2461-002-X7V0-102MLF

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Feed Through Capacitors are an essential component of electronic systems used to couple power from the power source to the load. They are also used to reduce noise and attenuate signal interference. The 2461-002-X7V0-102MLF Feed Through Capacitor is one such component which has a wide application field and working principle.The 2461-002-X7V0-102MLF feed-through capacitor has a wide application field and works mainly as a low-pass filter. It consists of a cylindrical ceramic body, a metallic ground terminal and a pair of plastic-insulated electrodes. The capacitor is designed to provide electrical coupling between the power source and the load terminal when connected between a low-impedance ground and the load terminal.When operating with a power source, the 2461-002-X7V0-102MLF Feed Through Capacitor acts as a low-pass filter; it allows low-frequency AC signal to pass through while blocking higher-frequency AC signals. At the same time, the capacitor also provides a low-impedance ground connection which reduces electromagnetic interference between power and signal lines.The 2461-002-X7V0-102MLF is manufactured in an array of form factors including SMD, Through-Hole and Surface Mount models, making it suitable for various applications including computers, printers, medical equipment and communication equipment. They also have an insulation voltage of 250VAC, which further enhances their application field.In addition, the 2461-002-X7V0-102MLF Feed Through Capacitors also have wide working temperature range (– 55°C to + 105°C) and good dielectric strength, along with exceptional aging characteristics and superior mechanical strength. This makes them ideal for high-reliability industrial applications.In conclusion, the 2461-002-X7V0-102MLF Feed Through Capacitor is a highly versatile and reliable electronic component which can be used in a wide range of applications, from computer motherboards to medical devices. With its wide application field, high insulation voltage, wide operating temperature range, and superior mechanical and electrical stress resistance, it is an ideal choice for any high-reliability industrial application.

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