EEE-TK1J101AQ

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Aluminum electrolytic capacitors are one of the many components used in electronic circuits. The EEE-TK1J101AQ is an aluminum electrolytic capacitor that is very versatile and can be used in many applications. This article will discuss the different applications of the EEE-TK1J101AQ and the working principle behind it.

The EEE-TK1J101AQ is an cylindrical electrolytic capacitor with a cylindrical, anodized and polarized aluminum canister and covers a range from 0.47 to 473 μF with basic rated voltage from 6.3 VDC to 450 VDC. This part is widely used in various applications like DC-DC converters, switch-mode power supplies, boost converters, inverters, motor drives, and high-voltage generator applications.

This part is widely used for bulk energy storage and in surge suppression applications. It is also suitable for applications where good ripple capability is needed and tight capacitance tolerance is important. Due to its low ESR, the EEE-TK1J101AQ allows, high DC ripple current, which is especially suitable for high-frequency switching, pulse power applications, and high-amplitude, low frequency applications.

The working principle behind the EEE-TK1J101AQ is that when a voltage is applied to the capacitor, positive and negative ions of different sizes will be attracted to the opposite electrodes and form an electric double layer. The electric field between the electrodes will cause electrons to move and intercalate in the dielectric layer, resulting in an accumulation of electrical charge in the capacitor and an increased capacitance. As the capacitance increases, the current flow through the capacitor decreases, and the voltage between the electrodes will stabilize.

Aluminum electrolytic capacitors are used in a variety of electronic applications due to their fast response, wide range of operating voltages, and large capacitance values. As the EEE-TK1J101AQ is an aluminum electrolytic capacitor, it is suited for applications requiring low ESR, good low-frequency performance, and high reliability. The working principle behind it allows for efficient energy storage and high current handling, making it an ideal component for a range of power electronics applications.

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