134D108X9060K6

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Tantalum Capacitors: 134D108X9060K6 application field and working principle

Tantalum capacitors are non-polarized, electrolytic capacitors with a tantalum oxide formed anode, known for their high stability, low losses, and small package size. These capacitors are used as energy storage devices in various consumer electronic products such as computers, phones, and many other portable devices.

The 134D108X9060K6 is a popular tantalum capacitor that features a maximum voltage rating of 10V and a maximum capacitance of 6.2µF. This capacitor is constructed with a π-shaped etched anode and a proven anodized cathode. Due to its high capacity and small size, the 134D108X9060K6 has been widely used in consumer electronic devices such as mobile phones and tablets. It is also used in a variety of audio applications, such as amplifiers, equalizers, and audio mixers.

The working principle of the 134D108X9060K6 capacitor is based on the principle of electrochemical capacitance. When a voltage is applied to the capacitor, electrochemical processes take place at the anode and cathode surfaces, generating a storage of charge. This charge can then be drawn upon when needed to provide power, or to act as a filter or buffer to help regulate voltage levels.

The 134D108X9060K6 is highly reliable and durable, making it a perfect choice for applications where long-term reliability and stability are required. Additionally, the capacitor has excellent thermal and electrical characteristics, making it suitable for use in a wide variety of electrical applications. The capacitor also has a low ESL (Equivalent Series Resistance) that allows it to be used in high-temperature environments.

In conclusion, the 134D108X9060K6 tantalum capacitor offers an excellent combination of performance, reliability, and durability, making it a popular choice for many applications. Its small size, high capacitance, and low ESL make it a perfect choice for consumer electronics, audio applications, and other applications that require long-term reliability and stability.

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