AHA107M35X16B-F

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Aluminum electrolytic capacitors, also referred to as "electrolytics" for short, are passive components that store electrical energy in the form of an electrostatic field. This type of capacitor consists of an anode (positively charged electrode), a cathode (negatively charged electrode), and an electrolyte with ions. AHA107M35X16B-F is one of the varieties of aluminum electrolytic capacitors, and is widely used in the electrical and electronic industries.

The AHA107M35X16B-F is an aluminum electrolytic capacitor with a capacitance range of 0.47-1500 μF. It has a voltage rating of 63-450V, a temperature coefficient +/-20% (M), and a long life of 105°C/3000 hours. It is available in various sizes and shapes and has a ripple current capacity that makes it suitable for high-frequency applications. It is commonly used as a power supply filter for large current devices, computer power supplies, UPS power supplies, and HVDC power supplies.

Working Principle: Aluminum electrolytic capacitors depend on ion-exchange for their performance. When the anode is charged with a positive voltage, the electric field generated pulls cations (positive ions) out of the electrolyte solution and towards the anode. When the cathode is charged with a negative voltage, the electric field generated by the cathode does the opposite and pulls anions (negative ions) away from the electrolyte solution and towards the cathode. This ion-exchange allows for current to flow in the circuit.

The AHA107M35X16B-F capacitor is also notable for its reliability thanks to features such as its high temperature and voltage tolerance. Additionally, it offers excellent long-term stability and capacitance retention. Furthermore, it features low leakage current and a low equivalent series resistance (ESR) which allows for a larger ripple current capability.

Overall, the AHA107M35X16B-F aluminum electrolytic capacitor is a reliable and versatile component. It is able to operate in a wide range of environments and temperatures and is suitable for high- frequency applications. It is also known for its excellent long-term stability, capacitance retention, and low ESR which make it an ideal choice for many applications.

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