CJT20015RJJ

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Chassis mount resistors are designed to provide a reliable electrical interface between the motor control circuitry and the motor itself. The CJT20015RJJ is a high-power, low-resistance resistor designed for use in applications that require both high current and low voltage. It features a low-noise design, allowing it to be used in applications such as automotive electronics, home appliances, and industrial automation.

The CJT20015RJJ is a three-terminal, self-supported design featuring a ripple-resistant construction. It is constructed of a 2-layer tantalum-coated copper plate with a nickel-plated brass bottom. Three terminals are provided to make connections between the resistor and the control circuitry. An adjustable, removable terminal section is also included to accommodate different levels of power.

The CJT20015RJJ is designed to provide a low-resistance connection between the motor control circuitry and the motor itself. It is rated to handle a wide range of operating conditions, from high currents to low voltage, as well as rapid changes in motor speed. The device is designed to dissipate heat quickly and efficiently, making it ideal for applications that require high power but low resistance.

The working principle of the CJT20015RJJ is based on the use of a galvanic cell. When a voltage is applied across the resistive element of the cell, a corresponding current is generated. The current will then be dissipated as heat in the resistive element, creating a drop in voltage. This drop in voltage is then used to regulate the current and, ultimately, the speed of the motor.

The CJT20015RJJ is ideal for use in high power applications where low-resistance, durability, and reliability are required. It can be used to control motors in automotive applications, home appliances, and industrial automation. It is also suitable for use with battery-powered motors and can provide an efficient interface between the control circuitry and the motor.

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