The interleaving technique in multiphase boost converters involves using multiple boost converter phases that operate in a staggered manner to improve performance. By interleaving the phases, the technique reduces input and output current ripple, enhances efficiency, and allows for better thermal management. This approach also enables a more compact design by distributing the current load across multiple phases, which can improve the overall power density of the converter. Consequently, interleaving is particularly beneficial in high-power applications where efficiency and thermal performance are critical.
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