SCI-9920-122

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Feed-through capacitors are advanced, high quality electrical components used for signal filtering, lightning protection, voltage balancing and suppression of electro-magnetic interference in many different electronic and electrical applications. SCI-9920-122 feed-through capacitors are manufactured using the latest technology and designed to meet the highest industry standards.

Application Fields

SCI-9920-122 feed-through capacitors are designed for use in a wide range of applications, including mobile radio, CDMA (Code Division Multiple Access) systems as well as satellite, cable, indoor and outdoor television, telecommunications, and other electronics. In mobile radio applications, they serve as the main filtering components for carrier, receiver and transmitter systems. They are also used in power supplies to reduce electric noise, suppress interference, and improve the signal-to-noise ratio.

Working Principle

SCI-9920-122 feed-through capacitors utilize a two-terminal, through-hole construction. The capacitors can be connected to a circuit board by soldering the two terminals, eliminating the need for a flexible jumper or other connecting device. The capacitors feature small pitch, low profile and low insertion loss for superior performance in high-density applications. In addition, the capacitors have excellent RF shielding and superior high frequency performance, enabling them to be used in demanding applications.

The capacitors use a dielectric oxide film, which combines excellent stability and breakdown voltage. They also feature high current capability, low loss and high Q values. The capacitors are designed to provide low ESR and high RF shielding, and they can be used in high-speed applications so that the current passes through the capacitor without distortion.

SCI-9920-122 feed-through capacitors are designed for use in high-density circuits. Their small size makes them well suited for applications where space is a concern. The capacitors are designed to reduce electric noise and EMI, making them ideal for noise suppression, voltage balancing, and lightning protection applications. They are also highly reliable and durable, making them a popular choice for a wide range of applications.

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