UVZ1V102MHD1TO Capacitors

Introduction to Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are passive discrete electronic components which are widely used in modern electronic products. Applied electric potential between one pair of its electrodes causes electrostatic charge storage and this charge can be released as electricity when there is a circuit connected. Since the 1950s, aluminum electrolytic capacitors have become popular in industry due to its low cost, long lifespan, and long shelf life. It\'s electrical characteristics have become more stable over time.

Application of UVZ1V102MHD1TO

UVZ1V102MHD1TO is a type of aluminum electrolytic capacitor designed for commercial applications, its temperature range is -40℃ to 105℃. This series cap is suitable for filtering, smoothing, de-coupling, power supply, energy storage, pulse switch, flickering light, LED lighting, and lighting dimming applications. Temperature coefficient and voltage regulation of UVZ1V102MHD1TO aluminium electrolytic capacitors are stable and reliable.

Working Principle of UVZ1V102MHD1TO

UVZ1V102MHD1TO Aluminium electrolytic capacitors consist of anodes and cathodes, separated by a thin, porous layer of metal oxide which acts as the dielectric. The anode is typically constructed from an aluminum sheet or ribbon, wound in a cylindrical shape and immersed in an electrolyte solution. The cathode is usually an aluminum foil covered with a liquid electrolyte. As a voltage is applied to the electrodes, the electrolyte allows electric charge to flow between them and store an electric field. The stored energy is held in the dielectric until it is released upon application of the opposite voltage. This makes these capacitors suitable for applications where immediate energy release is desired.

Conclusion

In conclusion, UVZ1V102MHD1TO aluminium electrolytic capacitors is a popular choice for commercial applications due to its relatively low cost and good performance. It can be used for various applications such as filtering, smoothing, power supply and LED lighting. And its working principle is to use an electrolyte solution to facilitate the flow of electric charge between two electrodes to store an electric field in the dielectric and released when a reverse voltage is applied.