T8008NLT Filters

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Common Mode Chokes (CMCs) are devices designed to suppress high-amplitude, broad-spectrum noise on AC power lines by creating an artificial inductance in the return path. The T8008NLT is a common mode choke with a leaded package and a built-in filter. It is used to suppress unwanted noise on AC power lines, such as hum, clicks, and other noise. This is done by creating an artificial inductance in the return path, which reduces the current flow in the line and thus reduces the noise.The T8008NLT offers superior performance compared to standard AC line filters. It is optimized for low-frequency (50 Hz to 10 kHz) suppression. The T8008NLT is designed to be very efficient and can reduce the EMI to 20% of the measured value without an increase in size or weight.The T8008NLT is a three-terminal device with two leads and a central core. The two leads are soldered to the chassis and the central core is then connected to the power line. When in operation, the current passes through the filter and then through the choke, where it is inductively coupled to the AC power line. The current is slightly delayed by the inductance in the line, allowing the unwanted signals to be attenuated. The attenuation is not only limited to high-frequency noise, but also to lower-frequency noise.The advantage of using a T8008NLT is that it is more efficient than traditional AC line filters. It also offers a much smaller footprint, which allows it to be used in compact, space-constrained applications. The T8008NLT can also be used in high-power applications, such as motor control, data communication, and telecommunications.In summary, the T8008NLT is a high-performance common mode choke with a built-in filter for suppressing unwanted high-amplitude, broad-spectrum noise on AC power lines. It is optimized for low-frequency (50 Hz to 10 kHz) suppression and is very efficient, offering superior EMI performance compared to traditional AC line filters. The T8008NLT is also very small and can be used in space-constrained applications.

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