CA064C120K5GACTU

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Capacitor networks, also known as capacitor arrays, are a type of passive electrical component designed to store and release energy from a system. The specific capacitor network model in question, the CA064C120K5GACTU, is an advanced model designed to cater to specific applications.

The CA064C120K5GACTU capacitor network consists of four capacitors, including two ceramic capacitors, one film capacitor, and one tantalum capacitor. All four capacitors are connected in a series-parallel configuration, with the ceramic and film capacitors connected in parallel and the tantalum capacitors connected in series. The total capacitance value of the network is 0.64 uF and the total maximum rating of the network is 120KV. This advanced model is specially designed to have a higher voltage rating than other capacitor networks.

The CA064C120K5GACTU capacitor network is designed to be used in high-end applications, such as power supplies, medical diagnostic equipment, and highly sensitive industrial applications. The network is also suitable for applications that require high reliability, such as aerospace and military applications. The network is also suitable for high-voltage, high-current systems, thanks to its high voltage rating.

The working principle of the CA064C120K5GACTU capacitor network is relatively straightforward. The capacitors store electrical energy and provide a stable impedance to the system. The capacitors act as charging and discharging components, allowing current to flow in and out in a repeating cycle. When the capacitors are charged, they can store electrical energy, thus providing power to the system when needed.

Overall, the CA064C120K5GACTU capacitor network is an advanced model designed for high-end applications. The network is capable of storing and releasing energy through the use of four capacitors connected in series-parallel configuration. The network is also suitable for power supplies, medical diagnostic equipment, and highly sensitive industrial applications due to its advanced design and high voltage rating. Finally, the network works by storing electrical energy and providing a stable impedance to the system.

The specific data is subject to PDF, and the above content is for reference