36D223G075DF2A

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Aluminum electrolytic capacitors are widely used in electrical engineering, electronic technology, instruments, meters and other fields. The model 36D223G075DF2A is a typical aluminum electrolytic capacitor and its application areas and working principles are described in detail as follows.

Application fields of 36D223G075DF2A

The 36D223G075DF2A model aluminum electrolytic capacitor is mainly used in the fields of electronic communication and power supply. It is used in electronic tubes, inverters, switching power supplies, computers, copying machines, LED light fixtures, electronic locks, electronic floors, digital sound amplifiers, digital TVs, phone systems, fax machines, electric fans, microwave ovens, beauty machines, motors, etc. Its application field is very extensive.

Working Principle of 36D223G075DF2A

The 36D223G075DF2A model aluminum electrolytic capacitor consists of two electrodes with an electrolyte that is enclosed in a metal case. The two electrodes are corrugated aluminum plates, which are tightly wound together and separated by separators soaked with electrolyte. The positive electrode electrode plate is connected to the capacitor body cover and then connected to the output side. The negative electrode plate is connected to the cathode of the opposite side. When the capacitor is in operation, the electrolyte in the separator begins to produce ions, resulting in an electric field between the two electrodes. As the internal voltage of the capacitor increases, the electric field between the two electrodes increases, thus forming a dielectric field which creates a capacitance. The capacitance of the 36D223G075DF2A model aluminum electrolytic capacitor is dependent on the area of the aluminum plate, the thickness of the aluminum foil and the distance between the two aluminum foils.

The 36D223G075DF2A model aluminum electrolytic capacitor is an important electronic component and has a wide range of application fields. Its working principle is based on the electric field generated between two electrodes with an electrolyte which forms a dielectric field and thus creates a capacitance. It is an essential part of modern electronic applications and must be used in a way that is safe and approved.

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