EEU-HD1E103

Aluminum Electrolytic Capacitors (AECs) are a type of electrochemical capacitor that are popularly utilized for many applications due to their relatively low cost, and high capacitance values. The EEU-HD1E103 is a member of the aluminum electrolytic capacitor family, and it is used in many electronics applications where a stable electrical energy source is required. The range of energy values outputted by this type of capacitor range from 0.1 µF to 100 µF and it has a working voltage range of 6.3V - 50V.

The EEU-HD1E103 consists of two aluminum foils with an insulating paper layer in between them. When a voltage is applied across the capacitor, a series of chemical and electrical processes occur, culminating in the capacitor generating electrical energy. This flow of electrical energy creates a polarized dielectric barrier that is what gives the EEU-HD1E103 its dielectric strength.

The EEU-HD1E103 is widely used for filtering, rectifying and supplying power, as well as for buffering and storing. This type of capacitor is commonly used in the field of electronic device manufacturing, particularly in the manufacture of electronic components such as transistors and capacitors. The EEU-HD1E103 is also often utilized in the production of low-signal analog circuit boards and in the production of medical instrumentation, field analyzers and photolithography equipment.

In general, the EEU-HD1E103 is used as AC ripple current noise filtering, as a circuit-noise suppression, as an energy-storage element, as a power-supply capacitor and as a power-supply adjustable capacitance element. This capacitor type can also be used in power noise blocking, temperature compensation, sensing and measuring applications. Furthermore, the EEU-HD1E103 is often used in radio frequency amplifier circuits, piezoelectric instrument circuits, switching power supplies and inverter circuits.

The working principle of the EEU-HD1E103 revolves around the fact that the capacitor is formed of two metal plates separated by a porous insulating nylon or acetate layer, with one layer carrying a predetermined amount of positive electrical charge and the other carrying a negative electrical charge. When a voltage is applied to the capacitor, currents run between the two metal plates and electrical energy is released. As the energy dissipates, an electrical polarization builds between the two plates. This polarization concentrates the electrical charge in the capacitor and creates an electrical field, which stores the electrical charges until the capacitor is discharged.

The capacitive properties of the EEU-HD1E103 are determined by its dielectric strength, called its ‘K’ value, which is measured in volt-farads. The value of the ‘K’ figure indicates the level of voltage that the aluminum electrolytic capacitor can safely withstand when not in use. Generally, the higher the ‘K’

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