AHD226M35D16T

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Aluminum Electrolytic Capacitors are a type of capacitor that utilizes an anode made of aluminum foil and is combined with a thin layer of oxide that serves as the dielectric material in order to create a high-capacitance component. The AHD226M35D16T is a perfect example of such a part. This specific component is designed to be a radial-leaded, snap-in electrolytic capacitor. It is rated for a maximum operating voltage of 16V DC.

The major application field for the AHD226M35D16T is within power supplies, converters, and other power electronic devices. Common uses include helping to maintain the DC potential level, providing voltage conditioning, and improving the speed of the system response in order to ensure that the power supply meets the desired performance criterion. The size and low-profile shape of the AHD226M35D16T is ideal for high-density applications, limited-space installations, and portable electronic equipment.

The working principle of the AHD226M35D16T is based on Faraday’s law of superposition, and the concept of capacitance. From the mathematical equation, the capacitance can be determined by combining the dielectric constant of the anode, known as the “K value”, with the ratio of the area of the anode to the distance between the two plates. In most cases, the K value is over 4 times the value of a standard electrolytic capacitor, allowing for significantly more capacitance in the same physical size.

The AHD226M35D16T is also designed to operate at lower temperatures than usual. The temperature coefficient of capacitance (Ta) is lower than 10%. This ensures the device can provide a more stable output voltage throughout its operational lifetime. With its ability to dissipate heat more quickly, the AHD226M35D16T can release more energy compared to traditional capacitor designs. As an additional benefit, it also features a longer operating life of up to 10,000 hours.

Overall, Aluminum Electrolytic Capacitors like the AHD226M35D16T are high-performance and efficient components that are commonly used in a variety of applications such as power supplies, converters, and other power electronic devices. They provide greater storage capacity compared to traditional capacitor designs, with a higher voltage rating and better temperature coefficient of capacitance. The long lifetime and steady performance ensure a reliable and cost-effective solution in a wide range of applications.

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