A765EB186M1VLAE085

Aluminum - Polymer Capacitors are a type of electrical component which uses a combination of aluminum and polymer materials to form capacitive electrodes in order to store energy. A765EB186M1VLAE085 is one such capacitor and is commonly used as a high voltage, high energy source. It is often used in power supplies, inverters, and DC and AC circuits. This article will provide an overview of its application field and working principle.

Application Field

A765EB186M1VLAE085 Aluminum - Polymer Capacitors are used in a variety of applications, such as in power supplies, inverters, and DC and AC circuits. It is also used in motor drive systems, uninterruptible power supplies, and surge protection systems. Because of its high voltage and high energy capabilities, it is also used in high performance amplifiers, LCD displays, and other electronic components requiring high current. In addition, they are also used in vehicle electronics, PDAs, and laptop computers.

Working Principle

Aluminum - Polymer Capacitors operate using electrostatic principles. They utilize the positive and negative charge that is generated when the aluminum and polymer materials are formed into thin layers. These thin layers form an electric field, which is responsible for the energy storage. When voltage is applied to the capacitor, the aluminum layer builds up a positive charge, while the polymer acts as the negative plate, which builds up a negative charge. The difference in charge induces a current, and stores energy.

The electrodes connected to the capacitor also play an important role in the workings of the device. As current passes through the electrodes, it causes the voltage levels of the capacitor to change. The capacitor will store more energy as the voltage levels increase, and store less energy as the voltage levels decrease. This allows the A765EB186M1VLAE085 Aluminum - Polymer Capacitor to operate as a high voltage, high energy source.

Conclusion

The A765EB186M1VLAE085 Aluminum - Polymer Capacitor has a wide range of applications and works using electrostatic principles. It utilizes the positive and negative charge that is generated when the aluminum and polymer materials are formed into thin layers. This creates an electric field which allows the capacitor to store energy. The electrodes connected to the device also play an important role by allowing the voltage levels of the capacitor to change, allowing it to operate as a high voltage, high energy source.