PE-51509

Fixed inductors are components that store a certain amount of energy in the form of an electric or magnetic field. The PE-51509 is a surface mount fixed inductor with wire-wound construction that provides superior shielding and performance while taking up less board space. It is designed to meet the needs of automotive, LED lighting, industrial and telecommunication applications.

The PE-51509 has a frequency range of 10 kHz-500 kHz and a wide range of inductance values from 0.1 μH to 1000 μH. This inductor also features a high Q value of over 100 at 10 kHz and a maximum current rating of up to 40 A. It also has excellent thermal characteristics, allowing it to deliver high performance even at high temperatures.

The operating principle of the PE-51509 is based on the principle of mutual inductance, which describes the phenomenon of a current flowing through one coil causing another coil to generate a secondary current. In this type of inductor, the coil is wound around a ferromagnetic core, which increases the inductance of the component. When a voltage is applied to the PE-51509, it induces a magnetic field in the core, which in turn induces a current in the coil, resulting in energy being stored in the form of an electric and magnetic field.

The PE-51509 is well-suited for automotive applications, providing excellent efficiency and power surge protection. It is also suitable for LED lighting applications, thanks to its low profile, high efficiency and surge protection capabilities. In industrial and telecom applications, this inductor provides outstanding shielding and performance with its low-profile design. Furthermore, its wide frequency range allows for excellent suppression of harmonic noise.

Overall, the PE-51509 is an excellent choice of inductor for a range of applications, due to its high efficiency, low-profile design and superior thermal characteristics. With its wide frequency range and high Q value, this inductor is ideal for automotive, LED lighting, industrial and telecommunication applications.