RER50F5620RC02

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Chassis Mount Resistors

Chassis mount resistors are designed for mounting within an electronic chassis, and are designed with an air gap between the components and the environment around them. This gap acts as an insulation layer and helps protect the components and circuits from EMI interference, as well as providing a reliable bond between the chassis and the component.

RER50F5620RC02 Application Field and Working Principle

RER50F5620RC02 is a chassis mount resistor and is designed for commercial and industrial applications. It is a low-profile, high-power, non-inductance type with high vibration resistance. It is ideal for high power applications, such as phased array radar systems, power supplies, and communication systems. The RER50F5620RC02 consists of three layers of resistive elements made of resistive paste, a ceramic substrate, and a glass or metal substrate. The elements are connected internally using leads and mounted externally on the chassis.

The RER50F5620RC02 has a peak power rating of 5620 W, a maximum voltage rating of 1kV, and an insulation resistance of 85 mW. This makes it suitable for a wide range of applications including power supplies, motors, and fluorescent lamps. The RER50F5620RC02 also features a high temperature performance which allows the resistor to operate at temperatures ranging from –55°C to +175°C without damage to the resistor.

The working principle of the RER50F5620RC02 is based on a combination of heat transfer, resistance to heat flow, and thermal conductivity. The resistor has a high thermal conductivity which helps to efficiently transfer heat from the resistor element to the chassis. This reduces the local temperature of the resistor which increases its durability. The resistor also features a high electrical resistance, which allows it to operate at a variety of voltage levels with minimal power loss.

In addition, the resistor is designed with a combination of insulating material, ceramic and metal layers which help to effectively protect the resistor from EMI interference. The insulation layers also allow for a reliable bond between the chassis and the resistor, thereby increasing its lifespan. The resistor also features a self-extinguishing system which helps to adjust the power transmitted through it automatically in order to maintain a consistent voltage level.

Overall, the RER50F5620RC02 is an ideal choice for a variety of applications such as power supplies, motors, and fluorescent lamps. Its high thermal conductivity, high electrical resistance, insulation layers, and self-extinguishing system make it a reliable and durable choice for a variety of applications.

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