H4110KFDA

Through Hole Resistors

The H4110KFDA is a type of through hole resistor that is specifically used for high voltage and high capacitance applications. It has certain features that make it ideal for high voltage and high capacitance applications, such as high dielectric strength, low inductance, and low contact resistance. The H4110KFDA is able to handle voltages up to 3000Vrms. Additionally, it also possesses a wide capacitance range from 0.1 pF to 100F.

Applications

The H4110KFDA through hole resistor is primarily used in the fields of industrial and instrumentation equipment, as its high dielectric strength and low contact resistance makes it ideal for use in high voltage and high capacitance applications. It is also often used in telecommunications and automotive applications, due to its low inductance. The H4110KFDA is also frequently used in industrial motor control applications, as its low contact resistance and wide capacitance range can provide superior motor speed control.

Working Principle

The H4110KFDA through hole resistor works by using a semiconductor film deposited on its surface. This film contains a combination of resistive and semiconductive materials such as carbon, silicon, and metal. When electrical current is applied, the semiconductor film resists the flow of current, creating heat. This heat is then dissipated into the atmosphere, resulting in resistance. The wider the capacitance range of the H4110KFDA, the greater its resistance.

Conclusion

The H4110KFDA through hole resistor is an ideal choice for high voltage and high capacitance applications. Its features, such as its high dielectric strength, low inductance, and wide capacitance range, make it an excellent choice for telecommunications, automotive, industrial motor control, and other applications. Furthermore, the H4110KFDA works by using a semiconductor film on its surface, which creates heat by resisting the flow of current, resulting in resistance. Consequently, the H4110KFDA through hole resistor is a reliable and efficient component that can be used for a variety of applications.