CA5100430R0JE05

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Through Hole Resistors

Through hole resistors are a type of resistor that can be either surface-mount or through-hole mounted into a circuit board. They are typically used in electronic components and systems where long-term stability and reliability are required. The through hole design necessitates that the current will pass straight through the device, making it a suitable choice for applications with higher power requirements.

The CA5100430R0JE05 is a through hole resistor that is specially designed to meet the requirements of high power applications. It is composed of a special metal alloy and features a temperature coefficient of 0.2 ppm/°C and T.C.R range of less than 500 ppm/°C.

Application Field

The CA5100430R0JE05 is designed specifically for use in high-power applications such as in automotive, industrial and aerospace systems. It is also well suited for heavy-duty equipment such as power supplies, loadbank, UPS, motor control systems, and other applications where long-term reliability and stability are a must. The device is also designed to withstand vibrations and shock.

Working Principle

The CA5100430R0JE05 is designed to convert electrical energy into thermal energy. This is accomplished by passing a current through the resistor. The current will cause the resistor to heat up, thereby converting the electrical energy into thermal energy. Heat is then dissipated into the environment. The power dissipation from the resistor will be determined by the resistance value and the current passing through it.

The resistance of the CA5100430R0JE05 remains stable even when subjected to large temperature variations. Additionally, due to its low temperature coefficient of resistance (TCR), it ensures excellent accuracy and repeatability over time. This makes it preferred for long-term applications.

Conclusion

The CA5100430R0JE05 is a through hole resistor designed specifically for high power applications. Its design provides excellent performance and long-term stability and reliability. It is suitable for automotive, industrial, and aerospace applications, as well as for equipment requiring a high degree of vibration and shock resistance. Additionally, its low TCR ensures excellent accuracy and repeatability over time.

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