TE500B5R6J

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Chassis Mount Resistors

Chassis mounted resistors describe a range of components used to distribute resistive loads, limiting current, altering voltage distribution, and dissipating heat. The TE500B5R6J product is a chassis mount resistor commonly used to attenuate electrical signals to more precise levels, or to intervene between electrical loads and low power sources. In computing and communications, a chassis mount resistor can provide current limiting, voltage-based power management, or protection from physical damage.

The TE500B5R6J is constructed from graphite and copper tin foil wrapped into a frame, allowing for greater levels of electrical stability and mechanical rigidity. The size of the part helps dissipate heat, ensuring thermal stability over time, and high levels of dielectric breakdown. The resistor is also hermetically sealed and designed for through-hole mounting, allowing for its use in environments that may be exposed to liquid or dust.

The TE500B5R6J demonstrates a working temperature range of -20°C to 95°C and a resistance range of 24Ω to 76Ω, designed for use at voltages ranging from 0.4V to 6V. The working principal for the TE500B5R6J is based on blocking and routing of electrons through resistive networks, called networks of resistors. In this sense, the resistor is only a passive element that acts as a resistance equivalent between two points. In this way, the resistor creates an electric circuit with the voltage divided according to the type of resistors used.

Application fields for the TE500B5R6J include automotive, aerospace, telecommunications, and electronics applications. This chassis mounted resistor is ideal for process control and CAN bus applications. The TE500B5R6J is also employed in audio systems, test equipment, and medical equipment. These applications are possible partially due to the resistor’s resistance to shock, vibration, and chemical corrosion.

Conclusion

The TE500B5R6J chassis mounted resistor provides electrical stability and mechanical rigidity, thermal stability, and high resistive temperature ratings. Due to its hermetically sealed frame, it can withstand environments exposed to liquid or dust. The TE500B5R6J can be used for a range of applications, including automotive, aerospace, telecommunications, and electronics. This resistor is also resistant to shock, vibration, and chemical corrosion.

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