B43086B9475M

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Aluminum electrolytic capacitors (AECs) are widely used components in electronics because they are able to store electrical energy with high efficiency, low cost, and capable of providing a safety “bleed off” feature which prevents dangerous build-ups of energy. The B43086B9475M is a type of AEC that is specifically designed for consumption metering applications.

A B43086B9475M is a typical AEC device which features a metallic case, the output is accessed via four pins. The device is rated for a wide operating temperature range up to +125°C and is available with various voltage ratings. Its features a high ripple current rating, fast charge/discharge, low ESR, and low equivalent series resistance.

In terms of its application field, the B43086B9475M is well-suited for consumption metering applications as it offers superior performance in the areas of low ESR and capacitance stability, as well as its ability to quickly charge and discharge at low temperatures. Additionally, it is manufactured in a compact form factor which is ideal for space-constrained applications. The capacitor is able to remain stable over a wide temperature range, with an extended life-span (over 10,000 hours at 125°C), making it suitable for long-term use in a variety of industrial and commercial environments.

In terms of its working principle, an AEC consists of two metallic plates, separated by an electrolyte. When an AC voltage is applied to the plates, the electrolyte allows for a temporary have of charge between the two plates, allowing for the capacitor to store an electrical charge until released. What makes it unique compared to other types of capacitors is its ability to store electrical energy across a wide temperature range, as well as its fast charge/discharge performance.

In summary, the B43086B9475M is an aluminum electrolytic capacitor specifically designed for consumption metering applications. Its features include a wide operating temperature range, high ripple current rating, fast charge/discharge, low ESR, and low equivalent series resistance. Its working principle relies on an electrolyte to allow for a temporary exchange of charge between two plates, allowing it to store an electrical charge until released. This makes it an ideal choice for industrial and commercial applications due to its reliability and long lifespan at high temperatures.

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