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When supplied well and with little power losses, multifunctional microsystems can add life- and cost-saving intelligence to hospitals, factories, and cars. Unfortunately, fitting the multiple power supplies that diverse subsystems require into millimeters is challenging. One reason for this is, although efficient and therefore necessary, inductors are bulky. And supplying several outputs with one...
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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