381LQ563M016A452

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Aluminum Electrolytic Capacitors are one of the most widely used capacitors in electronic products due to their high energy density, low ESR and small size.The 381LQ563M016A452 is a particularly typical product of this group. This paper will analyze its application fields and working principle in detail.

The 381LQ563M016A452 is a relatively high-end aluminum electrolytic capacitor with 4.2V rated voltage, 560uF capacitance and high temperature (105°C). It can withstand higher ripple current and has strong self-healing effect. It can be applied to the fields of audio equipment, power filters and pulse discharge.

Its current applications include: electrical and electronic equipment, computers, communications equipment, clocks and watches, consumer products, etc. It can be used to filter noise in the power supply of signal processing circuit, and to maintain constant signals in circuits of stepper motors, CNC machines, solenoid valves, etc. In addition, the 381LQ563M016A452 has good temperature stability, low ripple currents and low leakage currents.

The 381LQ563M016A452 is a non-polar device. The main part of its structure is an aluminum oxide film as the diaphragm. The two metal electrodes are divided into two sides with a electrolyte in between. When it is in use, the capacitor has a positive pole on one side and a negative pole on the other side. The electrolyte plays the role of connecting two electrodes, and it can store electric energy. The aluminum oxide film blocks the passage of ions, while the electrolyte allows electrons to pass through. Under the driving force of electric field, electrons move from negative pole to positive pole, and thus the capacitor is charged.

In conclusion, the 381LQ563M016A452 has strong current carrying capacity and self-healing effect, and it is mainly used in electrical and electronic equipment, computers, communications equipment, clocks and watches, consumer products, etc. It can effectively filter noise, maintain constant current, etc. Its working principle is based on the formation of electric field between negative pole and positive pole, and the flowing of electrons from negative pole to positive pole.

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