EEA-GA1E330

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Aluminum electrolytic capacitors, such as the EEA-GA1E330, are components used in electrical and electronic systems to store and release electrical energy. The device consists of two conductive plates that are insulated by an electrolyte and connected to an electrical circuit. When voltage is applied, the electrical field between the plates stores energy and creates a current, which can then be discharged when needed. This type of capacitor is commonly used in power supplies, filters, signal conditioning circuits, and other applications where reliable and large amounts of energy need to be stored. The EEA-GA1E330 capacitor, manufactured by a renowned brand, is a mini- and mid-sized aluminum electrolytic capacitor with a high capacity, excellent reliability and long product life. Its main applications include motor start-ups, relay drives, high ripple and capacitance-power-factor correction circuits. The device is highly reliable, even in extreme environments with temperatures ranging from -25 to +85°C. It is also RoHS, REACH and SVHC compliant, ensuring a safe product for all users. The EEA-GA1E330 employs a capacitance-reducing electrode design that allows for a large capacitance-to-volume ratio. This feature, combined with its double-pin design, provides high capacitance and bootstrap operation, allowing the capacitor to operate efficiently and reliably in conditions of thermal and electrical overload. The use of a metallized polymer dielectric film also ensures a low ESR, high isolation and self-healing abilities. The working principle of the EEA-GA1E330 is based on its two conductive plates. When voltage is applied, the electrical current causes the plates to exert a force on the electrolyte and produce a current. This current is divided between the electrodes and stored in the form of charge. When the applied voltage is removed, the stored energy is slowly released in the form of a current, or voltage. This process can be repeated multiple times, allowing for efficient and reliable power storage and release.

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