H868K1DCA

H868K1DCA application field and working principle

The H868K1DCA resistor, which belongs to the Through Hole Resistors category, is a multi-functional component used in a variety of applications across a range of industries. Its key features, such as its tolerance of high temperatures and tolerance of high voltage, make it ideal for a range of applications.

Features

The H868K1DCA features include its tolerance of high temperatures, up to 350°C in some cases and up to 600°C in others. It also offers high voltage tolerance, up to 150V, and tolerance of surge voltage, up to 500V, making it suitable for a wide range of applications. Other features include a 4-pin design, thermal stability, low profile, and available in various lead and body sizes.

Applications

The H868K1DCA can be used in a range of applications. It is used in the power industry, automotive industry, and medical industry, to name a few. In the power industry, it is used in transformers, panel meters, circuit breakers, and relays. In the automotive industry, it is used in car engines, emission control systems, and electronic systems. In the medical industry, it is used in x-ray machines, medical equipment, and imaging systems.

Working principle

The H868K1DCA works in two different ways: through resistance and through capacitance. When current flows through it, resistance is created. The level of resistance depends on the size of the resistor and its material. The resistor also acts as a capacitor, storing energy. The amount of energy stored depends on the capacitance of the resistor. The two different working principles work together to create a stable and reliable component.

Conclusion

The H868K1DCA has a range of features that make it suitable for multiple applications across several industries. It offers high temperature and voltage tolerance, a 4-pin design, thermal stability, and low profile. It works by creating sparks and capacitance.Overall, the H868K1DCA is a reliable and versatile component that can be used in almost any application.