ALS71G562NP500

Aluminum Electrolytic Capacitors are generally used as the energy-storing components in an electronic circuit to cooperate with the circuit to control the signal, timing, waveform, power supply filtering and protection from the interference. In particular, the ALS71G562NP500 aluminum electrolytic capacitors integrate superior frequency, low impedance, and long-term of stable performance, allowing them to be widely used in high-frequency circuits and high-frequency power equipment.

ALS71G562NP500 aluminum electrolytic capacitors feature an opaque, cylindrical shape, with two metal plates covered with an insulating film. One of the steel plates is connected to the circuit, and the other is connected to the electrolytic solution, forming an electric field, for charging and discharging, to perform the energy storage and other functions. It can reduce the voltage ripple, filter noise and reduce the interference.

In order to improve the stability, reliability, and accuracy of the electronic system, ALS71G562NP500 aluminum electrolytic capacitors are often used in AC/DC circuits, including such as HID electronic ballast, switching power supply, LED lighting, motor drive, notebook computers, digital cameras, LCD display, video recorder, set-top-box, and so on. Its commonly used rated voltage range is 2.5 to 25V, and the capacitance range is from 1uF to 1000uF.

The working principle of our ALS71G562NP500 aluminum electrolytic capacitors is based on two lines for the steel plates, each of them, connecting to a chemical electrolyte separated by a diaphragm. It supplies the capacity to retain the electric energy in the capacitor, and in this process of storing the electric energy, the charge current flows from the positive pole to the negative pole, as a result of the concentration of electrons.

In conclusion, the ALS71G562NP500 aluminum electrolytic capacitors are widely applied in the electronic circuits, due to the better frequency, low impedance and long-term stable performance. It can filter the noise and reduce the voltage ripple interference, allowing our electronic systems a higher level of reliability, accuracy and stability.