ECO-S1KP682DA

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Aluminum electrolytic capacitors are a type of capacitor that uses an aluminum oxide film as the dielectric layer. The ECO-S1KP682DA is a type of aluminum electrolytic capacitor designed for the harsh environments of automotive, industrial, and aerospace applications. It is designed to handle temperatures from -55°C to 125°C, with a rated voltage up to 16V DC.

An electrolytic capacitor consists of two aluminum foil electrodes separated by an electrolyte composed of a mixture of aluminum oxide paste and dissolved electrolyte. The aluminum foil used is anodised or anodized, meaning that the respective electrodes are slightly etched prior to assembly. The charging current passes through the etched surface, oxidizing the electrolyte to form an aluminum oxide layer (film) on the electrodes and so forming a capacitor.

In terms of capacitance the ECO-S1KP682DA offers 10uF and 50uF versions. The device also has a robust hermetic seal, with H class crimp seals, allowing for superior long-term reliability and capability to handle high-level surges. The process of soldering used to assemble the capacitor also provides excellent electrical and mechanical connection even under extreme temperatures and humidity.

The ECO-S1KP682DA also features low ESR, ensuring higher stability and lower heat dissipation over the life of the capacitor. This also translates into improved ripple current ratings allowing the device to better handle transient oscillations common in various automotive, industrial, and aerospace applications

The ECO-S1KP682DA also has an exceptionally low leakage current. This low leakage current allows the device to remain without charge for extended periods of time. Such low leakage current is critical in the automotive market where high temperatures and extended idle conditions are present.

A combination of features means that the ECO-S1KP682DA is an ideal solution for automotive, industrial, and aerospace electronic applications. The device\'s enhanced surge capability and high levels of reliability in harsh temperatures make it an ideal choice for applications that require long-term, trouble free performance.

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