AH0751R000JE66

Chassis mount resistors, also known as bodenmount, flangemount, or chassis terminal resistors, are resistors with external mounting hardware that enables them to be mounted directly to a chassis or frame. They are designed to withstand vibrations, shock, and dust and can be used in a wide variety of electronic applications.

The AH0751R000JE66 chassis mount resistor is designed to provide an electrical connection between two chassis/frame components. It is a surface mount device constructed with an aeronautical grade lead wire, metal oxide ceramic substrate, and a braided sleeve. This combination of materials provides an increased level of reliability due to its resistance to temperature, vibration, shock, and dust.

The AH0751R000JE66 chassis mount resistor is designed for applications where electrical connections are needed between components on the same chassis or frame. It is suitable for use in up to 125V AC/DC, with working temperature up to 125°C.The AH0751R000JE66 chassis mount resistor has a nominal resistance of 10Ω, with tolerance of ±2%. The piercing voltage is 1000V AC peak, and the standing current is 0.155A. It has a recommended hole size of 2mm and a maximum hole size of 6mm.

The working principle of the AH0751R000JE66 chassis mount resistor is based on the basic laws of electricity, Ohm\'s Law. The resistor is designed to reduce the flow of current through an electrical circuit. It works by limiting the amount of electrical current that flows through the circuit.When a current is applied to the resistor, the resistor acts to reduce the current flow and therefore reduce the voltage across the resistor. In this way, the resistor serves to control the voltage in the circuit, which in turn controls the current flow.

The AH0751R000JE66 chassis mount resistor is designed to be used in a wide range of high-temperature and vibration applications. It can be mounted directly to a chassis or frame, providing a reliable electrical connection between components. The resistor’s design allows it to operate in temperatures up to 125°C, and its resistance helps to protect the circuit from over-voltage and short-circuit conditions.