B41693A7108Q001

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Aluminum electrolytic capacitors are widely used in various electronic devices, and the B41693A7108Q001 is one of the most commonly used types. Its application field and working principle can be further explored below.

In terms of application field, the B41693A7108Q001 is mainly used in power supplies, decoupling requirements, snubbers, and filters. The product is equipped with a homogeneous non-polarized electrolyte, and its characteristics include a relatively strong ripple current allowance and a longer lifespan.

The B41693A7108Q001 belongs to the aluminum electrolytic capacitor category, which makes use of the principle of electrolytic polarization. Its basic structure consists of two electrodes, an anode composed of aluminum foil and a cathode composed of mesoporous sintered particles. The electrolyte is homogeneous and non-polar, and has an intrinsically strong ripple current allowance for a longer lifespan.

In terms of working principle, the B41693A7108Q001 uses the principle of polarization. When a certain voltage is applied across its terminals, the two electrodes interact with the electrolytic solution. The anode undergoes a chemical reaction, which produces an insulating layer on the anode surface of aluminum oxide. This layer prevents the further reaction between anode and electrolytic solution, and only allows electrons to travel through its outer layer.

The electric current through the device flows through the anode, through the electrolyte, then to the cathode and back to the voltage source. As the current travels, it charges the device, creating a capacitive element. This element stores an electric charge and allows the device to be used as a filter, a regulator, or a snubber.

To sum up, the B41693A7108Q001 is a common type of aluminum electrolytic capacitor, mainly used in power supplies, decoupling requirements, snubbers, and filters. It works by using the principle of electrolytic polarization, so that when a certain voltage is applied across its terminals, it forms an insulating layer on the anode surface of aluminum oxide. This process allows it to store an electrical charge and be used as a filter, a regulator, or a snubber.

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