AHA226M35C12T-F

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Aluminum Electrolytic Capacitors are widely used in several applications across a variety of industries, such as audio, video, computing, consumer electronics, automotive, and aeronautical systems. AHA226M35C12T-F is one of the most popular series of aluminum electrolytic capacitors. This series is designed to provide dependable performance in a variety of power and temperature conditions, making them ideal for general purpose applications.

The AHA226M35C12T-F is an aluminum electrolytic capacitor that is rated for a maximum usable voltage of 35VDC. Its capacitance value ranges from 2.0μF to 470μF, with a maximum of 4500μF. It has a maximum capacitance change of ±20%, and a maximum leakage current of 0.03CV or 3μA (at 20°C), whichever is higher. Furthermore, these capacitors have a maximum temperature rating of +105°C on the dielectric, and a maximum ripple current of 3500mArms. They feature an RoHS compliant anodized aluminum case for corrosion and wear resistance.

The working principle of the AHA226M35C12T-F electrolytic capacitor is based on the following principles: when electrolyte in contact with two electrodes, charge will transfer to the electrodes and form an electric double layer on interface between electrolyte and electrodes. This electric double layer has different polarity charges, one electrons (negative) and one cations (positive). When an AC or DC voltage is applied between the two terminals, electrons will redistribute and new charge can be stored.

The AHA226M35C12T-F can be applied in a wide range of applications, such as in signal filtering, power supply smoothing, power supply bypassing, audio coupling, and voltage invasion protection. These capacitors are often found in motherboards, power supplies, amplifiers, bridge rectifiers, and other circuit boards. Furthermore, they can also be used as DC link capacitors in a variety of motor drives and other power applications.

The AHA226M35C12T-F series of aluminum electrolytic capacitors is a great choice for a variety of applications. Its high capacitance range, wide operating temperature, and low leakage current makes it suitable for a variety of power and signal conditioning applications. Because of its robust construction, these capacitors can withstand a wide range of temperatures and offer reliable performance in tough environments.

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