T86D336M020EBAL

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Tantalum capacitors are an important component in many complex electronic systems, including in medical, communications, computer, and industrial equipment. The T86D336M020EBAL is an example of one type of tantalum capacitor which is commonly used. This article will discuss the application field and working principle of the T86D336M020EBAL.

Application Field

The T86D336M020EBAL is a tantalum capacitor with a 0.106 ld max. body size, type J leads, and a voltage rating of 16V. Its application field includes uses in personal computers, telecom systems, LCD backlight, and radio frequencies (RF) systems. It has a very low equivalent series resistance (ESR) which makes it suitable for use in noise filtering, low power DC/DC converters, and high frequency switching regulators. Its ESR is typically less than 0.02 ohms across a wide temperature range and the capacitor is able to survive typical soldering conditions. Furthermore, its structure and construction are robust, making it more shock and vibration resistant than other tantulum capacitors.

Working Principle

The T86D336M020EBAL is a type of tantalum capacitor which uses a manganese dioxide based electrolyte and a porous anodic layer to function. The electrolyte provides the ionic conductivity within the capacitor, while the porous anodic layer forms the dielectric between the two metal electrode plates. The dielectric material is a dielectric oxide film which is formed during the manufacturing process. This film acts as an insulating barrier between the electrolyte and the electrodes, providing a surface for the novel double-layer capacitance of the tantalum capacitor. This type of capacitor is polarized and must be installed correct so that the positive and negative connections are made correctly. The capacitance of the T86D336M020EBAL is stable over time, temperature, and frequency.

In conclusion, the T86D336M020EBAL is a type of tantalum capacitor commonly used in personal computers, telecom systems, LCD backlight, and RF systems. Its robust structure and construction make it quite shock and vibration resistant. It has a low ESR and is able to survive typical soldering conditions. The capacitor functions using a manganese dioxide based electrolyte and a porous anodic layer which form a dielectric between the two metal electrode plates. Its capacitance is stable over time, temperature, and frequency.

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