ER1641-473JP

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Fixed inductors (FIs) are electronic components with two wires that enable current to flow in a coil of wire. They usually consist of a hard and thin wire, and they enjoy a wide variety of applications in electronics and electric equipment. As an important type of inductors in electronic device, ER1641-473JP, an important type of fixed inductors, plays an important role in many fields. This article will focus on the application field and working principle of ER1641-473JP.

The ER1641-473JP is a fixed inductor with a lead diameter of 0.5mm and maximum operating frequency of up to 10MHz. It has a wide range of applications and can be widely used in signal processing circuits, filter circuits, inverter circuits, switching power supplies, and in high frequency circuits. Also, its uses include high frequency oscillators, Medical measurement equipment, satellite receivers and other applications, It also has some advantages, it is resistant to high temperatures, and its good-nots ratio and magnetic flux are both very good.

In terms of working principle, ER1641-473JP is composed of a thin metallic wire and a magnetic material in the form of a ferrite core, the metallic wire and the core is sealed in the plastic shell. When AC current flows through the metallic wire, it induces a magnetic field in the ferrite core which creates a voltage in the wire. This voltage is the sum of the electron\'s resistance and the inductance of the coil. This voltage is then regulated and amplified through the use of transistors or other components to produce the desired output.

In conclusion, ER1641-473JP is an important type of fixed inductor in electronic device, it has wide range of applications in signal processing, filter circuits, inverter circuits, switching power supplies and in high frequency circuits and offers good-notes ratio, magnetic flux and temperature resistance. Its working principle involves a thin metal wire and a magnetic material in the form of a ferrite core, where induction from the wire creates a regulated voltage.

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