CDCH10D48/ANP-150KC

Introduction

Fixed inductors, also known as inductors, inductors, and winding structures, are mainly composed of ferrite cores and copper wires. Fixed inductors are used in electronic circuits to provide low-frequency static magnetic fields. The CDCH10D48/ANP-150KC application field and working principle, as a type of fixed inductor, is widely used in different fields.

CDCH10D48/ANP-150KC Application Field

The CDCH10D48/ANP-150KC is a fixed inductor with a diameter of 10mm and a height of 9.5mm. This type of inductor, due to its small size and light weight characteristics, is widely used in a variety of fields and applications It is especially suitable for miniaturization and high-density design requirements, such as mobile phones, digital multifunctional audio equipment, TV sets, computers, etc. In addition, it can also provide a static magnetic field for resonance circuits.

CDCH10D48/ANP-150KC Working Principle

The CDCH10D48/ANP-150KC is composed of ferrite core and copper wire. Ferrite cores are made of ferromagnetic materials and are an essential component of all inductors. The inductor\'s copper wire is attached to a ferromagnetic core, and when the electric current passes through the copper wire, it induces a magnetic field to the core, allowing electrons to carry energy across the coil. When the current is removed from the loop, a magnetized field is maintained in the core and the energy is sustained. The CDCH10D48/ANP-150KC inductor is powered through electric current, and when the current is changed or altered, the strength of the current-caused magnetic field is also changed. As a result, the inductor can store or release energy according to the alteration of current.

Conclusion

CDCH10D48/ANP-150KC, as an important component of electronic circuits, has been widely used in different fields. The application field of the product mainly includes mobile phones, digital multifunctional audio equipment, TV sets, computers, etc. Moreover, it can also provide a static magnetic field for resonance circuits. As for its working principle, it is the induction of a magnetic field in the ferromagnetic core due to the electric current passing through the copper wire. The inductor can store or release energy according to the alteration of current.