2110-H

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Fixed Inductors

Inductors are devices used in electronic circuits to reduce shock hazards and to store and helps to control energy. The 2110-H Inductor is designed as a high performance Faraday shield for use with telecommunications systems, specifically for providing electro magnetic shielding. This inductor is used in high frequency radio and mobile communication systems to reduce the amount of high frequency, static, and RF energy.

The 2110-H is a fixed inductor, meaning that its inductance and its voltage tolerance are fixed for a given value set. This inductor is constructed from a combination of ferrite bead core and dielectric material. The ferrite bead core gives the inductor its wide bandwidth and outstanding suppression of interference from nearby radiators. The dielectric material provides excellent insulation from high frequency, static, and RF fields.

The 2110-H Inductor works according to the principles of Faraday shielding. When an incoming signal in the form of an electric field is applied to the inductor, the current is set up around the inductor’s interior core. This current is then transformed into an opposing magnetic field that is capable of reducing or eliminating the incoming signal. The magnetic field generated by the 2110-H allows it to effectively reduce interference and transients while still allowing a minimal amount of energy leakage.

The 2110-H Inductor is capable of reducing incoming signals, static, and RF fields, to improve the reliability and performance of radio and mobile communication systems. The inductor is also able to provide EMI shielding, mitigating the amount of high frequency interference energy from radiators such as cell phone transmitters and other nearby electronic devices. Additionally, the low profile and robust design make it ideal to use in tight environments and harsh environmental conditions.

The 2110-H Inductor is a indispensable part of modern electronic designs, providing greatly reduce the chances of shock hazards and enable improved performance and reliability. Due to its wide bandwidth and excellent interference suppressing capabilities, it is widely used in telecommunications systems and for interference suppression in radio and mobile communications.

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