AHA25AFB-806R

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Introduction

Chassis Mount Resistors are well-known components that can be used in a wide range of applications. These components are designed to provide efficient, reliable resistors for use in a wide range of low voltage, low current power supplies. Chassis Mount Resistors are used for various applications such as controlling the current passing through the load, stabilizing the voltage output, regulating the temperature, providing the right domain for the components, etc. One of the most popular Chassis Mount Resistors is AHA25AFB-806R, which is suitable for use in the above mentioned applications.

AHA25AFB-806R Application Field

The AHA25AFB-806R is a low voltage, low current power supply Chassis Mount Resistor that is designed for multiple purposes. This component is often used to adjust voltage and current output by providing an effective motor control. This type of Chassis Mount Resistor can be used to control current output and prevent current overloads. It also has a strong resistance to temperature fluctuations and can be used to regulate the temperature of the load. Additionally, it is ideal for providing appropriate domain for the components. The AHA25AFB-806R is suitable for use in a range of electronic circuits, including microcontroller circuits, motor control, power supplies, control boards, inverter and switching circuits.

AHA25AFB-806R Working Principle

The AHA25AFB-806R utilizes a thermally assisted bimetallic strip for its operation. Bimetallic strips are commonly used in thermally actuated resistive components and work by having two metal strips which are connected together. One strip is more thermally sensitive than the other and will react to changes in temperature. During temperature variations, the two strips will expand or contract differently, thus changing the overall position of the strips. This movement will cause the resistor\'s contact points to open and close, thus regulating the flow of electricity.

When an AC voltage is applied to the resistor, the current flow will cause the bimetallic strips to heat up, resulting in an expansion of the thermally sensitive strip. This action will cause the spring to compress and the contact points on the strip to open up, which will reduce the current flow and thus regulate the load current. Similarly, when the bimetallic strip is cooled, the thermally sensitive strip shrinks and the spring will stretch, forcing the contact points to close, thus allowing the higher flow of current.

Conclusion

In conclusion, the AHA25AFB-806R is a reliable, efficient Chassis Mount Resistor that is suitable for a range of applications, such as motor control, power supplies, control boards, inverters, and switching circuits. This component utilises a thermally assisted bimetallic strip that works by producing expansions and contractions on the strip to regulate the current flow. Thus, the AHA25AFB-806R can be used to adjust voltage and current output, control the temperature of the load, and provide the right domain for the components.

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