ASPIAIG-F4020-1R0M-T

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Fixed Inductors

Fixed inductors, also known as non-variable inductors, consist of an inductor and an inductor core, housed in an insulator. These components play an important role in the transmission of both AC and DC current signals. The primary purpose of this type of inductor is to store energy while preventing the signals from being electrically shorted or dissipated. Among the large variety of fixed inductors, one of the most popular models is the ASPIAIG-F4020-1R0M-T.

ASPIAIG-F4020-1R0M-T Application Field and Working Principle

The ASPIAIG-F4020-1R0M-T fixed inductor is typically used in the fields of communications, motor control, and portable devices. The ASPIAIG-F4020-1R0M-T inductor works by creating a path for the current to flow, while also impeding its movement. This type of inductor is able to resist changes in the frequency of the current, ensuring that the signals remain unaltered. In terms of its structure, the ASPIAIG-F4020-1R0M-T model consists of a tightly wound copper coil, which is housed in a plated case made of either aluminum or ceramics. This carbon sheet serves as the core of the inductor, and its purpose is to increase its magnetic properties.

In terms of its performance, the ASPIAIG-F4020-1R0M-T inductor has an inductance of 4020 microhenries, a resistance of 1 ohm, and a DC current range between 6 and 20A. It also has a rated voltage of 25V, and an operating temperature of -20 to +105 degrees Celsius. Moreover, the ASPIAIG-F4020-1R0M-T is capable of providing up to 22 A of continuous current and up to 46 A of peak current.

This type of inductor is also resistant to external factors such as shock and vibration, ensuring that it will remain unaffected by static electricity, dust, and other environmental factors. Additionally, the ASPIAIG-F4020-1R0M-T has a very low EMI emission, which means that it will not interfere with other electrical devices in its vicinity.

In addition to these properties, the ASPIAIG-F4020-1R0M-T also has a very high tolerance to changes in the atmospheric conditions. This means that the inductor will remain functional in conditions which would otherwise damage other components. Furthermore, its housing allows the inductor to maintain a relatively small size, making it very easy to install in a variety of tight spaces.

Overall, the ASPIAIG-F4020-1R0M-T fixed inductor is a highly reliable and versatile component, capable of providing reliable performance in a wide range of applications. Its high tolerance to external factors, small size, and low EMI emission make it one of the most popular choices among engineers and hobbyists alike. If you are looking for a reliable inductor, the ASPIAIG-F4020-1R0M-T is a great option.

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