AHA500FB-14R7

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Chassis Mount Resistors, also known as specialty resistors, comprise a vast array of products. The AHA500FB-14R7 model can be classified as an example of this great variety. This resistor type offers superior performance when used in high-power applications. The features that make the AHA500FB-14R7 chassis mount resistor unique include its large surface area, superior heat dissipation, low noise levels, and low resistance coefficients.

The AHA500FB-14R7 is designed for operations in a variety of fields. It is ideal for applications in the avionics, automotive, telecom, industrial/home appliances, and medical industries. It is also useful for electronic-controlled equipment such as microwaves, climate control systems, and low/medium voltage AC/DC systems.

The AHA500FB-14R7 chassis mount resistor offers an excellent combination of quality and affordability. Its durability and superior performance make it a perfect choice for high-reliability, heavy-duty applications. The design of the AHA500FB-14R7 also allows it to be used in high-temperature environments, making it suitable for applications that require extremely high levels of performance.

The working principle behind the AHA500FB-14R7 lies in its unique design. Firstly, the resistor is made of a thick layer of resistive material deposited on a solid substrate. The material used for the substrate is typically aluminum oxide, a commonly used material in the electronics industry because of its excellent electrical properties. The thick layer of resistive material is then added to the substrate to form an even, uniform surface.

The AHA500FB-14R7 utilizes a unique technology called Thermal-Magnetic (TM) technology. Through TM technology, the AHA500FB-14R7 works by converting the electrical energy into thermal energy, which is then dissipated away from the resistor. This is accomplished by the use of a magnetic field that is generated between the resistor and the substrate. The magnetic field causes the electrons in the resistive layer to be diverted in a specific direction. This causes a heating effect on the material as the electrons collide with one another, up to a maximum temperature that is set by the specified application. After the heat dissipates, the resistor is cooled back down to its initial temperature and the resulting electrical current is released. As a result, the resistor provides superior electrical performance and high-reliability.

The AHA500FB-14R7 model provides a wide variety of features that make it suitable for a variety of applications. Its superior heat dissipation allows it to operate at temperatures up to 105°C, making it ideal for high-temperature applications. Its low noise levels allow it to be used in applications that require very low levels of noise pollution such as telecom systems. Its large surface area also makes it suitable for applications that require a high level of current carrying capability. Furthermore, the AHA500FB-14R7 offers a wide operating voltage of 500 watts. All these features make the AHA500FB-14R7 an ideal choice for chassis-mount resistors in a variety of applications.

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