ECA-1CM471BJ

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Aluminum electrolytic capacitors are reactive components designed to store electrical energy. They are available in various forms, sizes, and capacitances, ranging from electrolytic capacitors with a rating of a few microfarads to multi-layer ceramic capacitors with a rating in the hundreds of nanofarads. These devices find use in applications requiring a high charge/discharge rate and capacity, such as power supplies, switched-mode power supplies, and pulse generators. The ECA-1CM471BJ is one such electrolytic capacitor, with a voltage rating of 10 volts, capacitance of 470 µF, and a body diameter of 8mm. It is referred to as a “low-profile” capacitor, meaning that it is relatively slim when compared with other electrolytic capacitors of the same capacitance. Its small size makes it ideal for use in space-constrained applications, such as portable electronic devices. The ECA-1CM471BJ is a radial-lead capacitor, meaning that it has two pins, either of which can be used as the positive or negative terminal. This type of capacitor is typically used in AC applications, where the positive and negative leads are repeatedly connected to each end of an alternating current (AC). The capacitor can store the energy generated by the AC current and then release it when the current stops or reverses. This helps to maintain an even output in the system. The ECA-1CM471BJ also features a “tantalum” substrate, which is an extremely corrosion-resistant material. This molten electrolyte is used in the capacitor\'s aluminum construction, to act as an effective seal that prevents the electrolyte from leaking out. This makes the ECA-1CM471BJ highly resistant to high temperatures, humidity, and mechanical shock. To summarize, the ECA-1CM471BJ is an aluminum electrolytic capacitor with a low profile and high corrosion resistance. It has a voltage rating of 10 volts, capacitance of 470 µF, and body diameter of 8mm. It is suitable for AC applications, and is ideal for use in space-constrained applications such as portable electronic devices. It is also resistant to high temperatures, humidity, and mechanical shock, thanks to its tantalum substrate.

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