HZC106M063D16T-F

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Aluminum - polymer capacitors are a type of capacitor that combines the superior electrical performance characteristics of aluminum electrolytic capacitors with the flexibility, miniaturization, and design freedom of polymer capacitors. The HZC106M063D16T-F aluminum-polymer capacitor is a low-ESL (Equivalent Series Inductance) 16V capacitor designed to address the speed, power, and reliability requirements found in a variety of industrial, computing, lighting, and automotive applications.

The HZC106M063D16T-F aluminum-polymer capacitor employs an anodic aluminum oxide-based electrolyte and solid sputtered aluminum deposition electrodes. This provides the exceptional electrical characteristics of the aluminum electrolyte technology for which KEMET is well-known, including low equivalent series resistance (ESR), excellent resonance frequency characteristics and frequency stability. The combination of a robust construction and solid aluminum electrolyte provides superior protection against shock and vibration.

The HZC106M063D16T-F aluminum-polymer capacitor is particularly well-suited for power management applications, such as DC-DC converters and power supplies, as well as for motor control drive systems requiring a reliable and stable voltage. The device\'s low ESR makes it ideal for intelligent control systems, microprocessor reset circuits, and logic control circuits. The HZC106M063D16T-F is also designed to provide improved performance in noise suppression and signal conditioning applications where device-level shielding is not available. The capacitor\'s ultra-miniature dimensions enable design engineers to further miniaturize their designs, while the flexible construction enables robust and reliable operation in extreme environments.

The HZC106M063D16T-F aluminum-polymer capacitor is a two-terminal, surface mount device constructed from two aluminum layers separated by an anodic aluminum oxide electrolyte and a conductive polymer layer. When the device is connected to a power source, an electric field is established between the two electrodes. This electric field produces an electric charge that is stored in the device. This stored charge can be used to supply power to the device’s circuits. As the charge on the device decreases, more charge is supplied to the device. This process is repeated as long as a power source is supplying current through the two terminals.

The HZC106M063D16T-F aluminum-polymer capacitor provides superior performance in a wide range of industrial, computing, automotive, and lighting applications due to its low ESR, exceptional resonance frequency characteristics and frequency stability. The device is well-suited for power management duties, noise suppression, and signal conditioning applications, and its unique construction enables robust and reliable operation in extreme environments. With its high performance coupled with its ultra-miniature form factor, the HZC106M063D16T-F aluminum-polymer capacitor is ideal for design engineers seeking a compact solution for their designs.

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