4310-013LF

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Feed Through Capacitors are components used in a wide variety of applications. The 4310-013LF is specifically designed for use in high-frequency applications, offering excellent performance at frequencies up to 500 MHz. It offers excellent thermal stability, and provides superior shielding performance in the 30 to 1000 MHz frequency range.

The main purpose of a feed through capacitor is to provide electrical isolation between two sections of a circuit. It is able to do this by blocking any direct current signals and transferring only alternating current signals through it. This allows devices such as amplifiers and filters to maintain their constant performance levels.

The 4310-013LF consists of an electrostatically shielded aluminum enclosure, which contains two high-quality metallized polyester film capacitors, stacked inside a compression-fit shield. This design ensures both excellent attenuation and low inductance, resulting in superior performance in high-frequency applications. The product also features a solderable nickel/gold plated braid for additional high-frequency shielding.

The 4310-013LF uses a self-clamping technique which allows it to function without grounding the enclosure. This technique only allows current flow between the components, between the leads, and between the lead and the chassis. This eliminates interference caused by unwanted currents which may be caused by stray magnetic fields.

The 4310-013LF is a compact and lightweight device designed for use in a variety of demanding high-frequency applications. Its high attenuation and low inductance characteristics make it ideal for use in broadcast and medical imaging equipment, communication networks, precision audio systems, and other electronic components that require exceptional performance in the 30 to 500 MHz frequency range.

Feed Through Capacitors like the 4310-013LF offer an excellent solution for providing electrical isolation and high-frequency shielding in applications where space and weight are at a premium. Its low inductance and high attenuation characteristics make it an ideal choice for a wide variety of high-frequency applications.

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