the resistance wire by using the electromagnet to change the flux of the current. By controlling the flux of the current, the resistors can be used to regulate the current running through them.

The device works by having the electromagnet influence the magnetic field of the current flowing through the resistors. This magnetic field is used to control the flow of current through the resistors in order to achieve the desired resistance value. When the external magnetic field is reduced, the resistors will reduce the current passing through it, resulting in a decrease in resistance. When the external magnetic field is increased, the resistors will restrict current even further, resulting in an increase in resistance.

The CMF55422K00BHEA is a highly reliable and durable through-hole resistor due to its construction material and application field. It is a good choice for applications where noise reduction and precision are needed. The device works by controlling current through the resistors using an electromagnet and magnetic field. The results are a stable, reliable resistor that is built for high-current applications.

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