35ZLJ220M8X16

Aluminum Electrolytic Capacitors

An Aluminum Electrolytic Capacitor is an electronic component containing two conductive plates that are separated by a thin layer of oxide on one side and an electrolyte solution, typically a liquid electrolyte, on the other side. An electrolytic capacitor consists of two plates made of an inert anode material coated with an oxide, such as aluminum, and a liquid-filled environment between the plates. This is typically referred to as an electrolyte, as it provides a source of electrons for the capacitor.

The 35ZLJ220M8X16 is a type of aluminum electrolytic capacitor with a long life rating, long shelf life, high temperature range and high ripple current withstanding capability. It features high ripple current and high temperature, allowing it to operate in harsh environments. The 35ZLJ220M8X16 aluminum electrolytic capacitor is designed for use with medium frequency switching power supplies and fluorescent lamps. It can also be used in dc-ac inverters, dc motor drives and in UPS and home appliances.

Application Field

The 35ZLJ220M8X16 aluminum electrolytic capacitor has a wide range of applications in industrial and commercial areas. It is suitable for use in medium frequency switching power supplies for dc-ac inverters, UPS, HID and LED lighting applications, audio and video applications, motor drive and home appliances.

In industrial areas, this capacitor is often used for traditional high voltage applications, such as in high voltage overhead lines and electric traction systems. It is also used in transformers, pumps and other industrial equipment. In commercial areas, it can be used for controlling power supplies and lighting, air conditioner units and for other minor electrical applications.

Working Principle

The working principle of the aluminum electrolytic capacitor is based on the Faraday law. The electricity flows through the capacitor when a voltage is applied across its terminals, driving current across its plates. The electric potential between the two plates is determined by the Faraday law, and the two plates act like opposite poles of a miniaturized battery.

When the voltage applied across the plates increases, the current flowing through them increases, thus increasing the electric potential between them and allowing electrons to move from one plate to another. This process helps to store electrical energy into the capacitor, which can be delivered to the circuit when needed.

The 35ZLJ220M8X16 aluminum electrolytic type capacitor is designed to have a long life due to its high temperature range and its ability to withstand high ripple current. It is used in high voltage applications, transformers, motor drives and other applications where long life, high ripple current and high temperature operation is required.