UPW1H152MHD6

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 widely used in microelectronics and electrical engineering. This particular type of capacitor, UPW1H152MHD6, is a radial leads electrolytic capacitors employing aluminum solid and rolled electrolytic foils as electrodes. This capacitor is characterized by its low leakage current, low dielectric loss and a large range of capacitances.

The UPW1H152MHD6 has an application field of general purpose, mostly serving in applications like filtering, smoothing and buffering, which means its purpose is to filter out any interference and undesired noise signals. It is applied in power electronics, motor controls, circuits requiring very high capacitance, high voltage rail and surge current capability, and in on/off delay circuits.

As for its working principle, this capacitor stores energy in two forms- electric field and electrostatic field. Whenever a voltage is applied across its terminals, a positive charge reduces on one side of it and a negative charge appears on the other side. This field of positive and negative charges creates an electric field which stores the energy in its sheets.

As for its construction, the capacitor consists of two metalized plates along with its dielectric, which is an electrolyte impregnated paper or plastic with two equally sized aluminum foils, being one an anode and another being a cathode. It is polarized and has a limited ability to withstand reverse voltage.

What makes the UPW1H152MHD6 very useful is its low dissipation factor, its long life and stability, as well as its ability to handle higher temperature operation, making it perfectly suitable for operating in severe environmental conditions such as rugged outdoor applications.

In conclusion, the UPW1H152MHD6 is a great choice for a variety of applications, such as electronic circuits, power supplies, motor controls and on/off delay circuits. Its working principle is based on an electrical field generated between the two electrodes, and it absolutely has an unlimited application field. Its low dissipation factor, high temperature rating and its low leakage current make it the perfect choice for many projects.

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