SBSGC5000332MXB

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Feed through capacitors are electrical components that are installed in the high voltage side of an electrical system in order to reduce the risk of overvoltage and short-circuit related damages. The SBSGC5000332MXB is a compact, inexpensive and reliable feed-through capacitor from the SBSGC series offered by STMicroelectronics. This device comes with features that make it suitable for a wide range of applications.

The core element of a feed-through capacitor is a dielectric material, in this case a polyester medium. The dielectric acts as a barrier that helps to minimize the capacitance between the two parts of the system. Additionally, the device also comes with terminal pins to facilitate connection to the feed circuit. This ensures that the device can be easily integrated into various existing systems.

The SBSGC5000332MXB has a rated capacitance of 0.332µF and a rated voltage of 500V. The capacitance is capable of withstanding voltage up to 10KVrms. This makes it suitable for a wide range of industrial and medical applications. It can also be used in power supplies, light dimming systems, and electromagnetic compatibility (EMC) applications such as low-impedance capacitance-to-ground filtering that helps prevent high frequency noise.

The working principle of the SBSGC5000332MXB feed-through capacitor is simple yet effective. When an AC or DC signal is applied on the high voltage side, the capacitor supplies a low-impedance connection point for the return path, which eliminates problems caused by interference of induced signals. The current in the connecting leads is diverted to the capacitor and it helps reduce the amount of noise and voltage spikes that can cause potential damage to the system.

In conclusion, the SBSGC5000332MXB is a compact and reliable feed-through capacitor from the SBSGC series. It comes with features that make it suitable for a wide range of applications such as power supplies, light dimming systems, and EMC applications. The device is capable of withstanding high voltages up to 10KVrms and its working principle enables it to provide a low-impedance connection point which eliminates problems caused by interference of induced signals.

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