AHA80AFB-95R3

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Chassis Mount Resistors are widely used in electronic devices and can be typically found in circuit boards, electronic appliances and high frequency devices. Among Chassis Mount Resistors, AHA80AFB-95R3, stands out as a model that offers a sophisticated selection for a variety of applications. The resistor features an operational temperature of -65 to +125 °C, non-inductive winding and high power dissipation.

The AHA80AFB-95R3 is mainly used for radial lead resistors. It features an operating power rating of 350 watts, a maximum overload voltage of 1000 volts and long term stability. Radial leads offer advantages such as low resistance, low noise and low inductance. This makes it ideal for industrial and consumer electronics, power supplies, modems, automotive, and telecommunications applications.

The general working principle of AHA80AFB-95R3 lies in its temperature coefficient and power limiting characteristics. Its temperature coefficient exhibits low changes in electrical resistance as temperature increases or decreases, enabling its use in outdoor applications. The power limiting characteristics of the resistor can provide protection against overload or current surge. This is achieved by its ability to self-regulate when exposed to higher temperatures.

In addition to the general working principle, the AHA80AFB-95R3 also offers an extended series of related features that make it a highly versatile resistor suitable for complex requirements and uses. As an industry standard, it uses superior ceramic formulations for improved temperature performance. It also features a high overload voltage rating for up to 1000 VAC ((peaks); stainless steel flange for mounting ease; and ceramic core construction and metal divider for increased power.

In conclusion, AHA80AFB-95R3 is an advanced and highly versatile Chassis Mount Resistor. Its combination of features and materials makes it suitable for industrial, consumer electronics, and automotive applications, while remaining robust in the face of extreme temperatures and high overloads. With its superior temperature performance and power-limiting characteristics, it provides enhanced protection against short-circuiting, overloads, and current surges, making it an essential component for modern electronic designs.

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