AHA10AFB-2R2

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Chassis mount resistors are one of the most commonly used electric components in the various industries. The AHA10AFB-2R2 is one of the most widely used chassis mount resistors available on the market today. This robust and reliable resistor is used in a variety of applications, from high power projects to simpler domestic applications, and is capable of handling high voltages and currents.

AHA10AFB-2R2 Application Field

The AHA10AFB-2R2 is a 10watt chassis mount resistor manufactured from high quality ceramic and epoxy materials. The resistor features a low ±0,5% tolerance and is suitable for all types of high power applications, such as industrial process control, medical equipment, instrumentation and machine specialty applications. Also, as it is classified as a three-terminal device, it can easily be mounted on a chassis. Due to its high current and voltage tolerance, it can handle both low- and high-voltage applications. It resists short-term current peaks up to 28A and has a maximum working voltage of 1000VAC. In addition, the resistors are UL- and CSA-approved.

AHA10AFB-2R2 Working Principle

The AHA10AFB-2R2 is a three-terminal device with a power rating of 10W (or 20W in surge). These resistors use a very basic working principle, energy is dissipated as heat in the resistor\'s body. To do this, the body is designed in such a way that it conducts the heat away from the resistor\'s surface and into a chassis or surrounding environment. This design ensures that the resistor\'s temperature remains at an acceptable level even when exposed to high watt loads.

The basic principles of physics determine how effectively this occurs. The two most important factors are thermal conductivity and the rate of temperature increase. The thermal conductivity of the resistor determines how quickly the heat generated within the resistor is dissipated. The rate of temperature increase depends on the wattage, voltage, current, and other factors applied to the resistor.

The AHA10AFB-2R2 chassis mount resistor has a proven track record in the industry for reliability and performance. Its robust design makes it well suited for high energy and demanding applications. It can be used effectively in a variety of applications and is UL and CSA approved.

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