VTC07E130TRSM

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Adjustable Inductors: VTC07E130TRSM application field and working principle

Adjustable inductors are components used in modern electrical devices, offering better performance and control over other inductors. Amongst them, the VTC07E130TRSM adjustable inductor has been deployed in a variety of applications. This article will provide an overview of the inductor\'s capabilities, as well as its intended use and working principle.

The VTC07E130TRSM adjustable inductor is a PCB-mountable type, available in 10KHz-30MHz and 10mH-3000mH values, with an inductance range of 5-125%. It offers excellent stability, with maximum frequency deviation of 0.25% and temperature drift of 0.07%. In addition, it has an industry-leading self-resonant frequency of 125MHz. These specifications make it an ideal choice for a variety of applications which require precision control over electrical currents.

Due to its high precision and reasonable price, the VTC07E130TRSM adjustable inductor can be used in motor control and high precision medical equipment. Its excellent repeatability allows devices to accurately measure electrical signals, and its stability makes it suitable for controlling computerized mechanisms.

In addition, the VTC07E130TRSM adjustable inductor is often found in RF design applications. Its 125MHz maximum self-resonant frequency and 0.25% maximum frequency deviation helps designers ensure their signals are transmitted with minimal distortion. The inductor’s low temperature drift also helps designers maintain signal stability in changing climates without having to overcompensate.

The working principle of the VTC07E130TRSM adjustable inductor is simple yet effective. At its core, the inductor contains a core material, such as ferrite, which creates a magnetic field when current is applied. The inductance of the core can be adjusted directly by rotating the dial located on the inductor’s top. The rotation of the dial increases or decreases the amount of the core material exposed to the magnetic field, thus varying the inductance of the core.

This adjustability makes the VTC07E130TRSM adjustable inductor ideal for applications which require precision over a wide range of inductance values. This makes the inductor useful in a variety of applications, both in terms of controlling electrical currents and in maintaining a stable RF signal.

In conclusion, the VTC07E130TRSM adjustable inductor is an ideal choice for applications requiring precision, stability, and robustness. Its wide inductance range and accurate adjustability make it suitable for both RF designs and motor control applications. Furthermore, its ease of use and reasonable cost make it an attractive choice, particularly when compared to other adjustable inductors.

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