SBSMC5000683MXB

Feed Through Capacitors

The SBSMC5000683MXB is a type of feed-through capacitor developed by SBE-Michelin that is commonly used in industrial applications. This capacitor is an important component of industrial electrical and automation systems and is used to reduce electrical noise or control the flow of AC voltage.

The SBSMC5000683MXB consists of a ceramic core, an external return path, and a set of two capacitors connected in series. The capacitor\'s core contains two sets of ferrites and a dielectric, usually composed of polypropylene. The external return path provides a connection to ground and limits the amount of energy required for the capacitor to achieve its rated value.

The capacitor\'s working principle is simple yet effective. It is designed to act as an AC voltage-control device that interferes with the flow of AC voltage. The capacitor is arranged in a series whereby when an AC voltage is applied, the capacitors will act as a voltage divider, reducing the voltage and thus limiting the current flow. In this way, it works to protect sensitive electrical components from high currents or spikes in voltage.

The SBSMC5000683MXB is commonly used in industrial applications such as motor drives, air compressors, machine tools, generators, and electric pumps. It is also used in industrial automation systems to reduce electromagnetic interference from motors, pumps, and electric engines. In addition, the capacitor can be used to control AC voltage in industrial power supplies, as well as help protect sensitive electronic components from high current spikes.

The SBSMC5000683MXB is an ideal solution for controlling AC voltage in industrial applications due to its simple yet effective design. Its ability to reduce environmental noise and protect electrical components from high current spikes makes it an invaluable component for many industrial systems. The capacitor\'s affordability and durability makes it a great choice for most industrial applications, ensuring a long-lasting and reliable product.