TE80B2R2J

Chassis mount resistors are a type of resistor used in electronic circuits to create specific resistance values, limit current flow, limit voltage across a particular point or even split a component\'s voltage signal, such as a current sense resistor. TE80B2R2J is an example of such a component. This section will look into the application field and working principle of TE80B2R2J.

TE80B2R2J is a surface-mount type resistor, which means it can be mounted onto the surface of the printed circuit board. The element is packaged inside a small, rectangular body, which is mounted on an isolated metal pad. The resistor itself consists of a metal plate with a ceramic substrate attached to the top, an oxide layer on top of the substrate, a refractory metal carbide element on top of the oxide layer, and finally a protective coating. This design ensures that the resistor is of good surface mount quality.

In terms of applications, TE80B2R2J is mainly used for the routing of surge current flows when the power is switched on and during overload conditions. This is a important function for safety reasons, as too much current can cause overall system failure. Furthermore, it is used to limit current to a specific level to protect other systems components from excessive current. TE80B2R2J\'s low resistance value makes it ideal for use in high-speed applications where undesirable voltage drops need to be prevented.

The working principle of TE80B2R2J revolves around the fact that any current that passes through the resistor causes a voltage drop. Due to its small size and low resistance value, the TE80B2R2J eliminates most of the voltage drop that would otherwise occur when dealing with large current flows. The voltage drop across the resistor is directly proportional to the current that is passing through it. Therefore, by controlling the current, we can control the voltage drop across the resistor.

In conclusion, TE80B2R2J is a type of chassis mount resistor that is used in a various types of electronic systems to protect components from excessive current. It is a small, low-resistance component that provides excellent performance in high-speed applications. It is capable of limiting current to a specific level, protecting both the resistor and other components from damage.