PCMC135T-R47MF Inductors, Coils, Chokes

Fixed Inductors, such as PCMC135T-R47MF, are components used in circuits to store energy in the form of magnetic fields. They are used in a wide range of applications from low-frequency coils to filters in radio transmitters and receivers, as well as many other uses.

The PCMC135T-R47MF is a fixed inductor featuring a round-shape, molded-in-place ferrite core. It is designed for integrated circuit (IC) applications, where a small size is desirable. The inductor has a R47MF rating, with an inductance of 1.35 mH +/- 10%, and is rated for maximum current of 550 mA. The R47MF is designed for use in RF strip lines and provides a combination of high self-resonance frequency and low inductance change over temperature.

The PCMC135T-R47MF is used in IC designs, and finds applications in many different areas such as RF communications, scan systems, etc. In addition, the component can be used for high-frequency resonant circuits and filters, as well as any application requiring a low-loss inductor at high frequencies.

The working principle of the PCMC135T-R47MF is based on the fact that magnetic flux is created when a current flows through a wire coil. This flux links to the core at the center of the inductor, causing it to produce an electromotive force (EMF). This EMF is proportional to the rate of change of current. This is known as inductance and is measured in henrys.

The PCMC135T-R47MF is a lightweight, high-efficiency component whose design allows it to be used in a variety of applications. Its ferrite core provides excellent heat dissipation, which helps to ensure good reliability and long life. Its low inductance value and high self-resonance frequency make it well suited for use in RF circuits, resulting in reduced power loss and improved performance.

The PCMC135T-R47MF is a reliable, high-performance fixed inductor designed to provide excellent signal conditions even in demanding applications. Its small size allows it to be used within ICs, while its ferrite core ensures optimal heat dissipation. Its low inductance value and high self-resonance frequency make it well suited for use in RF circuits, providing reduced power loss and improved performance.