UWZ1A471MCL1GS Capacitors

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Aluminum Electrolytic capacitors are widely used in various kinds of electronic and electrical products, such as TVs, radios, digital devices, air conditioners, etc. Among them, UWZ1A471MCL1GS is one of the newest models, which has been popular with its high stability, low leakage current and large capacitance. Its size compared with other capacitors of similar capacitance is only 3/4, and its ripple current is less.

UWZ1A471MCL1GS consists of aluminum foil, short-axis paper separator, electrolyte and carbon-coated anode and cathode lead. It uses a special anode material with an extremely high breakdown voltage, combined with an improved lead-out technology, which can ensure its great anti-jamming performance. The main feature of UWZ1A471MCL1GS is its high stability, low leakage current and large capacitance. It has been widely used in product design.

UWZ1A471MCL1GS is widely used in products where high voltage and current are needed, such as TVs, radios, digital devices, air conditioners. It has the characteristics of high temperature resistance, low impedance, long life and good filter effect, which can improve the long-term stability and performance of the system.

The working principle of UWZ1A471MCL1GS is based on the electrochemical double-layer capacitor. When voltage is applied, charged particles are accumulated at the interface of two electrodes, resulting in a polarized double-layer structure, producing electric capacity. When the voltage is removed, the electric capacity will return to zero. Since the electric capacity is extremely small, UWZ1A471MCL1GS has a very high performance and stability.

In conclusion, UWZ1A471MCL1GS is one of the newest aluminum electrolytic capacitors, which has great high voltage and current characteristics. Its high stability, low leakage current, and large capacitance make it suitable for use in a variety of high-voltage and current applications, such as TVs, radios, digital devices and air conditioners. With its improved lead-out technology and its ultra-high breakdown voltage, it can improve the system\'s long-term stability and performance. It works mainly based on the electrochemical double-layer capacitor, which produces electric capacity when voltage is applied and the electric capacity will return to zero when the voltage is removed.

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