1782R-71J

1782R-71J Fixed Inductors

1782R-71J Fixed Inductors are commonly used in many power applications due to their excellent performance characteristics. The component works by creating an even, self-sustaining magnetic field that helps to distribute and maintain a steady, consistent electrical current. This component is a great choice for applications where a consistent, reliable current is required and it is suitable for extremely high frequency and power applications.

The 1782R-71J Fixed Inductors consist of a ferrite core and two windings, enabling it to provide tight electro-magnetic coupling and ensure clean, stable DC current supply. The main feature of this device is its wide operating range, which is 20KHz to 250KHz and the primary current range is from 0.5A to 2A. In addition, the device utilizes up to 160 Vac or 300 Vdc and can have a max voltage of up to 1200V. Furthermore, this fixed inductor is self-shielded and made of a ferrite core along with a powdered iron lamination for durability.

Working Principle

The 1782R-71J fixed inductor consists of two coils, a primary coil and a secondary coil. The primary coil is supplied with direct current, and the secondary coil is connected in series with the load. The alternating current is produced by the induction of the alternating magnetic field which is created by the flow of the current in the primary coil. This alternating current is then transmitted and distributed throughout the load via the secondary coil.

The amount of alternating current that is produced by the induction of the alternating magnetic field depends on two factors; the flux density of the magnetic field and the number of turns in the primary coil. By adjusting these two factors, the amount of current can be finely tuned for each application. Furthermore, the 1782R-71J fixed inductor is constructed with a shielding element which helps prevent any outside forces from affecting the operation of the inductor.

The 1782R-71J fixed inductor is an ideal solution for applications that require a consistent current supply, such as power supplies, audio/video related products, communication systems, voltage regulators, and various motor control systems. The wide operating range, low noise level, and high efficiency make it an ideal choice for any application.