NCP3020AGEVB

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The NCV3020AGEVB is an evaluation board for offline surface-mount power supply (SMPS) modules. It enables the easy testing of DC/DC-converters and AC/DC SMPS modules in applications where efficiency, size and cost are at a premium. The board comes with press-fit pins for shrouded headers, and is designed to fit onto a mains socket board. With this board, users can quickly test and optimize an SMPS setup, using the onboard loop compensation feature.

The NCV3020AGEVB is based on the NCV3020A, a high-voltage, high-speed regulator IC. This IC combines multiple linear and switching-mode power supplies into a single package. It is equipped with an on-board oscillator and a 900V half-bridge for reliable high-efficiency performance.

The NCV3020AGEVB board is optimized for high performance as well as versatility. It offers powerful features such as peak current capability of up to 5A, adjustable constant on- and off-time, and PWM modulation. It also has an adaptive loop compensation feature, which allows for high-frequency PWM response. Furthermore, the board is designed to work with a wide range of input voltages from 12V to 24V.

The NCV3020AGEVB is easy to configure. The user simply connects the module to a power source, and then selects the necessary parameters on the board\'s LCD display. The board has three operating modes – low ripple, high-efficiency, and low dropout – and the user can also enable or disable the overload and thermal protection functions.

The design of the board is optimized for low EMI and fast time-to-market. The board is also equipped with an adjustable loop compensation feature, which allows users to optimize the voltage feedback loop. Furthermore, the board comes with an integrated logic voltage regulator to reduce losses in driver circuits.

The NCV3020AGEVB is ideal for applications such as uninterrupted power supplies, LED lighting, industrial applications, and solar power. With its advanced features, it provides users with an efficient, robust solution for multiple offline SMPS designs.

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