HHV2WSFT-73-2M

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Through Hole Resistors

Resistors can be divided into two main categories, surface mount and through hole resistors. Through hole resistors, as the name implies, must be soldered to the board through holes and are the most commonly used type of resistors. One example of a through hole resistor is the HHV2WFSFT-73-2M.

HHV2WFSFT-73-2M Application Field and Working Principle

The HHV2WFSFT-73-2M is a fixed-value through hole resistor. It is designed for use in precision amplifier circuits and other ±5% tolerance applications. It comes in two packages, the traditional axial-leaded and the SMD type. Its nominal resistance is 2MΩ, and it is rated for an operating temperature range of -55°C to +200°C.

The HHV2WFSFT-73-2M works on the principle of Ohm’s law. Ohm’s law states that the current through a resistor is directly proportional to the voltage across it. This means that, provided the temperature of the resistor is kept constant, the current flowing through it will be proportional to the voltage across it.

The HHV2WFSFT-73-2M is designed to be able to dissipate up to 2W of power without any problems. Its resistance value will not be affected by temperature changes over the operating temperature range. In addition, this resistor is also extremely accurate - its tolerance is ±5%. This means that the actual resistance value will not deviate more than 5% from its nominal value of 2MΩ.

The HHV2WFSFT-73-2M is ideal for applications where high accuracy and stability are required, such as in precision amplifier circuits. The fact that it is a through hole resistor means that it is easy to install and debug and requires minimal rework during the assembly process.

Conclusion

The HHV2WFSFT-73-2M is a through hole resistor designed for applications requiring high accuracy and stability. Its nominal resistance is 2MΩ, and it is rated for an operating temperature range of -55°C to +200°C. Its performance is not affected by temperature changes thanks to its ±5% tolerance. It is ideal for use in precision amplifier circuits and other ±5% tolerance applications.

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