SFJEC2K00152MX0

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Feed-through capacitors are a type of capacitor typically used in power supply systems for the purpose of filtering out noise within a circuit. The SFJEC2K00152MX0 is a feed-through capacitor that is specifically designed to reduce electrostatic noise caused by microprocessors, FPGAs, memory ICs, and other high-speed devices that produce large amounts of high frequency signals.

The SFJEC2K00152MX0 is a small and lightweight design that can be used in close proximity to sensitive device. It features a flat construction and has an operating temperature range from -50°C to +150°C. It is also RoHS certified and lead free. The SFJEC2K00152MX0 has a rated voltage of 2,000 VDC and is rated for up to 2,000 mF of capacitance. The size of the capacitor is 0.52 in x 0.2 in and it features a SMD mounting type.

The working principle of the SFJEC2K00152MX0 is a combination of two separate elements, the feed-through capacitor, and an insulation or shielding element. The feed-through capacitor works to filter out most of the high frequency noise in the power system, while the insulation element provides protection from any stray electrical noise that might be leaking from other components in the circuit. The feed-through capacitor also serves to help maintain a steady voltage level within the circuit.

The SFJEC2K00152MX0 can be used with a variety of circuit types, including AC/DC converters, relay control systems, motor drives, and other high-speed circuits. It is also compatible with many of the most popular microprocessors and FPGAs. This flexibility makes the SFJEC2K00152MX0 a great choice for applications that require protection from high frequency noise and a steady voltage level.

In order to properly install and use the SFJEC2K00152MX0, it is important to make sure that it is installed correctly and that the area around the capacitor is properly insulated. It is also important to make sure that the capacitor is matched with the correct power source and frequency for the device it is protecting. This will ensure that the capacitor is able to do its job correctly and efficiently.

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