ATCA-01-200M-H

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Fixed inductors are slowly being recognized as one of the most important and essential components of any electrical circuit. They can be used to regulate current and store energy, and are commonly used for filtering out harmonic distortion and/or noise induced by switching devices. ATCA-01-200M-H is a type of fixed inductor, specifically designed for high current applications. It has a shielded construction, with low parasitic capacitance, and current ratings of up to 200 amps.

The ATCA-01-200M-H is constructed with a high-temperature, impact-resistant ABS (acrylonitrile-butadiene-styrene) shell that has undergone thorough environmental testing. The core is composed of high quality lamination material and the windings use high-end copper windings. The overall design and construction makes it suitable for acting as a high frequency filter, voltage regulator, and EMI filter.

The ATCA-01-200M-H works by storing current and releasing it gradually. This is because an inductor is made up of a coil of wire that when a current is passed through it, causes the coil to become magnetically charged. This magnetic field is used to store energy and release itwhen there is a drop in current. The rate of current released is determined by the inductor\'s Resistance Inductance (RL) value. The ATCA-01-200M-H’s RL value is designed to regulate and control the output current of devices, ensuring that the devices don’t become overloaded.

The ATCA-01-200M-H mainly finds application in power supplies, networking systems, and DC-DC converters. It can be used to control and regulate the output current of DC-DC converters by reducing EMI noise. Its high stability also makes it ideal for applications that require precise monitoring of current levels.

The ATCA-01-200M-H is a reliable and effective choice for any type of application, from high current applications in power supplies to precise applications in medical systems. Its shielded construction and low parasitic capacitance make it a perfect choice for any application. With its high stability and reliable performance, it is one of the most important components for any circuit design.

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