UHC1C471MPD

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Aluminum Electrolytic Capacitors are a type of capacitor that use electrolysis in the formation of the anode. This type of capacitor typically consists of two aluminum foils, separated by a paper layer, coated with an electrolyte. The positive foil is the anode and the negative foil is the cathode.

The UHC1C471MPD is a type of Aluminum Electrolytic Capacitor. It is a low profile, high-performance capacitor, capable of meeting all high-performance requirements of the industry. It is designed to provide a long lasting performance over a wide range of temperature and humidity conditions.

The UHC1C471MPD is typically used in applications such as over-current and thermal protection, precision motor control, or circuit stability. The capacitor provides long-term stability and reliable operation. It is designed for high current, low impedance, and low thermal coefficients. The UHC1C471MPD also offers high temperature stability and reliability in many applications.

The UHC1C471MPD also features a low self-inductance which helps reduce EMI, and an improved stability for higher ripple current. This makes it ideal for applications that require a long-term stable performance over a wide range of temperature and humidity conditions.

The working principle of the UHC1C471MPD Aluminum Electrolytic Capacitor is pretty simple. When the capacitor is exposed to a voltage potential, the positively charged ions of the electrolyte move toward the positive foil, while the negatively charged ions move toward the negative foil. As the ions move, a layer of electrons is created which forms a reverse electrical field that opposes the voltage applied to the capacitor. This creates resistance to the current, effectively storing the energy.

The UHC1C471MPD is a very versatile aluminum electrolytic capacitor that can be used in a wide variety of applications. It is designed to provide a long lasting performance over a wide range of temperature and humidity conditions, making it highly suitable for many applications. In addition, its low self-inductance helps reduce EMI and its improved stability makes it suitable for more demanding applications.

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