RER40F3160RC02

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The RER40F3160RC02 offers precise and reliable solutions in the field of chassis mount resistors. Employing a thick film construction, the resistor offers excellent high-temperature stability, low noise properties and excellent long-term stability. It is ideal for use in a range of applications such as current sensing, power measurement, voltage measurement and temperature compensation.

This reliable resistor offers complete and long-term performance in both industrial and automotive applications. Specifically, the RER40F3160RC02 provides excellent solutions in demanding applications such as automotive safety systems, security systems, and communications systems. It can also be used in a range of other applications including resistance-type instrumentation circuits such as pressure transducers, level and flow control systems, and resistors for high-precision instrumentation.

The working principle of the RER40F3160RC02 relies on its thick film construction. The thick film, made from a loosely sintered metal alloy, ensures high precision and stability. It also provides maximum temperature stability of 1.6Ω/°C, making it ideal for use in high-temperature environments. Additionally, it offers excellent high-temperature stability up to 155°C allowing it to withstand high-temperature requirements. This thick film is further supported by a high temperature co-fired ceramic to ensure maximum stability and reliability.

The RER40F3160RC02 also offers excellent noise reduction capabilities. Its thick film is able to significantly reduce resistive noise resulting in superior performance and precision. It also offers excellent long-term stability, meaning that its performance will not degrade over time.

The RER40F3160RC02 is an excellent choice for use in various chassis mount resistor applications. It offers excellent performance and reliability in high-temperature environments, resistance-type instrumentation circuits, and automotive safety systems. Its thick film construction ensures maximum stability and reliability and its noise reduction capabilities provide superior performance and precision. Its excellent long-term stability also makes it an ideal solution for long-term applications.

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