CW010125R0JE123

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Through Hole Resistors

Through hole resistors, or surface mount resistors, are electrical components that are widely used in electrical and electronic circuits to control the current. They are usually used in analog signal systems, digital signal systems and hybrid systems. Resistors are among the most important basic elements in any system. The resistance of a resistor is the difference between the supply of electricity and the amount of current that flows through it from the power source. In other words, it is the opposition the resistor presents to the current when it is in operation.

CW010125R0JE123 Application Field and Working Principle

The CW010125R0JE123 through hole resistor is a current-sensing resistor designed for electronics, aerospace, and robotic applications. The component is composed of two terminals, each terminal having different types of resistance networks. This allows the resistor to be used for current sensing, voltage sensing, and temperature sensing. Its resistance can be adjusted to a specific value to achieve the desired current, voltage, or temperature response.

At the heart of the resistance network of the CW010125R0JE123 through hole resistor is an extremely precise resistor formed by sandwiching several layers of ceramic material between two metal plates. The ceramic layers are computer-programmed to form precision resistors with a specific resistance. This allows the resistor to be effectively used for current sensing, voltage sensing, and temperature sensing. The resistor has very low power loss, low noise, and fast response time when used in electronic components.

The CW010125R0JE123 through hole resistor has a resistance range of approximately 100 ohms – 10 Kohms and can be used in a variety of applications such as motor control, power electronics, digital signal processors, programmable logic controllers, and embedded systems. Due to the precise resistance values, the through hole resistor can provide an excellent accuracy in voltage and current sensing. This helps in accurately controlling the current and voltage in the circuit, thus allowing for better control of the system.

The working principle of the through hole resistor is based on its resistance. As the current flowing through the resistor increases, the resistance also increases. This produces a voltage across the terminals of the resistor, which is used to measure the current. As the current passing through the resistor decreases, the resistance decreases and the measured voltage also decreases. This voltage allows for precise control of the current, voltage, and temperature.

The CW010125R0JE123 through hole resistor is a reliable and accurate component for any electrical and electronic systems. Its precisely programmed resistors can be used for a wide range of applications and it has low power loss, low noise, and fast response time. This makes it an ideal choice for electrical and electronic applications where precision and accuracy is needed.

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