ATCA-04-151M-H

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Fixed inductors are widely used in electronic devices, transforming the alternating current of power supplies and other sources. In particular, they are used in the ATCA-04-151M-H, a device used to store energy and maintain current in circuits. This article will discuss the application field and working principle of this device.

The ATCA-04-151M-H is composed of a high quality ferrite core and two coils, one of which is designed to be adjustable. It operates at a range of frequencies, from approximately 25GHz up to 250GHz, with a maximum current rating of 150A, making it suitable for a variety of power electronic applications. The core is made of an insulated steel material and is surrounded by two toroidal shape windings. This combination of materials is what gives this device its high efficiency and stability.

The primary use of the ATCA-04-151M-H is in DC circuits, where it can be used to provide a stable and reliable current source. It is also used in motor driving applications, where it helps regulate the speed and torque of a motor. Additionally, it is suitable for radio frequency applications, where it can help amplify or filter signals. The ATCA-04-151M-H is also commonly used to transform AC to DC, such as in power supplies.

The ATCA-04-151M-H works by providing a closed electrical circuit. When the current passes through the core, it creates a magnetic field which induces a current in the second coil. This induced current, known as a voltage induced charge, is then stored in the core. The ATCA-04-151M-H can then control the amount of current it outputs by manipulating the flux in the core. Additionally, the adjustable coil can be used to fine-tune the frequency of the current.

The ATCA-04-151M-H is a highly efficient and reliable device, making it suitable for a wide range of power electronic applications. Its adjustable coils and ability to control the current output make it a versatile tool for transforming AC power supplies into DC, regulating motor speed and torque, and filtering out radio frequency signals. It is also highly stable, with a high maximum current rating of 150A, making it suitable for a variety of high power applications.

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