RER45F95R3RC02

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Chassis Mount Resistors are components used to limit current within a circuit, maintain signal levels and provide biasing in radio frequency circuits. Many types are available so it is important to understand the operating characteristics of the resistor before it is incorporated in a design. The RER45F95R3RC02 is a chassis mount resistor with an operating power of 0.35 watts, and is rated 7.5K Ohm at 10% tolerance. In this article, we will discuss the application field and working principle of RER45F95R3RC02.

The prime application field of the RER45F95R3RC02 is the generation and conversion of power in different applications. It is primarily used for DC-DC conversion devices such as switching power supplies, voltage regulators, and various voltage-stabilizing products. It can also be used for telecommunication, computers, consumer products, and other industries requiring power conversion components.

The working principle behind the RER45F95R3RC02 is straightforward. It is composed of a heater and a resistor in order to reduce the component\'s temperature with respect to its surroundings. The resistor\'s power value determines the amount of heat absorbed by the RER45F95R3RC02. As the power rises, so does the amount of heat being absorbed. When this heat is absorbed by the RER45F95R3RC02, it is converted into electrical energy which is then used to generate power. This power is then used to power the components of the system in which the RER45F95R3RC02 is incorporated.

The RER45F95R3RC02 features high conversion efficiency and low resistance values. Furthermore, it is RoHS compliant and has a high temperature coefficient of variation, making it suitable for a wide range of applications. One of its most important features is its low self-heating characteristics, which allows it to operate even in heat-sensitive applications.

In conclusion, the RER45F95R3RC02 is a powerful chassis mount resistor with a wide range of applications. It is typically used for power conversion applications such as DC-DC conversion devices and switching power supplies. Its low self-heating characteristics make it well suited for heat-sensitive applications. It is RoHS compliant and features a high temperature coefficient of variation, making it a suitable component for a range of applications.

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