RER65F1010RCSL

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The RER65F1010RCSL is a chassis mount resistor designed specifically to provide better resistance control and higher reliability for a wide range of applications. This type of resistor is commonly found in automotive and other industrial applications where high power and precision is needed. This resistor is also used in high speed and high frequency applications in communication and control systems.

The RER65F1010RCSL is made of copper and aluminum oxide resistive element with a solderable input connector, a reliable heatsink, and a durable mounting plate for secure installation in chassis. The resistor has a high resistance accuracy and offers good pulse capability up to 10kHz. Furthermore, this type of resistor demonstrates excellent performance under high thermal cycles. It also has an improved 1 percent minimum resistance tolerance and is able to withstand high temperatures up to 150°C.

When the power dissipated by the RER65F1010RCSL exceeds the maximum rated power, the resistor heats up and its temperature increases providing a better resistance control. To minimize the temperature rise in the resistor, the mounting plate dissipates the heat to an external heatsink or to the chassis itself. In addition, the resistor\'s internal heat sink provides additional thermal dissipation for better stability and reliable performance. The resistor provides stable operation even at low current densities (0.3A/cm²).

The RER65F1010RCSL also features an excellent temperature coefficient of resistance. Its temperature coefficient of resistance (TCR) values range from ±300ppm/°C to ±450ppm/°C depending on its resistance value. This allows it to maintain its high accuracy level over a wider temperature range. Furthermore, its low noise characteristics make it suitable for applications that require high frequency and fast signal transfer.

The RER65F1010RCSL can be used in a wide range of applications, from automotive to industrial equipment. It offers excellent performance and reliable operation for power control, current sensing, and temperature control. It also provides excellent noise rejection for signal transfer, which helps reduce electromagnetic interference in radio communication systems. Its robust design and premium TCR values make it an ideal choice for applications that require high accuracy and reliable operation.

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