CJT200120RJJ

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Chassis Mount Resistors

Chassis mount resistors are basic resistors that are designed to mount on the chassis of an electrical device. These resistors are designed to help with protection, noise reduction, grounding, and signal transduction. One popular version of these components is the CJT200120RJJ, a resistor rated for 120 watts and constructed with a welded construction for superior performance.

Application Field

The CJT200120RJJ can be found in a variety of applications, often used when power-handling needs need to be managed onto the chassis of the device. Often it is used as a power resistor, providing an increased resistance against current that passes through the device to help manage electricity and overheating. In terms of voltage-handling abilities, the CJT200120RJJ usually provides the best results when working with voltages of up to 1500 V.

In addition, the CJT200120RJJ is frequently used as a voltage divider, dissipating the voltage across its two leads in order to maintain safe levels of voltage within the system. It is also used to dissipate energy into the chassis of the device, helping to provide stable levels of current. The resistor is also used to suppress noise and harmonics, creating a stable electrical environment and preventing components from experiencing interference.

Working Principle

The working principle of the CJT200120RJJ is simple and effective, relying on voltage and current to be passed into the component and then dissipated into the chassis.
The leads of the device are designed with high thermal conductivity, allowing the component to dissipate heat more effectively, while still keeping the part firmly secured to the chassis. The resistance value of the component is predetermined, which each type of resistor offering a different level of voltage and current ratings. Voltage is separated as it passes through the leads, with part of the voltage being dissipated into the chassis.

The CJT200120RJJ also works to reduce noise and harmonics, using the voltage dissipated to help reduce interference. As the voltage is dissipated through the component, the noise and harmonics of the electrical current are reduced, allowing other components within the system to function without disruption.

Conclusion

Overall, the CJT200120RJJ is an effective and reliable resistor, designed to mount on the chassis of an electrical device. It is used for a variety of applications, particularly in terms of providing power and voltage-handling support. It is also capable of dissipating energy and suppressing noise and harmonics, helping other components maintain a stable electrical environment. With its welded construction and high thermal conductivity, the CJT200120RJJ is an all-around excellent component that can help ensure safe and efficient performance.

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