LQR2V103MSEHBN

Aluminum electrolytic capacitors are electronic components that are widely used in different products and basically electronic circuits for power supply filtering, noise filtering, frequency selection and time delay. They are characterised by their high capacitance, low cost and long lifespan. LQR2V103MSEHBN is one of the most commonly used aluminum electrolytic capacitor. This article intends to analyze the application field and working principle of the LQR2V103MSEHBN.

Application Fields of LQR2V103MSEHBN

The LQR2V103MSEHBN aluminum electrolytic capacitor is a cylindrical, non-polarized aluminum electrolytic capacitor suitable for a variety of electronic equipment. It can be applied in the following fields:

• Communication equipment: used for signal filtering, IIP, APP, etc.
• Audio equipment: used for signal transmission, filtering, and suppressing noises
• Computers and Peripheral Equipment: used for power supply filtering and frequency selection.
• Television, Radar and Instrumentation: used for power supply filtering.

Working Principle of LQR2V103MSEHBN

The LQR2V103MSEHBN is a non-polarized aluminum electrolytic capacitor, so its structure is simpler and its operation principle is easier to understand. It is composed of an anode and a diaphragm, separated by an electrolyte. When the electric potential on the anode is higher than the cathode, current will flow between the two electrodes through the electrolyte, and electrical energy will be stored in the capacitor.

The diaphragm of the aluminum electrolytic capacitor has high dielectric value and anode has excellent electrical conductivity. Therefore, when a DC voltage is applied across the capacitance, the ion current will flow through the capacitor and the charge will be stored on the diaphragm surface. The higher the supply voltage, the higher the charge storage potential will be.

Conclusion

In conclusion, LQR2V103MSEHBN is a non-polar aluminum electrolytic capacitor which is mainly used in communication, audio, computer, television and instrumentation equipment. It has many advantages such as high capacitance, low cost and long lifespan. The working principle of LQR2V103MSEHBN is relatively simple: it consists of an anode and a diaphragm separated by an electrolyte, and when the electric potential on the anode is higher than the cathode, current will flow between the two electrodes.