FTA-100-683-H

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Power Line Filter Modules are electronic components that are designed to limit interference caused by the operation of electrical equipment and reduce electromagnetic interference (EMI) emissions that can adversely affect other electrical equipment. The FTA-100-683-H is a power line filter module that offers enhanced filtering performance and improved performance over a greater number of frequency ranges. It is especially suited for applications such as motor control, power supplies, communications, and data transfer.

The FTA-100-683-H is a three-stage filter module consisting of an input line filter, an output line filter, and a differential filter. The module effectively suppresses high-frequency noise signals and reduces the peak-to-peak voltage waveform distortion. It has a higher transient peak current handling capability than standard multilayer filters, and can accommodate high-frequency ripple levels. The maximum DC voltage across the filter module is 60 VDC, while the ripple current across the module peaks at 400mA.

The working principle of the FTA-100-683-H is to reduce the amplitude of the noise signal by passing it through the filter components. This causes the high-frequency noise signal to be attenuated, resulting in a low-amplitude, low-frequency output signal. This output signal is then routed through the differential filter, which further reduces its frequency and enhances its attenuation. The differential filter also ensures that no DC component is present in the output signal, thus preventing the filter from being saturated by the DC component.

The FTA-100-683-H is suitable for use in a variety of applications, including motor-control applications, power supplies, data transfer, and communications. It is especially useful when interference by high-frequency noise signals is a common issue in these applications. Its overall performance is enhanced by the integration of the three stages of filtering, which allows the device to attenuate high-frequency signals over a wide range of frequencies. Its high power handling capability and high transient response make it ideal for applications where large transient currents are present. The FTA-100-683-H is an excellent choice for applications requiring high performance and high levels of filtering.

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