35SGV47M8X6.5

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Aluminum Electrolytic Capacitors

The 35SGV47M8X6.5 is an aluminum electrolytic capacitor. It is an electrical component that can store electrical energy and subsequently release it. An important piece of equipment that every electronic appliance has, it is supremely useful, even though it is often forgotten. It works by having two separate, but connected plates surrounded by an electrolyte, a chemical compound that acts as a conductor. It can then produce voltage as well as block currents.

Application Field

Aluminum electrolytic capacitors are very versatile and are able to fit various, even unusual electronic appliance requirements. Some of its uses include decoupling, timing, wave shaping, energy storage, and filtering. It can also be used to gradually increase the amount of capacitance in a circuit.

The 35SGV47M8X6.5 in particular has a long lifespan and capable of firing up high voltages of up to 63V. This makes it an ideal choice in designing mechanisms where higher voltage is at the core. It can effectively be used in temperature control systems, energy management systems, and even medical imaging systems.

Working Principle

The aluminum electrolytic capacitor is unique from the usual capacitors. It is comprised of two side-by-side aluminum foils, with one being etched and acting as the anode and the other being the cathode plate. In between both plates, an electrolytic fluid made of boric acid is held, which helps to form an electric field due to its electron charge.

With the presence of the electric field, a positive or negative voltage can be generated. This voltage is necessary to make the electric charges flow from the anode to the cathode. As a result, this small amount of charge is then given to an external circuit that requires a small amount of current continuously.

Once the 35SGV47M8X6.5 receives the voltage, the positive part of the voltage (or the anode) will push the electrons out of the capacitor and onto the external circuit. At the same time, the negative part of the voltage (or the cathode) will allow more electrons to enter the capacitor, which helps to maintain a balance in the current.

To put it simply, the electric field generated by the electrolyte makes a voltage difference between the anode and the cathode. This voltage difference can then be used to transfer energy through the capacitor to other components.

Conclusion:

The 35SGV47M8X6.5 is an aluminum electrolytic capacitor that is capable of providing power to multiple electronic components. Its application field covers decoupling, timing, wave shaping, and filtering, and its working principle is based on transferring energy through the electric field created by the electrolyte.

These kinds of capacitors can be used for a variety of purposes due to their long lifespan and high voltage capabilities, making them a vital component to most electronic appliances.

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