SFSRC5000220ZC0

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Feed Through Capacitors refer to capacitors that have electrical connections through the capacitor layers, rather than alongside them. This type of capacitor is usually used in RF signal circuits, acting as a high-impedance circuit element that also provides electrical isolation between components.

The SFSRC5000220ZC0 is a device of this type that has been designed specifically for high frequency applications in the 800 MHz-2 GHz range. This capacitor has a high self-resonant frequency of 5 GHz and a maximum capacitance of 1.6 pF, making it suitable for a variety of signal paths.

The SFSRC5000220ZC0 is a cylindrical feedthrough capacitor, consisting of two discs of metal sandwiched between two insulators. The discs are made of a metal alloy, which helps to reduce dielectric losses and maximize performance. The discs are then housed in a metal case, which helps improve electrical isolation and provides mechanical protection.

When electricity is applied to the device, the electric current is conducted through the metal discs and is allowed to flow in both directions. As the current flows through the device, electrical energy is stored in the form of a voltage or an electric field. This electric field creates an electrical force, which causes the discs to vibrate and causes an alternating current to travel through the device.

The SFSRC5000220ZC0 can be used in a wide range of applications, such as amplifiers, filters, and amplifiers. It can also act as a medium-frequency voltage divider, which is used to reduce the output voltage of an amplifier to a lower value. It can also be used to isolate electric signals from one another, such as in the case of differential wiring.

The SFSRC5000220ZC0 is a highly reliable device, capable of withstanding high temperatures and humidity. It is also resistant to corrosion and other environmental factors, making it suitable for use in harsh industrial environments. Its high frequency operation also makes it suitable for use in a variety of niche applications.

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