TJT30010RJ

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Chassis mount resistors have a wide range of applications in varying industrial sectors, providing a reliable and cost-efficient form of resistance to measure voltage or current in a variety of electrical circuits. The TJT30010RJ is a type of chassis mount resistor used in areas such as rotating machinery, power electronics, medical equipment, and telecommunications. Its operation is based on the principle of Ohm’s Law, whereby current can be controlled with an appropriate resistance.

The TJT30010RJ chassis mount resistor consists of a ceramic body with a metallic coating, ceramic actuator, and negative temperature coefficient (NTC). The ceramic body provides insulation from short circuits and interference, and is also resistant to most chemicals and solvents. The metallic coating allows electrical components to be mounted directly on the resistor’s surface. The ceramic actuator regulates the connection of the resistor to the circuit, while the NTC thermistor ensures the stability of the resistance value across a given range of temperatures.

The TJT30010RJ is designed for very low resistance applications, since its resistance range is 0.001-10ohm. This makes it ideal for use in electrical circuits where precise and reliable resistance readings are required. It offers a higher level of electrical noise immunity compared to other chassis mount resistors, and can operate at temperatures up to +145°C.

The TJT30010RJ chassis mount resistor also features an internal self-healing design to protect against short circuits and spikes in voltage. Its stud-type design allows for easy mounting, and is compatible with a variety of connection systems such as the J-standard pin and M4 standard nut. The resistor’s mechanical construction is designed to reduce stress levels, making it suitable for use in high vibration environments.

The TJT30010RJ chassis mount resistor can be used in a variety of applications, including power electronics, rotating machinery, medical equipment, and telecommunications. It offers an effective and reliable solution for providing precise resistance readings, and its combination of high temperature rating and self-healing design make it an ideal choice for demanding applications.

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