EEU-TA1H101B

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Aluminum electrolytic capacitors are widely used components in the circuit and have many varieties. EEU-TA1H101B is one of them. This article will introduce its application field and working principle.

Introduction

EEU-TA1H101B is a 10μF aluminum electrolytic capacitor. It is a long-life capacitor based on aluminum electrolytic capacitive technology. It is mainly used in all kinds of high-frequency circuits and precision circuits in the power and electronic fields. It features high reliability, high ripple current capability, wide temperature range and excellent anti-interference performance.

Application field

EEU-TA1H101B is widely used in power circuits, communication circuits, digital circuits, microprocessor circuits, signal processing circuits, automotive circuits and other electronic equipment. It\'s rated voltage is 6.3V and its allowable operating temperature range is -55 ℃ to +105℃. Its ripple current capability is excellent, making it suitable for applications with high frequency and requiring high ripple current resistance such as DC-DC converters.

In communication fields, it works well with high-speed digital signal networks, wireless base stations, chip-scale transceivers, satellite communication systems, and more. In power systems, it performs especially well in AC-DC converters, AC-AC converters, and other high frequency circuits demanding stability. It is also used to filter noise and oscillations in electronic equipment.

Working principle

EEU-TA1H101B aluminum electrolytic capacitors use the electrolytic technology, which is different from other capacitors. The capacitor is mainly composed of three parts: the winding, the anode and the electrolyte. The aluminum foil etched into a mesh on the anode and rolled into a cylinder is called the winding. The electrolyte is an ionic compound gel that is injected between the windings to allow charge to flow between them.

When an electric field is applied, a current will flow through the electrolyte. This current moves ions from the negative side to the positive side of the capacitor, creating a space-charge region between the two sides. This space-charge region creates an electrostatic force that opposes the electrical field, and this is the capacitance of the capacitor.

Conclusion

In conclusion, EEU-TA1H101B aluminum electrolytic capacitors are widely used in various industries such as power and communication. Thanks to its excellent ripple current capabilities and temperature resistance, it can be used in many high-frequency and precision circuits. Its working principle is different from other capacitors due to its reliance on electrolytic technology to create its space-charge region.

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