EEE-HA1V100R

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Aluminum electrolytic capacitors are a type of capacitor consisting of two aluminum foils separated by a layer of paper or other dielectric material, as well as a layer of electrolyte liquid forming the anode and cathode. The EEE-HA1V100R is commonly used in audio applications such as loudspeakers, audio amplifiers and microphones, and is also a popular choice in powersupply decoupling applications. It is designed to be used in harsh operating environments and offers a high voltage rating of 100V.

The core element of any EEE-HA1V100R is its aluminum plates, which form the dielectrica/semiconductor portion of the capacitor. An aluminum oxide layer forms on the surface of each of the two plates, and when a voltage is applied, a current flows through the oxide, creating a voltage potential between the two. This potential increases with increasing voltage and temperature, allowing for more electrons to flow, resulting in a higher capacitance.

When an electric field is applied between the aluminum plates, electric charge is attracted to the plates and retained there by the oxide layer and the resulting electric field. As a result, when electric energy is applied, the charge is transferred between the two plates and stored as an electrical charge. Because electric charge cannot flow through the oxide, the capacitor acts as a barrier and prevents electric current from flowing.

In addition to its applications in audio and power supply decoupling, the EEE-HA1V100R can also be found in other applications such as electric power networks and high voltage, high frequency pulse circuits, as well as many other fields. Due to its ability to withstand high temperatures, it is also commonly used in automotive and industrial applications. The EEE-HA1V100R has also been adapted for use in non-conventional power supplies, where its capacitance and power handling characteristics make it an ideal choice.

The working principle of any electrolytic capacitor is, as mentioned above, based on the attraction and retention of electric charge by a layer of insulating material such as aluminum oxide. This charge is retained on the plates, and when electric energy is applied, the charge can be transferred between the two plates and stored as an electrical charge. Because electric charge cannot flow through the oxide, the capacitor acts as a barrier and prevents electric current from flowing. The capacitor therefore acts as a means of storing electrical energy and releasing it when necessary.

The EEE-HA1V100R aluminum electrolytic capacitor is a reliable, cost-effective choice for a variety of applications. Its wide voltage range, excellent wear resistance, and strong dielectric properties make it an ideal choice in many applications. Its high temperature resistance and ability to handle high-voltage, high-frequency pulses make it a great choice for use in automotive and industrial applications, as well as a wide variety of other applications.

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