SRN3012TA-100M

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Fixed inductors are electronic components with a wide range of applications that can meet different operating frequencies and electrical requirements. The SRN3012TA-100M is a fixed axial inductor used in various applications, ranging from low-voltage power electronics to multi-gigahertz radio frequency systems. This article will discuss the SRN3012TA-100M application field and working principle.

The SRN3012TA-100M is a fixed axial inductor with a low DC resistance and high inductance value, making it suitable for use in high frequency circuits. It can be used in switching power supplies and other electronic circuits where a large inductance value is needed. The inductor has a rated inductance of 100 µH and a rated Q of 20, a low DC resistance of 0.3 ohms, and a rated current of up to 1.25A. Its ultra-small size makes it suitable for use in high density applications.

The SRN3012TA-100M is widely used in various applications, including digital signal processing, circuit filtering, and radio frequency circuits. It is an ideal choice for RF applications, such as GNSS receiver modules, RF transceivers, and antennas. If used for an antenna, the inductor can help reduce power consumption and increase efficiency. This makes it a great choice for low-power technologies such as Bluetooth and Wi-Fi.

The working principle of the SRN3012TA-100M is based on magnetic field energy. When electrical current flows through an inductor, it builds up a magnetic field around it that stores energy. When the current flow stops, the stored energy is released in the form of an electric current. This phenomenon is known as induction and it is the basis of how an inductor works. The inductor works as a filter in a circuit, which allows only certain frequencies to pass through while blocking out the rest.

The SRN3012TA-100M is a highly reliable inductor suitable for a variety of electronic applications, including digital signal processing, circuit filtering, and radio frequency circuits. Its ultra-small size makes it an ideal choice for high-density applications, such as Bluetooth and Wi-Fi. It has a high inductance value and low DC resistance, making it perfect for use in switching power supplies and other electronic circuits. Its working principle is based on magnetic field energy and it works as a filter in a circuit, allowing only selected frequencies to pass through.

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