AHA500FB-0R36

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Chassis Mount Resistors (CMR) are a type of resistor that is electrically and mechanically mounted on the open frame chassis of an electronic device. They are typically used in commercial and industrial applications where it is necessary to provide electrical resistance and safety isolation in a relatively hostile or hostile environment. The AHA500FB-0R36 is a type of chassis mount resistor that can provide the electrical resistance needed in applications where an application-specific solution is required.

The AHA500FB-0R36 is a power series, power-rated, rated for ±400W, and features a expanded resistance range of up to 0.1 ohms. It has an operating temperature range of -20°C to +85°C and a dielectric strength of 200V per side to provide an electrical insulation barrier. The resistor is constructed using a resistor element of nickel-chromium alloy, silver-plated copper terminals, and an epoxy encapsulation. The termination contacts are of a fully floating type with solder-loaded pogo pins to provide a reliable connection. The resistor is also a zero ohm jumper type for use with 12 or 24VAC/DC power systems.

The AHA500FB-0R36 can be used in various applications such as automotive and industrial control systems, power supplies, robotic control systems, consumer electronics, and electrical protection. In automotive and industrial control systems, the AHA500FB-0R36 can be used as a static shunt for load or current sensing for various applications, such as motor speed control, over-current protection, and surge protection. In power supplies, the resistor can be used as a surge suppressor or as a current limiting element. In robotic control systems, the resistor can be used as a current-sensing and controlling element. In consumer electronics, such as televisions, computers, and video game consoles, the AHA500FB-0R36 can be used as an internal impedance-selectable resistor. Lastly, in electrical protection devices such as circuit breaker panels, the resistor can be used as a current limiting element to prevent over-currents.

The AHA500FB-0R36 works by converting electrical energy into thermal energy. As electricity passes through the resistor, the resistor element of the AHA500FB-0R36 heats up. This heat is then dispersed into the surrounding environment. The resistor’s power rating is determined by how much current it can dissipate safely. As current passes through the resistor, the current causes the resistor element to heat up, resulting in a measurable temperature rise. To ensure safe operation, the current must be kept within the rated parameters for the resistor.

In conclusion, the AHA500FB-0R36 is a Chassis Mount Resistor that can provide an application-specific solution to many different applications. As an example, it can be used as a surge suppressor or current limiting element in power supplies, and as a current sensing and control element in robotic and control systems. Its high power rating and wide resistance range makes it a viable option for many applications where an application-specific solution is needed.

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