AHA80AFB-10K

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Chassis Mount Resistors have a wide range of applications in many industries. One of the most popular is the AHA80AFB-10K, which is used in a variety of applications, ranging from microwave transmission to audio devices and even in power suppression systems.

The AHA80AFB-10K is an advanced, industrial grade eight watt, two watt, thermistor based resistor. It is designed to provide a high accuracy and low noise impedance for microwave transmission, audio systems and power suppression systems. The two watt thermistor based resistor offers a low temperature coefficient of resistance.

The AHA80AFB-10K consists of a resistive element and a thermistor connected in series. The resistive element is typically a high impedance, high voltage wirewound or carbon composition resistor. The thermistor is designed to act as a temperature compensating element to reduce the effect of temperature changes on the resistor’s resistance.

The AHA80AFB-10K offers a highly linear impedance from 0Hz to 10kHz over a wide temperature range of -10°C to +85°C. The resistance stability over temperature is excellent: 0.1% maximum. Thus, the resistor provides a stable and low noise impedance for operation up to 8 watts in a variety of audio, radio and power applications.

The AHA80AFB-10K is also designed to resist electromagnetic interference (EMI) and undesirable noise. It is able to effectively shield against noise and EMI at transceiver frequencies up to 10kHz. Furthermore, the resistor contains a high voltage path that is effectively shielded against electrostatic interference.

The AHA80AFB-10K is ideal for applications such as microwave transmission, audio systems, safety breakers, etc. It is also used in various other electronic circuits such as power supplies, frequency synthesizers, and guitar amplifiers.

In summary, the AHA80AFB-10K is a highly reliable and robust resistive component with a low impedance and excellent stability over a wide temperature range. Its characteristics make it suitable for a variety of applications in high performance audio systems, microwave transmission, safety breakers and many other electronic circuits.

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