515D107M035BB6FE3

Aluminum Electrolytic Capacitors

An aluminum electrolytic capacitor, also called an electrolytic cell or electrolytic tank, is a type of capacitor based on wet or dry electrolytic technology. The capacitor utilizes aluminum oxide-coated foil electrodes to store energy. Aluminum electrolytic capacitors are especially suited for power supply and DC application fields.

515D107M035BB6FE3 application field and working principle

The 515D107M035BB6FE3 is an aluminum electrolytic capacitor with a proven design, high reliability and long life. It offers excellent frequency characteristics, low ESR and high capacitance. It is ideal for use in a variety of applications, including electronic automotive components, networking systems, household appliances, IT equipment, signal processing circuits, and more.

The 515D107M035BB6FE3 features a polarized, rectified electrolytic design, which it uses to store energy and transfers charges between two aluminum foil electrodes. The capacitor’s cathode has a thin layer of \'activated\' aluminum oxide deposited on it. An electrolyte solution is used to separate the two foil electrodes. The anode is responsible for releasing the electrical charges, which helps the capacitor store and utilize energy. The capacitor’s core is hermetically sealed in a canister, making it safe from dirt, dust, and other contaminants.

The 515D107M035BB6FE3 also has high frequency characteristics, allowing it to function well under high frequency applications. It also has excellent high frequency response and low ESR, making it highly reliable. The capacitor has excellent ripple current capability and can operate at temperatures up to +125°C. It is also capable of withstanding high internal pressure, enabling it to operate reliably in a number of different environments.

Overall, the 515D107M035BB6FE3 is an ideal choice for a variety of applications, offering enhanced stability, long life, and great reliability. Its design is well-suited for applications in the automotive, signal processing, and IT fields. Also, its high frequency characteristics and low ESR make it capable of operating in a wide variety of environments.