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Chassis Mount Resistors – CJT6068RJJ

Resistors are one of the most common components in any electronics system. They are primarily used to limit the flow of current, provide a reference for voltage levels, and limit power dissipation. Chassis mount resistors are designed to be mounted directly to the chassis of electronic systems as a primary source of noise reduction or as a secondary source of signal conditioning. The CJT6068RJJ is a chassis mount resistor from the CJT series which is designed specifically for applications where vibration is a concern. This article outlines the key application fields and operating principles of the CJT6068RJJ.

Applications and Uses

The CJT6068RJJ is a chassis mounted resistor designed for applications requiring noise reduction and vibration resistance. It is used in a wide variety of electronics, including automobiles, medical equipment, and military electronics. It is designed for use in environments where vibration is a factor, such as airplane cockpits, construction sites, and off-road vehicles. It is also used in noise-sensitive areas, such as homes, businesses, and hospitals.

The CJT6068RJJ is also used in high reliability power systems, such as power supplies and motor controls. It is designed to be mounted directly to a printed circuit board, using surface mounted technology. This saves time and cost, as no through-hole components are required. It is also designed to resist vibration and shock due to its construction with glass-filled polyester, which increases its durability.

Operating Principles

The CJT6068RJJ chassis mount resistor works by limiting the amount of current passing through a circuit. This is done by introducing a resistance value in the circuit, which results in the voltage and current in the circuit being limited. This provides a reference point for voltage levels and helps prevent overheating of the components in the circuit. It also helps reduce the amount of noise generated in the circuit.

The CJT6068RJJ is constructed with glass-filled polyester and is designed to resist high levels of vibration and shock. This provides the component with a high degree of durability and reliability in adverse conditions. In addition, the CJT6068RJJ is designed to dissipate any excess heat, which helps increase its performance in applications where high temperatures are a concern.

Conclusion

The CJT6068RJJ chassis mount resistor is a highly reliable and durable component designed for use in applications where vibration is a concern. It is designed to limit the flow of current, provide a reference point for voltage levels, and prevent overheating of components in the circuit. It is also designed to reduce the amount of noise generated in the circuit. It is an excellent choice for applications where reliability and durability are critical.

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