UWD1C470MCL1GS Capacitors

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Aluminum Electrolytic Capacitors are components used in many electronic circuits. The UWD1C470MCL1GS is a type of electrolytic capacitor created by Panasonic, which utilizes aluminum as its body material. This capacitance type is widely used in consumer electronics, automotive, and industrial energy applications. This article will discuss the working principle of the UWD1C470MCL1GS capacitance and its application field.

General Information

An aluminum electrolytic capacitor is an electronic component that consists of a metalized aluminum film, an electrolyte reservoir (case), a positive lead, and a negative lead. The capacitor is usually coated with a resin or rubber material. Due to its design, it can store electrical energy more efficiently than other types of capacitors.

The capacitance of the UWD1C470MCL1GS is typically between 4 and 470 microfarads. Its leads are both nickel-plated and its temperature range is between -10°C and 85°C. The voltage range of this capacitor is from 2 to 450 volts.

Application Field

The UWD1C470MCL1GS aluminum electrolytic capacitor is widely applied in various electronic products due to its unique design and excellent performance. The application fields of this capacitance include:

• Consumer electronics, such as television sets and audio equipment.
• Industrial energy applications, such as electric welding machines and industrial grade circuit boards.
• Automotive industry, including car audio systems and air conditioners.
• High-tech applications, like computers, communication systems, and robotics.

It can also be used in various other electronic devices, such as professional audio systems and laboratory instrumentation.

Working Principle

The working principle of the UWD1C470MCL1GS aluminum electrolytic capacitor is based on the concept of a dielectric field. This field is created when a positive charge is applied to a negative pole. This results in an electric field that creates a path for ions to move between the two terminals. At the same time, the ions create an electrochemical layer that stores and releases energy.

The energy is stored in a newly formed capacitance located between the two terminals. The capacitance increases when the voltage increases and decreases when the voltage decreases. This means that the capacitance is capable of charging and discharging at different rates, depending on the amount of voltage applied to the terminals. This provides a stable and reliable power source for many different types of electronic applications.

Conclusion

The UWD1C470MCL1GS aluminum electrolytic capacitor is a versatile device for many electronics applications. It utilizes an electrolytic field to store and release energy and its capacitance ranges from 4 to 470 microfarads. The capacitor is widely used in consumer electronics, automotive industry, and industrial energy applications and has a temperature range of -10°C to 85°C and a voltage range of 2 to 450 volts. Although this capacitor has a higher cost compared to other types, it is a reliable and efficient solution for many electronic circuits.

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