CPCC101K500KB31

Through hole resistors are electrical components that consist of a core or dielectric material, along with resistors. The CPCC101K500KB31 is a through hole resistor that is used in a variety of applications, and has a range of working principles.

The CPCC101K500KB31 is best suited for use in applications that require high temperature, power and precision. It is a power resistor with a rated power of 1kW at 500kHz and is designed to provide a stable and linear resistance across a wide temperature range. Additionally, the CPCC101K500KB31 has a low temperature coefficient and an operating range of -55 to +200°C. The core of the resistor is made of ceramic and the resistors are insulated to reduce the induction of other frequencies into the circuit.

The CPCC101K500KB31 is ideal for use in applications such as motor controllers, frequency converters, power supplies, motor drives and power transistors. Due to its high temperature rating, the CPCC101K500KB31 can be used for long durations in high temperature environments. It has also been designed to work in both AC and DC circuits, providing a consistent level of power.

The working principle of the CPCC101K500KB31 is simple. The core of the resistor is a ceramic material that changes its resistance when an electrical current passes through it. The resistor’s resistance does not change linearly with the magnitude of voltage applied, but instead changes exponentially. This ensures a stable operation range and also ensures the consistent performance of the resistor when in a high temperature environment.

In addition to its high temperature and power rating, the CPCC101K500KB31 also has a high accuracy and tolerance rating which ensures that it is capable of precise measurements of voltage and current. The accuracy rating of 0.1% ensures that the resistor can provide accurate readings without any discrepancies. This makes it ideal for use in precise circuitry.

The CPCC101K500KB31 is a through hole resistor that is ideal for use in a range of high temperature applications. It is designed for high temperature operation, with a range of working principles. It can provide a stable and linear resistance across a wide temperature range, with a low temperature coefficient. Additionally, its high accuracy and tolerance rating ensures that it is capable of providing precise measurements, making it ideal for use in accurate circuitry.