VTC04E065TVSM

Adjustable Inductors

Inductors, also known as coils, are electronic components that store energy in a magnetic field. This magnetic field is used to generate a current, which in turn is used for various applications. Adjustable Inductors, in particular, are frequency-selective components with their design featuring adjustable parameters to enable users to regulate performance and achieve desired results. One example of such inductors is the VTC04E065TVSM series.

Application Field

The VTC04E065TVSM series of adjustable inductors can be used in a wide range of electronics applications including but not limited to the following:

• switched-mode power supplies (SMPS)
• radios, antennas and amplifiers
• microwave frequency signal filters
• DC-DC converter circuits
• automotive electronics

Working Principle

The design of the VTC04E065TVSM series of adjustable inductors is based on the current transformer principle. This device is formed by winding two coils around a common core composed of several thin layers of magnetic material called laminations. The primary coil consists of two windings on the same side of the magnetic core; when a current is applied to this primary coil, a low voltage signal is induced in the secondary coil on the other side of the core.

The adjustable inductor works by connecting a variable resistor to the secondary coil, which allows users to regulate the induction ratio between the primary and secondary coils, hence giving the user the option to adjust the frequency and amplitude of the output signal. The core also works to reduce the effect of any fluctuations in the power supply, further increasing the stability of the inductor.

Conclusion

The VTC04E065TVSM series of adjustable inductors provides users a versatile solution for a wide range of electronics applications. As its design is based on the current transformer principle, the device is easy to operate and highly efficient, with its output signal being adjustable in terms of frequency and amplitude. With its strong performance and excellent stability, this type of adjustable inductor is ideal for use in switched-mode power supplies, radios, amplifiers and other sensitive electronics.