EEE-TG1C471Q

Aluminum electrolytic capacitors are an essential and versatile component used in a broad range of electronic circuits. The EEE-TG1C471Q is a type of aluminum electrolytic capacitor that is designed for use in high ripple current applications. This article will discuss the application field and working principle of the EEE-TG1C471Q.

The EEE-TG1C471Q is often used in applications that require high ripple current. It has a maximum ripple current rating of 4.7A and a maximum operating temperature rating of 85°C. This makes it suitable for use in high-power applications such as power supplies, motor control circuits, and audio/video applications that require low ESR and high ripple current. The EEE-TG1C471Q also has a long life rating that is up to 6,000 hours.

The EEE-TG1C471Q is a tantalum electrolytic capacitor. It consists of two thin layers of tantalum metal foil that are separated by an electrolyte and sealed in a non-conductive housing. The anode and cathode leads are connected to the foil and sealed with an epoxy seal. The anode lead is typically marked with a “+” sign and the cathode lead is marked with a “-” sign.

When a voltage is applied across the EEE-TG1C471Q, the electrolyte reacts with the tantalum foil and forms an oxide layer on the foil. This layer acts as an insulator and prevents current flow. When the voltage is reduced, the oxide layer is broken down and current can flow. This cycle is repeated with each cycle of the applied voltage, allowing the capacitor to store and discharge electrical energy.

The EEE-TG1C471Q is a useful device for applications that require high ripple current and long life. It is rated for up to 4.7A of ripple current and up to 6,000 hours of life. Its compact size and low ESR make it a good choice for use in high power applications such as power supplies, motor control circuits, and audio/video equipment.

In conclusion, the EEE-TG1C471Q is an aluminum electrolytic capacitor designed for use in high ripple current applications. It consists of two thin layers of tantalum metal foil that are separated by an electrolyte and sealed in a non-conductive housing. When a voltage is applied across the EEE-TG1C471Q, an oxide layer is formed and current is prevented from flowing. When the voltage is reduced, the oxide layer is broken down and current can flow, allowing the capacitor to store and discharge electrical energy. The EEE-TG1C471Q is an ideal choice for applications that require high ripple current and long life.