AHA50AFB-162R

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Chassis mount resistors are commonly used on circuit boards in a variety of applications. The AHA50AFB-162R is one such example. This type of resistor is widely used in various industrial engineering and computing applications, such as automotive, aviation, communications, computer, and control systems.

The AHA50AFB-162R chassis mount resistor is a 4-pin package resistor, with its pins arranged in two rows on a printed circuit board. This type of resistor is designed to withstand large temperature changes, and is often used in circuits that experience large temperature variations. The package is designed to dissipate heat efficiently, and the tolerance for this resistor is ±0.1%.

The AHA50AFB-162R chassis mount resistor has a resistance rating of 50 ohms, a voltage rating of 250VAC, a power rating of 1/4W, a temperature coefficient of 0.2%, and a temperature range from –55°C to +125°C. Its operating temperature range is from –45°C to +125°C.

The AHA50AFB-162R is a non-inductive resistor. Its construction consists of a metalized film deposited on an insulating layer. The metalized film acts as the resistance element, and the insulating layer serves as the heat dissipation element. This resistor also utilizes a lead wire that is designed to tolerate high temperatures. The physical size of the AHA50AFB-162R is 0.3 inches in length, 0.2 inches in width, and 0.2 inches in height.

The AHA50AFB-162R chassis mount resistor has a wide range of applications. It can be used for any type of resistive load, such as voltage dividers, voltage regulators, and RF attenuators. It can also be used in frequency control circuits, current limiting circuits, latching circuits, instrumentation circuits, and other digital and analog circuits. In addition, the AHA50AFB-162R is also suitable for use in electro-mechanical systems, hydraulic systems, and hybrid systems.

The working principle of a chassis mount resistor like the AHA50AFB-162R is to provide a specific amount of resistance in a circuit by converting electrical energy into heat. When a current passes through the resistor, it will generate heat due to its resistance, and this heat dissipation will help to limit the current that flows through the circuit. The resistance of the resistor is determined by its physical size and the material used in its construction, as well as its power rating and temperature range.

In conclusion, the AHA50AFB-162R chassis mount resistor is a very popular component in various industrial engineering and computing applications. It has a wide range of applications in many different types of circuits, and is designed to withstand a range of temperatures. Furthermore, its working principle is to provide resistance by converting electrical energy into heat.

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