CW01010R00KE123

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Through Hole Resistors are commonly used components in various electrical and electronic circuits. They are widely used in dc/ac power line applications such as voltage reduction, current limiting, and surge protection. The CW01010R00KE123 is a through hole resistor that is often used in applications requiring large voltage drop or high current limiting performance.

The CW01010R00KE123 is a through hole resistor with a maximum power rating of 10W and a resistance range of 10 ohms. It is typically mounted on a printed circuit board. This component is designed to provide precise, accurate and reliable voltage and current regulation. It has a standard lead construction and is made of ceramic, aluminum, and copper. It is also UL approved, so it is safe to use in a variety of applications.

The CW01010R00KE123 application field mainly includes voltage reduction, current limiting, and surge protection for DC power lines. This component is ideal for medical equipment, home appliances, automotive, communications, industrial machinery, and other applications requiring high precision, reliable current sensing. It can be used in high reliability, high temperature environments such as in automotive and aerospace applications.

The working principle of the CW01010R00KE123 is based on the law of increasing resistance with increasing temperature. This law states that when the temperature inside the resistor increases, its resistance also increases. This phenomenon causes a drop in the voltage across the resistor. This drop in voltage is what allows the resistor to limit the current flow through the circuit. As the current flow decreases, so does the temperature inside the resistors which results in an even lower voltage drop.

The internal construction of the CW01010R00KE123 consists of ceramic, aluminum, and copper components. The ceramic is used to create the heat-sensing element, which is then surrounded by aluminum and copper. The aluminum is used to reduce the thermal energy loss of the resistors and to increase their heat dissipation. The copper helps to ensure that the heat-sensing element is properly insulated and that the resistor will not suffer from long-term degradation.

The precise and reliable current sensing capability of the CW01010R00KE123 makes it an ideal choice for numerous applications. It is widely used in medical equipment, home appliances, automotive, communications, industrial machinery, and other applications requiring high precision, reliable current sensing. It can be used in extreme temperatures while still maintaining its accuracy and reliability.

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