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Microsystems can sense, process, and transmit information between nodes across hospitals, factories, and homes that can save lives, energy, and money. Unfortunately, supplying power with so much embedded functionality is challenging, because while some functions can survive higher noise levels and voltages, others cannot. Power supplies must therefore satisfy several independent outputs without consuming...
Portable microsystems, which typically incorporate transceivers, analog/digital converters, microprocessors, and others, require several fast on-chip supplies to both function and save energy. Linear regulators are fast and compact, but also lossy, and although switched inductors are efficient, power inductors are bulky, which is why supplying several functions with one inductor is often an optimal...
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