USP1V220MDD1TA

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 have wide ranging uses in a variety of applications, as they are versatile, cost-effective, and easy to use. The USP1V220MDD1TA is no exception to this, as it is an especially well-loved choice among many engineers and technicians. This capacitor is an electrolytic, in which the component is constructed primarily of aluminum foil, typically separated into two layers with a paper or resin separator between them. These layers are traditionally referred to as the anode and cathode and in the USP1V220MDD1TA, the cathode is composed of electrolyte impregnated tissue paper. Also featured in this capacitor are rolling terminals, a radial formed profile and a non-solid electrolyte.

The USP1V220MDD1TA application field is broad and it’s a popular choice for power applications. It can be used in power supplies and DC-DC converters, and can also be used in many automotive applications. Thanks to its high ripple current capability and long life, the USP1V220MDD1TA is also a great option for audio filtering applications, as it can deliver high-quality, low-noise audio output. Furthermore, this electrolytic capacitor has the capability to operate in extreme temperature ranges, making it a great choice for applications or designs that will be exposed to industrial temperature changes.

Due to their construction, electrolytic capacitors work in an electrochemical manner, and this is unsurprisingly the same for the USP1V220MDD1TA. When connected to a given voltage source, the voltage draws the electrolyte and electrolyte ions to the anode, while the electrolyte is surrounded by the paper or plastic separator. This creates an electric double layer, and it’s this that is responsible for the USP1V220MDD1TA’s capacitance. As the electrolyte forms and grows within the body of the capacitor, the capacitor stores the energy it has been supplied, allowing it to act as a storage device and filter. When the capacitor is over charged, the excess electrolyte ions will be drawn to the cathode and the capacitance rating of the component will decrease, allowing for a much more stable and safe functioning of the capacitor.

The USP1V220MDD1TA is a great choice for a variety of power and audio applications thanks to its long life and high ripple current capability. With its electrolytic construction, it is also able to effectively store and filter energy, allowing for a much more stable and protected functioning. These features make the USP1V220MDD1TA a great choice for a wide range of applications.

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