CW010125R0JE73

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Through Hole Resistors are a type of electronic component that is used to limit or control the amount of electrical current running through a circuit. They are typically cylindrical and consist of two metal leads extending from a ceramic body. The value of the resistor is determined by measuring the ratio between the resistance of the ceramic body and the material, such as gold or platinum, used to fill the hollow space inside. The leads, also known as terminals, are used to connect the resistor to the circuit.

CW010125R0JE73 is one particular type of through hole resistor. Its Characteristic Value is 12.5kOhm and it can operate at 1/4 Watt. The component includes three main parts, including an electrically conductive element, a metal case and wires or solderable terminals for connecting it with the circuit. The body of the resistor is made of silver-palladium alloy isosaccharide, which helps create a consistent resistance value.

CW010125R0JE73 has a range of applications in electronic circuits. It is especially useful for controlling currents in high-current density circuits that require a high degree of accuracy and stability. It can also be used in pulse circuits, to absorb the ‘ringing’ signals that can occur with quick signal transitions. In RF circuits, the resistor can be used to limit low frequencies that can cause interference or false signals.

The working principle of CW010125R0JE73 is relatively simple. When an electrical current is passed through the resistor, an electric field is created between the two leads. This field causes the electronically conductive element within the resistor to create its own opposing force in order to limit or control the current flow. This opposing force will vary depending on the relative values of the resistor and the material filling the hollow space.

CW010125R0JE73 through hole resistors are durable electronic components that are designed to operate within a wide range of temperatures and pressures. They offer relatively high stability and accuracy, and are able to handle relatively large currents without damage. They are approved for use in commercial and residential applications and are available at a variety of electronics suppliers.

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