THS5068RJ

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The THS5068RJ is a chassis mount resistor which is widely deployed in electronic applications. It is designed for superior temperature stability and high-power dissipation, making it an ideal choice for industrial and consumer applications.

The THS5068RJ is constructed of a rugged steel housing which features interlocking ears to provide secure mounting. The body is coated with an inert, non-reactive material to resist vibration and corrosion. The device is small enough to fit into tight spaces such as switch boxes and control panels, yet it provides excellent performance.

At the heart of the THS5068RJ is a precision-made, high-temperature, low-resistance aluminum oxide thick-film resistive element. This element provides superior performance over a wide temperature range, giving it excellent response and stability. The device is designed to provide consistent and reliable resistive values, regardless of changes in temperature, humidity, and other environmental conditions.

The THS5068RJ has a wide operating temperature range, from -45°C to +125°C. It is rated for up to 2 watts total power, which makes it suitable for higher-power applications. The device is designed to self-regulate its temperature automatically. Its zero-ohm gap technology allows for optimal thermal management, and it incorporates a built-in thermal fuse for over-temperature protection. This ensures that the device will maintain its resistive stability in even the most extreme conditions.

The THS5068RJ is designed for easy installation. The device can be surface mounted or panel mounted using standard mounting hardware. The device is designed for tight tolerance applications where repeatable performance is critical. Its high performance and reliable construction make it ideal for industrial and consumer applications.

The THS5068RJ is a dependable chassis mount resistor which is designed to provide outstanding performance in even the most challenging environments. Its robust construction and temperature-stable resistive element make it an excellent choice for a wide variety of electronic applications.

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