SBSGC2000683MXT

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Feed Through Capacitors are an important class of electrical components used for many different applications. The SBSGC2000683MXT is a model of Feed Through capacitor that is designed for ultra-low ESR (equivalent series resistance) applications. It is a surface-mount device and is designed to be suitable for high-density, high-power, and miniaturized systems.

The SBSGC2000683MXT feed through capacitor is ideal for use in audio frequency applications, digital signal processing, power supplies, and wide bandwidth applications. The device consists of three distinct components – the outer aluminum housing, the feed-through capacitor, and the insulating dielectric material. The aluminum housing acts as a heat sink and dissipates heat generated by the device, while the feed-through capacitor stores electrical energy in the form of static electric fields. The dielectric material insulates the circuit from any external electric fields and prevents current leakage.

The SBSGC2000683MXT has a rated capacitance of 10nF/V, a rated voltage of 350V, a rated power of 2.5W, and a maximum ESR of 0.6 Ohm. It is designed to have a fast switching and high-frequency response, making it ideal for use in high speed applications. It also has high current handling capabilities and is designed to be suitable for miniature applications.

The working principle of the SBSGC2000683MXT feed through capacitor is based on the science of electrostatic fields. As a voltage is applied to the electrodes of the device, an electric field is created. This electric field induces a charge between the two electrodes of the capacitor, creating a capacitance. This capacitance is then used to store electrical energy in the form of static electric fields.

The SBSGC2000683MXT feed through capacitor is a versatile device that can be used for many different applications. It is a great choice for use in audio and digital signal processing systems, high power and wide bandwidth applications, and high speed circuits. Its small size and fast switching characteristics make it suitable for use in miniature and high-density systems.

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