3HCR-27

Fixed Inductors

Fixed inductors have been around for many years, since the conception of the electric motor. Fixed inductors are basically coils of wire wrapped around a magnet, creating an electro-magnetic field that can induce currents of electricity from other ferrous and non-ferrous metals.

Historically, fixed inductors were primarily used in motors and other components that ran off of electricity. They were used to convert electrical energy into mechanical energy by inducing a current in an object, such as a magnet, which then caused it to rotate. The "fixed" part of the word literally means that the inductor, once set up, usually remained in its same position without any external manipulation. Even though a great deal of the technology of fixed inductors have changed over the years, the basic principles remain the same.

Today, fixed inductors are used in a wide variety of applications such as radio and TV sets, telecommunications equipment, radar systems, computer equipment, home appliances, and various industrial and development products. Approximately 65-75% of all applications of fixed inductors involve applications in which power efficiency is of paramount importance. This means that fixed inductors require a great deal of precision and reliability to ensure that power requirements are met, and that performance goals are achieved.

3HCR-27 Application Field and Working Principle

The 3HCR-27 is a type of fixed inductor specifically designed for use in high-efficiency power device assemblies. It uses a unique winding and magnetic structure to reduce electromagnetic interference (EMI) and heat dissipation, while still delivering high efficiency under heavy-duty conditions. The 3HCR-27 has a standard operating temperature range of -20°C to +70°C, and provides high-efficiency levels of up to 99.8%, depending on the operating environment.

Upon an alternating current, the 3HCR-27 utilizes a unique winding and magnetic structure to induce a current in an object, such as a coil, a transformer, or an inductor. The current induced by the 3HCR-27 is then used to power the device it is connected to. The current induced by the 3HCR-27 also helps produce a higher voltage, which can be used to efficiently power a device.

The 3HCR-27 is suitable for high-power applications requiring steady performance and high efficiency levels. The 3HCR-27 is specially designed to provide very low EMI, high efficiency levels, and excellent power factor corrections while still being able to safely operate in high temperature environments. The 3HCR-27 is particularly well-suited for use in power system conversions, automotive power systems, and other similar applications.

The 3HCR-27 is a premium fixed inductor that offers exceptional performance and reliability for applications requiring power efficiency. Its superior winding and magnetic structure allows for highly efficient conversions of alternating currents, and excellent power factor corrections. This ensures that the device it is connected to will receive a steady, consistent supply of power, and that performance goals are achieved.