T86E107M016EAAL

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Tantalum capacitors are commonly used in the electronics industry and are often referred to as polarized capacitors. They are used in applications ranging from audio circuits to power supplies. The T86E107M016EAAL is a tantalum capacitor manufactured by Kemet, and its application fields and working principle will be examined in this article.

Overview

The T86E107M016EAAL is a high-performance, high-reliability, hermetically sealed axial leaded ceramic-bodied chip capacitor. It has a 6.3V rated voltage, an operating temperature range of -55C to +125C, and a capacitance of 10uF. The capacitor has a standard tolerance range of +/- 20% and a temperature coefficient of +-30ppm/C.

Application fields

The T86E107M016EAAL is commonly used in industrial and medical applications such as digital communication systems, medical monitors and imaging systems. It is also used in high-reliability consumer electronics and power management circuits such as personal computers, digital cameras and audio equipment. Other applications include clock and timing circuits, automotive on-board powered systems, and implantable and implantable electronic medical devices.

Working principle

In its simplest form, the T86E107M016EAAL acts as a charge storage device. By applying a voltage to the anode terminal (positive terminal) of the device, a charge is stored on the tantalum layer and moved to the cathode terminal (negative terminal). The amount of charge transferred is determined by the amount of voltage applied and the capacitance of the device. This charge stored on the capacitor can then be used to power other components or provide a signal. The leakage current of the capacitor is small, making it suitable for applications that require high reliability.

Advantages

The T86E107M016EAAL has several advantages over other types of capacitors such as aluminum electrolytic capacitors. These include its availability in very small packages, low failure rate, low equivalent series resistance (ESR) and inductance values, tolerance to high frequencies and temperatures, and a long operational life. Also, the low ESR and inductance of the capacitor makes it suitable for use in high frequency and pulse-width-modulation (PWM) applications.

Limitations

The main limitation of the T86E107M016EAAL is its high cost. In addition, there is a potential reliability issue associated with the capacitors. As the capacitor ages, its electrical properties degrade and can eventually lead to device failure. This is why it is important to monitor the performance of the capacitor and replace it as necessary.

Conclusion

The T86E107M016EAAL is a reliable and high-performance tantalum capacitor used in many industrial and medical electronics applications. It offers advantages such as a low ESR and inductance, tolerance to high frequencies and temperatures, and a longer operational life. However, the price of the capacitor is high and it can be prone to failure with age.

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