AHA80AFB-976R

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AHA80AFB-976R, a Chassis Mount Resistor, is widely used in the electronic industry, with a wide application field and different working principles.

AHA80AFB-976R is an adaptive thermal management device, designed to provide variable resistance in a range of applications, such as in automotive, consumer electronics, industrial, lighting, medical, renewable energy and other products. This device can also be used in high-power applications, providing up to 330 watts of power. The device combines a variable thermal resistance in a thermally isolated environment with a built-in thermal fuse that protects the circuit.

The working principle behind AHA80AFB-976R is simple, yet efficient. The device is composed of two layers of heat insulation, thermally responsible silicon, and a metallized film resistor. The heat insulation layers form a thermal barrier between the two layers, keeping the heat generated in the resistor away from the circuits. The connecting terminals, made of silver and nickel, provide electrical conductivity between the two layers.

The temperature of the resistor is adjusted by the resistance value, voltage, current, and materials used. AHA80AFB-976R is designed for variable thermal resistance values at up to 330 watts. This device can maintain its thermal resistance from 50 up to 200 °C. When the temperature exceeds 200°C, the thermal fuse integrated in the system activates and removes the heat generated by the resistor.

AHA80AFB-976R is also designed with safety features to ensure optimal performance. The thermal fuse is designed to shut off current or voltage supply if the temperature exceeds a predetermined value. This prevents the device from overheating, and protects other components connected to the resistor. This device also incorporates an automatic temperature recovery feature which will ensure that the device returns to its original temperature once it cools.

AHA80AFB-976R provides many advantages to components using it, such as improved heat dissipation, improved thermal control, improved safety, and improved cost-effectiveness in system designs. The cost-efficiency of this device is improved because only the exact energy needed can be dissipated in the resistor, and the remaining energy is recycled back into the system.

AHA80AFB-976R is an ideal choice for a wide range of applications, such as in automotive, consumer electronics, industrial, lighting, medical, renewable energy and other products. Its high-performance, safety features, and cost-effectiveness make it a reliable choice for any application.

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