RER65F23R2RCSL

Chassis mount resistors are used in a variety of applications. The RER65F23R2RCSL resistor is designed for use in high power, high vibration and harsh acoustic environments. With its low profile design, the resistor is suitable for applications such as chassis mount and exposed environments, as well as military, aerospace and robotics. Our rated power dissipation is 12 watts.

The working principle of the RER65F23R2RCSL chassis mount resistor is based on the Ohm’s law, the relationship between voltage, current and resistance. This law states that the voltage (V) across a resistor is equal to the current (I) through the resistor multiplied by the resistance (R). V = IR. This equation is observed in practice in order to always maintain a linear relationship between voltage, current and resistance.

The RER65F23R2RCSL resistor utilizes a combination of dielectric, sintered, impregnated and co-fired technologies in order to achieve its high current capability. The resistor is made up of several resistive elements that are operably interconnected in a single, compact package. All of these elements are arranged in a uniform grid pattern to create a low inductance and low thermal resistance design. Additionally, the resistor is designed with a high thermal stability to provide reliable performance at high temperatures.

The resistor has an innovative combination of interlocking dielectric and sintered elements, as well as impregnated and co-fired elements in order to provide a thermal resistance of just 0.001°C/W. The high thermal conductivity provides an extremely consistent performance even with extreme temperature variations. Additionally, the resistor features a high strength ceramic substrate material that can withstand high vibration. This helps to ensure a long life resonance in harsh acoustic environments.

The RER65F23R2RCSL resistor is designed with a low ESR, making it suitable for applications such as high frequency switching and switching power supplies. The resistor has demonstrated efficacy in military, aerospace, and robotics applications as it is able to withstand high vibration and temperatures in harsh acoustic environments.

In summary, the RER65F23R2RCSL chassis mount resistor is designed to provide consistently reliable performance in a variety of applications. Its low profile design makes it suitable for applica

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