IB048E096T48N1-CB

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The IB048E096T48N1-CB is an application board designed for the evaluation of DC/DC and AC/DC (off-line) switched-mode power supplies (SMPS) from Intersil. This converter board is an integral part of the company’s PowerIntegrity development platform, designed to enable users to evaluate and develop power-system designs quickly.

The IB048E096T48N1-CB incorporates a variety of features that allow engineers and designers to quickly and accurately evaluate and characterize their designs. One such feature is the power supply’s ability to automatically adjust its output voltage in order to maintain a constant current across the load. This ensures that the power delivered to the load is the same across the entire range of supply voltages.

The IB048E096T48N1-CB is also equipped with a comprehensive range of power rails and settings designed to simplify evaluation and optimization of dynamic load, allowing users to switch between different load requirements quickly and easily. This feature helps to reduce the time required for evaluation of different power supply scenarios, and helps ensure that the desired power rail requirements can be met with the right efficiency levels.

The power supply’s ability to operate in continuous conduction mode (CCM) and discontinuous conduction mode (DCM) adds additional flexibility to the evaluation process, enabling users to switch between them with minimum effort. This provides an ideal testing and evaluation platform for power systems which may operate in either mode.

In addition, the power supply’s ability to synchronize either its switching frequency or its output voltage to an external signal can be used to facilitate power-system optimizations. This allows users to maximize efficiency and ensure that the desired performance goals are met.

The IB048E096T48N1-CB is a powerful and comprehensive evaluation platform that allows user to accurately evaluate and optimize DC/DC and AC/DC (off-line) switched-mode power supplies. With its comprehensive range of features, it makes it easier for engineers and designers to develop and test high-performance power systems with minimum effort and maximum results.

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