EEE-TG1V470UP

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Aluminum electrolytic capacitors are electrical components that can store electrical energy and release it later. They are primarily used to bridge the time gap between the application of an electrical signal and its effect. They are also commonly used as filters and energy storage devices in circuits. The EEE-TG1V470UP is one such aluminum electrolytic capacitor that is designed and manufactured to provide a wide operating temperature range and extreme stability. This article will discuss the application field and working principle of this capacitor, in order to deepen understanding of its capabilities and usefulness.

Application Field

The EEE-TG1V470UP aluminum electrolytic capacitor has a variety of uses due to its wide range of voltage and capacitance values. These values range from 10V to 450V and from 470µF to 470, 000µF respectively. Because of this wide range of values, this capacitor is suitable for a variety of applications, from small signal filtering and energy storage in small devices, to larger scale power conditioning in industrial and medical devices. Its characteristics make it suitable for use in demanding applications where a high level of stability is required, such as medical imaging machines and digital camera shutters.

Additionally, the EEE-TG1V470UP offers superior surge and ripple current capabilities, making it more reliable than conventional aluminum electrolytic capacitors. Its low ESR and ESL values ensure optimal performance when used in high-frequency applications, while its low temperature coefficient and long-term performance make it suitable for applications in extended temperature range from -45°C to +105°C. Finally, its wide capacity range makes it suitable for a variety of applications.

Working Principle

The EEE-TG1V470UP operates on the same basic principle as other aluminum electrolytic capacitors. Its component parts consist of a positive aluminum foil electrode, a negative electrode made of a material such as carbon, and an electrolyte-soaked separator in between. Electrons flow from the negative electrode to the positive one when a potential is applied to them, which causes an electrical charge to be stored and released when the potential is reversed. This is achieved by an oxidation reaction of the aluminum on the positive electrode, resulting in the creation of an insulating layer of aluminum oxide.

The positive and negative electrodes are connected to leads for connection to the circuit, and a layer of dielectric material is applied on the upper surface of the positive electrode for insulation. This results in a component that holds a charge even when the electric potential is disconnected from it, and it can discharge the stored energy at a rate determined by the capacitance of the component.

The EEE-TG1V470UP capacitor has additional features that make it unique among other aluminum electrolytic capacitors. Its anodization process has been tuned specifically to produce an extremely strong oxide layer, which helps to maintain optimal performance during long-term use. This part also features a patented heat-treatment step to eliminate pores in the film deposit and ensure exceptional performance in high frequency applications. Additionally, the capacitor has passed rigorous testing to ensure ruggedness against temperature, vibration and other environmental factors.

Conclusion

The EEE-TG1V470UP aluminum electrolytic capacitor is a versatile component with a wide range of capabilities and a petite form factor. Its characteristics make it suitable for both small-signal and large-scale applications, and its rugged construction makes it suitable for use in a variety of environments and conditions. Its intuitive working principle makes it easy to understand how it functions, and its features give it advantages over traditional aluminum electrolytic capacitors.

The information outlined in this article demonstrates the usefulness and reliability of the EEE-TG1V470UP aluminum electrolytic capacitor in multiple applications. As such, it is an excellent choice for any engineer looking to add reliable energy storage and filtering capabilities to their designs.

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