AHA50AFB-2K05

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The AHA50AFB-2K05 is a chassis mount resistor which is primarily designed for use in electronic communication and other applications such as antenna tuning and matching circuits, surge protection, high voltage power supply, fusing, decoding, power level control, etc.

The resistor has a highly reliable design, with its highest rated power being 2000 watts. Its resistor body is made of pure copper with an operating temperature range of -30 to +85°C. It features a built-in thermal protection device to ensure the safety of the system. The resistor is also designed with high voltage and temperature stability as well as high energy efficiency.

AHA50AFB-2K05 is ideal for wide range of applications. It can be used for surge protection, high voltage power supply, fusing, decoding, power level control, antenna tuning and matching circuits, etc. It can handle high temperatures, high voltages and powerful currents with ease. It is also used in electronic communication systems and broadband networks. It is typically used in power line communication, signal processing, distributed control systems and video surveillance.

The working principle of the AHA50AFB-2K05 is very simple. It is a negative temperature coefficient resistor which works by reducing its electrical resistance when the temperature surrounding it increases. This decreases the voltage and current running through it, effectively preventing high voltage spikes. This enables the equipment to operate with improved safety and reliability. It is also resistant to vibration and humidity, and its operating principles make it suitable for facilities that handle high temperatures.

The AHA50AFB-2K05 chassis mount resistor is designed to provide maximum efficiency and safety without compromising on performance. It features a high voltage and temperature stability as well as high energy efficiency. It is compatible with a wide range of electronic communication systems, antenna tuning and matching circuits, surge protection, fusing, decoding, and power level control systems, making it ideal for the broadest range of applications.

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