EFL-160ELL101MH05G

Aluminum electrolytic capacitors, also known as aluminum electrolytic capacitors, are widely used in various fields and have their own dedicated models. Take EFL-160ELL101MH05G as an example. This is an aluminum electrolytic capacitor with a rated capacity of 1 μF and a rated voltage of 25V. Its insulation resistance and aging characteristics are very good, and its size and thickness are generally moderate. It is a reliable component and is widely used in many applications.

In terms of application fields, EFL-160ELL101MH05G is used in a variety of electronic equipment, such as AC circuits, power supplies, electro-acoustics, computers, and electronic circuit boards. It is used in AC circuits and power supplies to filter the ripple generated by the rectifier; it is used in electro-acoustics to minimize noise generated by surges and improve sound quality; used in computers to reduce the fading of main clock signals, improve the stability of data gates; used on the circuit board for DC-DC power supplies, to reduce surprises, improve voltage stability, and enhance circuit reliability.

In terms of the working principle of EFL-160ELL101MH05G, its electrodes are connected in parallel. The anode is an oxide aluminum layer formed at high temperature, and the cathode is a thin layer of aluminum foil which is the power source. When DC voltage is applied, positive charges will gather on the anode and negative charges on the cathode, forming an electric field membrane. The current will be collected by capacitance and stored in the electric field. When the DC voltage is disconnected or reversed, the electric field will be removed, and the stored electric energy will be released.

In summary, EFL-160ELL101MH05G is an aluminum electrolytic capacitor that is widely used in many applications. It is used in AC circuits and power supplies to filter the ripple generated by the rectifier; it is used in electro-acoustics to minimize noise generated by surges and improve sound quality; it is used in computers to reduce the fading of main clock signals, improve the stability of data gates; and it is used on the circuit board of DC-DC power supplies, to reduce surprises, improve voltage stability, and enhance circuit reliability. The working principle of EFL-160ELL101MH05G is that its electrodes are connected in parallel and its anode is an oxide aluminum layer and the cathode is a thin layer of aluminum foil forming an electric field.