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Chassis Mount Resistors

The RER50F15R0MC02 is an ideal chassis mount resistor for many common applications. It is made from a rugged composite material which is able to withstand temperatures up to 422 degrees Fahrenheight. Additionally, the RER50F15R0MC02 is designed to be vibration and shock resistant, making it ideal for harsh industrial environments.

Application Field

The RER50F15R0MC02 is commonly used and highly recommended for applications in automotive, industrial, and military systems. Its unique design and superior resistance to heat and shock makes it an ideal choice for applications requiring high reliability and durability. Additionally, the RER50F15R0MC02 can be easily implemented into a variety of circuits depending on the desired resistance and operating conditions.

Working Principle

The RER50F15R0MC02 is an electrically heated resistor that operates on the principle of Joule Effect. When a current is passed through the resistor, electrical energy is converted into thermal energy. This causes the resistor to heat up, thereby creating a resistive path that is dependent on the resistance of the resistor and the amount of current being passed through it. As the current is varied, the amount of thermal energy generated also changes, thus resulting in a varying resistive path.

In order to use the RER50F15R0MC02 in a chassis mount application, it should be connected to a heat sink, such as aluminum or copper. This helps to dissipate the generated thermal energy, thus enabling the resistor to maintain its desired resistance level even when subjected to high levels of current for long periods of time. Additionally, the RER50F15R0MC02 should also be connected to a voltage regulator or an appropriate safety circuit in order to protect the resistor from damage due to overcurrent.

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