CW00147R00JE12HS

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Through Hole Resistors

CW00147R00JE12HS is a type of through hole resistor. Through hole resistors are small, lightweight components that form part of an electronic circuit, usually with the primary purpose of reducing the flow of electricity in the circuit.

Application Field

Through hole resistors have a wide range of applications, ranging from general-purpose electronics to more specialized power and high-frequency circuits. They can be used in nearly every type of household appliance, computer, and industrial machine. They are often used in circuits ranging from basic on/off operations, to sophisticated audio, lighting, and motor control.

In power circuits, through hole resistors are commonly used in motor control circuits, where they reduce the amount of current that the motor can draw from the wall, keeping the system safe and providing accurate performance control.

In circuits that require high frequency signals, such as radio broadcasts or television broadcast frequencies, through hole resistors can be used for matching and coupling impedances, as well as providing continuity for connecting different components in the circuit.

In general-purpose electronics, through hole resistors are often used as shunt resistors, where they dissipate excess electricity in a circuit as heat, or to limit current and voltage to a safe level.

Working Principle

Through hole resistors work by allowing electricity to pass through them, while resisting the flow of current in the process. This is known as resistive voltage drop, and it is caused by the electrons in the resistor “bumping” against the resistor’s surface as they move through the component.

The size and shape of the resistor determines its resistive power, which is also known as its resistance. In general, the larger the resistor, the higher its resistance, and vice versa. For this reason, through hole resistors are often constructed with a cylindrical shape, as these shapes allow more surface area for the electrons to bump against, thus providing more resistance.

As the electrons move through the resistor, friction is generated, generating heat. This heat is dissipated out of the resistor, and the amount of heat generated is in part determined by the voltage in the circuit. Generally, the higher the voltage, the more heat will be generated.

Finally, it is important to understand that through hole resistors are passive components, meaning they do not generate any power on their own. This makes them ideal for providing an impedance in a circuit, as the current in the circuit will flow in the direction of least resistance.

Conclusion

CW00147R00JE12HS is a type of through hole resistor, which has a wide range of applications, ranging from general-purpose electronics to more specialized power and high-frequency circuits. This type of resistor works by allowing electricity to pass through them, while resisting the flow of current in the process, and generating heat in the process.

Through hole resistors are an incredibly versatile component, and are used in a vast number of electronic circuits. By understanding how they work, and how they can be applied, designers and engineers are able to create more reliable and efficient electronic systems.

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