36DE703G020ED2A

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Aluminum electrolytic capacitors are one of the most common types of capacitors used for various electronics applications, notably in the power supply chain. The 36DE703G020ED2A is a type of aluminum electrolytic capacitor that is utilized in filtering and smoothing power supply signals, DC-blocking, and for some basic AC signal-rectification. The specific capacitance of this model is 7,000 µF, at a rated voltage of 20VDC. This product is designed for use with a ripple current of 3,750 mA+, and has a relatively high voltage tolerance of 105 Degrees Celsius.

In terms of construction and operation, the 36DE703G020ED2A is comprised of two aluminum foil electrodes with a thin layer of an electrolyte (ex. manganese dioxide) in between them. This arrangement acts as its dielectric. On one end of the arrangement is a crimped end strip that bridges the two aluminum foils in order to provide a greater electrical connection. To enhance heat dissipation and ensure long-term reliability, the end cap is usually made of a plastic material to further protect it. Additionally, longer life aluminum electrolytic capacitors usually incorporate a vent valve which allows for pressure release when the system heats up.

In terms of application, aluminum electrolytic capacitors often used to filter out AC ripple from the power supply. Since they can support high voltages for relatively large capacitance values, they\'re also good for straightforward DC-blocking applications. Similarly, due to its relatively high voltage tolerance, the 36DE703G020ED2A is well-suited for basic AC signal-rectification, which is otherwise commonly used in power supplies. When compared to other types of capacitors, aluminum electrolytic capacitors often have dielectric losses of only a few percent, whereas film capacitors can have losses up to 20% or more.

Overall, the 36DE703G020ED2A aluminum electrolytic capacitor is a good choice for a variety of power supply filtering and signal-rectifying applications. Its relative high voltage tolerance, low dielectric losses, and comparatively long life make it an ideal component for many applications where cost plays a consideration. As long as the working environment is relatively cool and the current calculation is accurate, these capacitors can last for an appreciable amount of time.

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