AFK106M35B12B-F

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminum electrolytic capacitors are reactive components made from aluminum oxide and an electrolyte and can store electrical energy. They are commonly used in electrical and electronics applications and have earned a reputation for having extremely high levels of capacitance. The AFK106M35B12B-F is an aluminum electrolytic capacitor that is non-polarized and has a voltage rating of 200 volts. It is also temperature-resistant and offers excellent low-ESR performance.

The application field of the AFK106M35B12B-F aluminum electrolytic capacitor includes a wide range of applications, such as power supplies, audio systems, lighting and automotive applications. Its robust aluminum-cased construction makes it ideal for demanding applications, and its low ESR and excellent frequency characteristics make it well-suited for switching power supplies and audio applications. The capacity of an aluminum electrolytic capacitor is measured in Farads, and the AFK106M35B12B-F features a capacitance of 220µF. Its size is 106 x 35 mm (d x h), and its winding resistance is 35 mΩ.

The working principle of aluminum electrolytic capacitors relies on the electric double-layer formation of the dielectric fluid. This occurs when two layers are formed by the electrolyte and the aluminum oxide, creating an arrangement that allows for the electrical charge to be stored. The electrolyte is inserted between the two layers of aluminum oxide, and the resulting arrangement of charges establishes an insulating barrier to keep the electric current from flowing. The two layers are made of different material, and this is what allows them to maintain their charges, as well as provide for isolation.

When the battery connected to the aluminum electrolytic capacitor terminal is in the charging state, electrons are transferred from the battery to the negative plate. The electrons then form a double layer between the positive and negative plates of the capacitor and accumulate the positive charges on the negative plate. On the other hand, the positive charge on the positive plate is grounded to the negative plate. This charge accumulation process then forms the electric field necessary for the capacitor to store energy.

During the discharging process, the electric field between the two plates collapses and the electrons flow back from the negative plate to the positive plate. At this point, the capacitor releases its stored energy. The speed of energy transfer is determined by the resistor connected in series to the capacitor. The AFK106M35B12B-F has the ability to withstand a surge current of up to 35mΩ, further indicating the reliable performance of this aluminum electrolytic capacitor.

The specific data is subject to PDF, and the above content is for reference