HHV2WSFT-73-56K2

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Through hole resistors are an integral part of most electronic circuits. The HHV2WSFT-73-56K2, a through hole resistor, is no exception. It is a medium-power resistor that can be used in a variety of fields. Its working principle and applications are discussed in detail below.

HHV2WSFT-73-56K2 Working Principle

The HHV2WSFT-73-56K2 is a through hole resistor with the following core components: a lead terminal, an insulating material, and a resistive element. The lead terminal connects the resistor to the circuit, and the insulating material prevents other components from contacting the resistive element. The resistive element is a combination of resistive wire and a ceramic core. The resistive wire is an oxide-coated piece of metal that creates resistance when electricity passes through it. The ceramic core helps to dissipate the heat generated by the resistive wire and increases the overall power rating of the resistor. When a voltage is applied to the resistor, the resistive wire will create a voltage drop, resulting in current flowing through the surrounding circuit.

HHV2WSFT-73-56K2 Application Field

The HHV2WSFT-73-56K2 has a power rating of 56kW and a working temperature range of -55℃ to +125℃, making it suitable for applications that require high power ratings and a wide working temperature range. It is commonly used in high-voltage power supply circuits, load balancing circuits, and voltage dividers. Due to its ability to handle high currents, it is also used in amplifiers, motor controls, and power converters. Additionally, it can be used in high-frequency switching circuits where its low inductance provides stability.

Conclusion

The HHV2WSFT-73-56K2 through hole resistor is a highly versatile component that can be used in a variety of fields. Its core components of a lead terminal, insulating material, and a resistive element are combined to create a high power resistor with a wide working temperature range. It is a useful component for applications such as high-voltage power supply circuits, load balancing circuits, and voltage dividers. Additionally, its low inductance makes it suitable for high-frequency switching circuits.

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