SRN4018TA-1R2M

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Fixed Inductors are electronic components with a variety of applications. The SRN4018TA-1R2M is one such component, and it is often used in power supplies, high-frequency electronics, and high-precision circuits.

This component is a radial-type, fixed inductor. It is made of ferrite material, giving it a high inductance value, making it suitable for use in high-current circuits and high-frequency applications. It has a rated inductance of 1.2 mH, and it can handle a maximum operating frequency of 2.2 MHz. The SRN4018TA-1R2M has a rated current of 3.1 A, a maximum current of 3.9 A, and a saturation current of 4.2 A. This component has a ±20% tolerance range, so it can be used in applications where precise inductance is important.

The SRN4018TA-1R2M is typically used in a wide range of applications. It is commonly used in power supplies, where it can help to regulate voltage, current, and frequency. The component is also suitable for use in high-frequency electronics, such as satellite communications and high-bandwidth internet. Additionally, this component has a high precision and can be used in high-precision circuits, such as precision measurement systems.

The working principle behind the SRN4018TA-1R2M is relatively simple. This component works by creating a magnetic field through the use of an electric current. This magnetic field then induces a voltage in the inductor, which opposes the applied voltage. As a result, the current passing through the component is reduced, leading to a decrease in power consumption. This property makes the SRN4018TA-1R2M an ideal component for use in applications that require precise voltage regulation and power saving capabilities.

In conclusion, the SRN4018TA-1R2M is a fixed inductor that is suitable for use in a variety of applications. This component is often used in power supplies, high-frequency electronics, and high-precision circuits. Its rated inductance level of 1.2 mH and its maximum operating frequency of 2.2 MHz make it an optimal choice for users who need high precision and power-saving capabilities. Finally, it works by creating a magnetic field with an electric current, which induces a voltage in the component that opposes the applied voltage, leading to a reduction in power consumption.

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