RN55E2323BBSL

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Through Hole Resistors

Through hole resistors, also known as axial lead resistors, are a type of passive component constructed through a combination of both a nichrome film and a phenolic or ceramic body. They are wired onto circuit boards using individual holes, or through hole technology, which is a key distinguishing factor of through hole resistors when compared to surface mount technology.

RN55E2323BBSL Application Field and Working Principle

The RN55E2323BBSL is a through hole resistor designed for general-purpose applications. Its construction consists of a high-purity alloy film which is secured between two ceramic cores or rods. Its low-resistance values, along with an advanced thermal conductivity, makes it suitable for use in energy-conversion and switching power supplies. The resistor also features a very stable self-resistance value of 10 ohms +- 5%.

The working principle behind the RN55E2323BBSL relies on the resistor\'s ability to construct a voltage drop across its length. This is accomplished by contrasting the electric current flowing through it with the resistor\'s resistance value. The more current that passes through the resistor, the higher the voltage drop that is developed across its length. As a result, the resistor can be used to regulate or reduce an electrical current.

In addition, the resistor\'s construction helps to reduce the amount of power lost or dissipated during operation. This is due to the heat generated by the resistor being quickly absorbed by the ceramic body and released into the walls of the resistor. This helps to keep the resistor from getting too hot, preventing it from burning out or becoming a potential fire hazard.

The RN55E2323BBSL is also highly durable and reliable. As it is both an inorganic and a non-volatile material, it is resistant to damage from chemicals and extreme temperatures. Furthermore, the resistor is able to withstand high current flow rates without becoming damaged or failing.

In summary, the RN55E2323BBSL is a durable, reliable, and efficient through hole resistor designed for use in a wide range of applications. It offers excellent thermal conductivity, very low-resistance values, and can be used to regulate and reduce electrical current. Furthermore, its construction helps to reduce the amount of power lost to heat, making it a preferred choice for many electrical engineers.

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