UMV1A470MFD

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

Aluminum electrolytic capacitors are electronic components with a wide range of practical applications in everyday life.The UMV1A470MFD is just one type of such capacitor, which is designed to hold an electrical charge. Its design involves the placement of two aluminum plates inside an electrolyte, the negative and positive. Each plate is then separated by a tight layer of insulation, such as paper or plastic. The insulation helps to provide a nearly airtight space around the capacitor, which prevents the charges from dissipating.

The UMV1A470MFD capacitor is designed for applications that require a small form factor and that require a higher voltage than other, less expensive capacitors. A small size and a higher voltage are two crucial features for a wide range of applications, from power transmitters, to amplifiers, to digital logic.

The working principle of the UMV1A470MFD capacitor is simple. When power is applied, an electric current is generated that causes an electric field around the plates, causing a change in the charge of the capacitor. This allows it to store the electric current for an extended period of time, and to release it again when needed. This is how a capacitor works in any given application.

The UMV1A470MFD capacitor is also designed to rapidly charge and discharge, which makes it useful in applications where fast switching is required. Its high level of capacitance makes it an ideal choice for power transmitters, amplifiers, digital logic circuits and more.

Aluminum electrolytic capacitors are a key component in any electronic circuit. They are used in applications ranging from power supply circuits to digital logic circuits, and with the UMV1A470MFD capacitor, it is possible to design circuits that are smaller, more efficient and more reliable. The UMV1A470MFD capacitor offers a crucial level of performance, and its small form factor makes it ideal for a wide range of applications.

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