ECLAMP0501T.TCT

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EMI/RFI Filters (LC, RC Networks) are devices used to prevent the interference of electromagnetic interference and radio-frequency interference in electrical systems. The ECLAMP0501T.TCT is one such device that is typically used to achieve this in applications such as automotive electronics, industrial control, medical equipment, consumer electronics, etc.

The ECLAMP0501T.TCT has two components – an inductor and a capacitor. This combination of components forms an LC (inductance-capacitance) filter, which is effective in attenuating unwanted frequencies by preventing the passage of alternating electric currents that exist in the EMI/RFI environment.

The inductive component of the ECLAMP0501T.TCT acts as an antenna, picking up the interference and passing it on to the capacitor, where the interference is dissipated as heat. The capacitor works like a dam, blocking out the interference and allowing only the desired signal to pass through. In this way, the designed total filtering system provides high-pass, low-pass, and band-pass filtration of EMI/RFI.

The ECLAMP0501T.TCT utilizes a patented pin-placement technique, allowing it to achieve a maximum attenuation ratio of 95 dB, with insertion-loss values of between 12-17 dB in the frequency bands ranging from 10 kHz to 1.2 GHz. This ensures that it can effectively attenuate the most common EMI/RFI sources, including switching power supplies, automotive electronics, etc.

The unique combination of inductor and capacitor used in the ECLAMP0501T.TCT helps to reduce the power consumption of the device, while also increasing the cost-efficiency of its usage. With its low power consumption and high attenuation ratio, the ECLAMP0501T.TCT is ideally suited for a variety of EMI/RFI filtration applications, from medical equipment to consumer electronics.

The ECLAMP0501T.TCT is manufactured with strict design and process quality control to assure superior customer service and reliability. This coupled with its wide range of applications makes it an ideal solution for reducing EMI/RFI interference in electrical systems.

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