SLF12575T-151M1R5-H

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction: Fixed inductors, also known as fixed chokes, are components that store energy and release the same amount of energy after a certain period of time. They are used in power supply design, signal filtering, noise reduction, and AC signal frequency control. The SLF12575T-151M1R5-H is a type of fixed inductor which will be discussed in further detail below.

Application Field: SLF12575T-151M1R5-H is suitable for circuits that require high frequency performance with low EMI . It is designed for use in resonant circuits, differential mode filters, broadband power-combiners, and high frequency transformers. The inductor is also able to handle power levels of up to 4 W and high current up to 1.5 A. The device\'s high input impedance makes it suitable for resonant choke applications.

Working Principle: The SLF12575T-151M1R5-H works by transforming electrical energy into magnetic energy, which is then stored and released into the circuit as necessary. This process is known as induction. The inductor is composed of a coil, usually spiraled around a magnetic core, which generates an electric field. This field allows the device to store energy in the form of a magnetic field around the core. When electric current flows through the coil, the core will act as a magnetic field which then induces a magnetic field in the coil. The resulting magnetic flux links the coil and the core, allowing the electric current to flow. This process enables the device to act as a transformer, with the energy stored in the magnetic field released back into the circuit.

Summary: The SLF12575T-151M1R5-H is a type of fixed inductor which is suitable for use in applications that require high frequency performance with low EMI. It is designed for use in resonant circuits, differential mode filters, broadband power-combiners, and high frequency transformers. The device works by transforming electrical energy into magnetic energy and storing it in the magnetic field around the core. The energy is then released back into the circuit as necessary through the process of induction.

The specific data is subject to PDF, and the above content is for reference