AH100150R0JE66

Chassis mount resistors are components used extensively in commercial, industrial and military electronics applications. The AH100150R0JE66 is a chassis mount resistor with thicker leads than other resistors.

A chassis mount resistor, such as the AH100150R0JE66, provides several important function including voltage control, current limitation and impedance matching. At its simplest level, an electrical resistor will be used to reduce current flow in a circuit, reducing voltage and consequently power. This is referred to as resistance.

TheAH100150R0JE66 resistor is a type of resistor used to provide an adjustable resistance to a circuit. It is also referred to as an adjustable resistor. This type of resistor is often used in circuits which require a variable resistance to ensure accuracy or to adjust performance parameters.

The majority of adjustable resistors use a sliding or twisting mechanism to increase or decrease resistor values. The AH100150R0JE66 resistor is a combination of this design but also has thicker leads than the average resistor. This enables higher power to pass through it and its raised body keeps it held firmly. This allows direct soldering to the chassis or other circuits it is mounted to.

TheAH100150R0JE66 resistor is used mostly within test and measurement equipment, remote control electric motors and industrial equipment. The resistor helps to maintain a set voltage or current throughout the device. Additionally, this type of resistor may also be used in high power switching applications where reduced electric noise and static buildup can cause problems.

The resistivity of the AH100150R0JE66 be adjusted by turning the head of the resistor in either clockwise or anticlockwise direction. This results in a larger of smaller resistance reading across the resistor’s two leads. Turning the mechanism clockwise will decrease resistance and turning the mechanism anticlockwise will increase resistance.

The AH100150R0JE66 chassis mount resistors are ideal for applications where direct soldering to the device is required and no significant flux or other contaminants can get into the circuit. This resistor is very reliable and often used in temperature control, HI-FI audio, automotive and other rugged environments.