OD475JE

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Through Hole Resistors are commonly used to regulate electrical current and maintain a consistent voltage in many circuits. The OD475JE resistor is a powerful tool for such applications, as it can precisely control the current and voltage in a wide range of applications. In this article, we’ll explore the application fields and working principles behind the OD475JE resistor.

The OD475JE is a through hole resistor made from ceramic components with an absolute temperature coefficient of resistance of ±100ppm/°C. This high accuracy makes the OD475JE resistor well suited for precision voltage regulation and current control applications, such as in voltage regulation circuits and switching power supplies. It is also commonly used in audio and video circuits, medical equipment, automotive electronics, and power electronics.

One of the important factors to consider when selecting an OD475JE resistor is how it works. The OD475JE resistor works by producing an electric field at its contact surfaces. The field is generated by the resistance of the resistor and its resistance changes depending on the voltage applied. This makes it possible to control the current and voltage applied to the resistor and thereby control the electrical output of the circuit. The resistor also acts as a heat sink, dissipating the heat generated when current passes through it.

The working principle behind the OD475JE resistor is based on the voltage-dependent resistance principle. When the voltage across two terminals is increased, the resistance of the resistor will increase as well. The voltage-dependent resistance of the OD475JE makes it possible to accurately control the current and voltage of the circuit by adjusting the terminal voltage. This makes the OD475JE ideal for applications that require precise current regulation and voltage control.

In addition to voltage regulation, the OD475JE can also be used for temperature control. As the resistance of the resistor increases with temperature, it can be used to regulate the temperature in a circuit by adjusting the terminal voltage. This is particularly useful in applications that require temperature stability, such as in medical equipment and industrial control systems.

The OD475JE is a powerful tool for controlling current and voltage in a wide range of applications. Its voltage-dependent resistance makes it ideal for accuracy and stability, and its ability to dissipate heat makes it suitable for temperature-sensitive applications. With the right selection and implementation, the OD475JE resistor can provide precise control and reliable performance in any circuit.

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