UVP1V330MPD1TA

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Aluminum Electrolytic Capacitors are a type of capacitor that uses an electrolyte to offer a greater capacitance than traditional capacitors. The UVP1V330MPD1TA is an Aluminum Electrolytic Capacitor developed by Murata Electronics. This capacitor is characterized by a high capacitance and a long life. It also has a good surge resistance, making it ideal for use in a variety of applications.

The UVP1V330MPD1TA has a large value range from 0.33μF to 1μF and a rated voltage range from 6.3V to 22V. The temperature range is from -40°C to +125°C, and the life expectancy is 5000 hours. The UVP1V330MPD1TA is very large compared to other electrolytic capacitors and it offers a good vibration resistance and operating performance. The tolerances can be varied ±20%, and this capacitor also has a very low ESR value. The low ESR value can lead to higher ripple current and greater efficiency.

The UVP1V330MPD1TA has a variety of applications. It is most commonly used in power supply filtering and electrical circuits, such as DC-DC converters. It is also suitable for snubbers and crossover networks and is often used in surge stopper circuits to reduce in-rush current. These capacitors are also used in high frequency circuits, as well as for low and medium frequency impedance matching.

The working principle of an Aluminum Electrolytic Capacitor is the same as that of a standard capacitor, except that the electrolyte is used in place of the dielectric material. The electrolytic solution contains positively charged ions which are attracted to the negatively charged metal plates. This creates an electric field between the plates, allowing electrons to move freely through the electrolytic solution. The result is an increased capacitance and a longer life expectancy.

The UVP1V330MPD1TA is a reliable and high performance Aluminum Electrolytic Capacitor from Murata Electronics. It has a large capacitance and long life expectancy, as well as good surge resistance. This makes it suitable for use in a variety of applications, from power supply filtering to impedance matching. Its working principle involves the use of an electrolyte to allow electrons to move freely, resulting in an increased capacitance and a longer life expectancy.

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