SFLMC1000223MX0

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Feedthrough capacitors are used in a variety of applications for suppressing and transmitting AC noise across a shared power line. The SFLMC1000223MX0 is designed for EMC-compliant applications and AC and DC interconnects. It is particularly suitable for power filtering applications.

The SFLMC1000223MX0 features a state-of-the-art construction for excellent printability and low-inductance for high-current use. It also offers low insertion loss and low EMI emission. The capacitor provides excellent stability, while also maintaining a high operating temperature.

The device offers excellent noise filtering capabilities with its low-contact resistance and low leakage current. Its RF shielding design prevents interference and reduces the emission of EMI radiation. With its low profile, the SFLMC1000223MX0 can be installed in a variety of places, including PCBs, motor control panels, and other areas with limited space.

The SFLMC1000223MX0 has a unique working principle. It incorporates two ceramic layers, each separated by dielectric material. The two layers are connected together with two electrodes, one on each side of the layers. This device offers superior filtering characteristics, with the combination of ceramic and dielectric layers providing an exceptional capacitance- indepth effect.

The feed-through capacitors are designed to filter electrical noise from power lines, while also allowing signals to pass through the capacitor. The device functions by reducing the voltage across it, thus allowing signals to flow from one side to the other. Its low-impedance, high-frequency attenuation characteristics reduce the interference that can be caused by other high-frequency electrical components.

The SFLMC1000223MX0 feed-through capacitor is designed for applications requiring high-frequency noise suppression and high-current filtering. Its unique design provides excellent filtering performance, while still allowing signals to pass through. This device is the perfect solution for applications where space is limited, and its low-profile design allows for easy installation.

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