180MXC2200MEFC35X50

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Aluminum electrolytic capacitors, also known as electrolytic capacitors, belong to polarized capacitors. It is characterized by large capacity, small volume and wide frequency response range. It is an important component in high-frequency electronic devices. 180MXC2200MEFC35X50 is a type of aluminum electrolytic capacitor. Its application field and working principle will be further introduced.

The application field of 180MXC2200MEFC35X50 aluminum electrolytic capacitors includes general electronic product design, computers, telecommunication equipment, telecommunications switching equipment, radio frequency communications, laboratory instruments, digital signal processing and control equipment, audio-visual equipment, power supplies and rectifiers. It is also ideal for storing and filtering electrical energy, circuit ripple and noise reduction, voltage division, frequency division, coupling, bypass and stable frequency.

As a type of aluminum electrolytic capacitor, 180MXC2200MEFC35X50 is composed of monomer, case and lead wire. The monomer comprises an anode aluminum foil, a dielectric oxide film and a cathode liquid electrode. It has a structure of anodic aluminum foil rectifier with liquid electrolyte, which is the main body of the capacitor. The lead wire is connected to the anodic aluminum foil on the level of the monomer. The case plays a role in protecting the monomer.

The principle of 180MXC2200MEFC35X50 aluminum electrolytic capacitors lies in the electrolytic capacitance formed between the cathode liquid electrode and the anode aluminum foil under the action of electrolytic current. The ionized molecules of electrolyte combine with oxide ions formed on the surface of anodic aluminum foil to afford the insulating oxide film. Since the oxide film is a capacitive insulator, therefore, the electrolytic capacitance of 180MXC2200MEFC35X50 aluminum electrolytic capacitors is formed.

In addition, in order to make 180MXC2200MEFC35X50 aluminum electrolytic capacitors work better, its monomer also needs to choose special additives and electrolyte to ensure that the anodic oxide film on the surface of the anodic aluminum foil has a superior electrical performance. Through controlling the various parameters of the production process of the monomer, such as oxygen content, hydrogen content, grain size, surface roughness, electrolyte concentration and so on, sufficient capacitance and lower equivalent series resistance (ESR) can be obtained.

In conclusion, 180MXC2200MEFC35X50 aluminum electrolytic capacitors are widely used in general electronic product design, computers, telecommunication equipment, telecommunications switching equipment, radio frequency communications, laboratory instruments, digital signal processing and control equipment, audio-visual equipment, power supplies and rectifiers. It works based on the electrolytic capacitance formed between the cathode liquid electrode and the anode aluminum foil under the action of electrolytic current. Special additives and electrolyte are added to the monomer to ensure its capacitance and ESR.

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