EET-HC2G331CA

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Aluminum electrolytic capacitors use two aluminum foils separated by a porous paper impregnated with a liquid electrolyte to form a capacitor element. Among all kinds of capacitors, aluminum electrolytic capacitors are the most popular type of high-capacity capacitors because of their low price and long life.EET-HC2G331CA is a part of aluminum electrolytic capacitors, it is an 8x12mm cylindrical 103mfd 235V aluminum capacitor. Below will discuss details of its application field and working principle.

EET-HC2G331CA Application Field

As an aluminum electrolytic capacitor, EET-HC2G331CA has a wide application field, can be used in high voltage and high current circuit. Generally, EET-HC2G331CA are used in voltage regulators, power suplies, motor start and run circuits, and wet/electronic ballasts. It also can be used in audio systems, automotive applications, and surge protection circuits.

EET-HC2G331CA can also be used in communication applications. This type of capacitor has good performance in high frequency applications, which is ideal for noise reduction and audio signal separation. In addition, EET-HC2G331CA can be used in electronic components on PCBs, such as pulse coupling for power filters, high-speed switching circuits, wave shaping circuits, TV sets and oscillator circuits for clock signals.

EET-HC2G331CA Working Principle

The working principle of EET-HC2G331CA is based on electrolysis. The two aluminum foils form the capacitor are used as the positive and negative electrodes, and the porous paper is used as the dielectric material. The liquid electrolyte between the two aluminum foil and the porous paper completes the process of electrolysis, and the capacitor is formed. When a voltage is applied to the electrodes, the electrons move from the positive electrode to the negative electrode and the electrolyte reacts.

The EET-HC2G331CA works by charging and discharging. The presence of an electric field causes the ions to migrate from the electrolyte and accumulate on the surface of the electrode, forming a thin layer of deposited electrons. These deposited electrons create a conductive layer that acts as the capacitor’s dielectric layer. This process builds electric potential or capacitance.

When the electric field is removed or when the capacitor is discharged, the accumulated electrons are released and the deposited electrons vanish. This process releases the energy stored in the capacitor as a current. The higher the capacitance, the more energy is stored in the capacitor and the greater the current.

The EET-HC2G331CA is an aluminum electrolytic capacitor, and it is a part of Electrolytic Capacitors. It has wide application fields, can be used in both high voltage and high current circuits. Its working principle is based on electrolysis, the capacitance is created by electric charging and discharging.

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