380LQ182M180A022

Aluminum electrolytic capacitors are widely used electronic components in the world, and are usually used to filter, integrate or hold the voltage of the circuit board. Specifically, the 380LQ182M180A022 capacitors, are kind of non-polarity electrolytic capacitors which are widely used in various applications.

Application Field

The 380LQ182M180A022 capacitors can be found in virtually all types of electrical and electronic equipment. They offer excellent voltage performance and can handle a wide range of frequencies. These capacitors are suitable for both medium and high voltage circuits, and are commonly used in high-intensity lighting systems and AC/DC power supply circuits, stabilizing voltage and protecting from interference.

In addition, these capacitors can also be found in a variety of analog and digital audio applications. They can be used to smooth out the audio output signal and provide a much higher quality of sound. The capacitors are also used in medical equipment to regulate voltage and reduce distortion. Additionally, these capacitors can be found in precision measuring instruments, such as voltage meters, pressure gauges, and flow meters, to protect the instrument from electrical noise and provide precise readings.

Working Principle

Aluminum electrolytic capacitors work on the principle of polarization, electrochemical charge, and dielectric material. When two conductive plates, made of aluminum or other metals, are immersed in a liquid electrolyte, a positive charge is stored in one plate, and a negative charge is stored in the other plate.

The dielectric material absorbs the negative charge, thus creating a potential difference between the two plates. The voltage of the capacitor is determined by the amount of charge stored between the plates, and the size of the dielectric. The liquid electrolyte provides additional support to the structure of the capacitor and can also dampen any electrical noise.

The 380LQ182M180A022 capacitors are extremely reliable and durable and are capable of handling high frequencies and voltages. They are ideal for rigorous applications, such as precision measuring instruments, medical equipment or audio devices, where accuracy and high-performance are essential.