EA355AUC

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EA355AUC is a specialized DC/DC & AC/DC (Off-Line) SMPS Evaluation Board designed for use in applications ranging from high-end industrial equipment, automotive accessories, and datacom networks. It includes protection features such as adjustable phase shift, over-voltage, over-temperature protection as well as a simple 3V-to-16V input range.

The EA355AUC is designed for rapid prototyping and testing. It features an adjustable input voltage range of 3V to 16V DC, enabling wider applications for evaluation. The board also features an adjustable 3-phase buck converter, allowing it to operate in both conventional buck topologies and in a PFC-buck combination mode. The wide input voltage range makes it ideal for applications that require a low input voltage tolerance without compromising efficiency.

The EA355AUC board comes with an adjustable output voltage range of 0.9V to 12V and an adjustable current limit of up to 20A, making it applicable for a wide range of applications. It also features a range of over-temperature, over-voltage and phase-shift protection to ensure reliable operation in harsh conditions. The board is also designed with a simple 3V-to-16V input range, allowing for short connections and design flexibility. Additionally, the evaluation board is equipped with an easy and intuitive controller block for on-screen parameter and monitoring.

The EA355AUC board works on the principle of fixed-frequency, synchronous rectification. This means that the power supply is less sensitive to frequency changes, such as input voltage variations or ripple noise effects from upstream power supplies. This results in better power stability and more reliable operation over a variety of conditions. The board also features state-of-the-art SMPS component sizing, making it suitable for applications with high and/or noisy power supplies.

The EA355AUC evaluation board is a highly versatile solution that combines power component mounting, efficient power tracking, over-voltage and over-temperature protection, and a simple 3V-to-16V input range. It is specifically designed for rapid prototyping and testing and is suitable for a wide range of applications, including high-end industrial equipment, automotive accessories, and datacom networks.

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