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A temperature- and supply-independent clock generator has been developed using 0.35-mum CMOS technology. This generator is based on a simple frequency-locked loop technique and can be implemented monolithically without using LC resonant circuits, quartz resonators, and MEMS oscillators. A sample device that is tunable over a wide frequency range of 2-100 MHz was designed and fabricated. It showed...
An on-chip process, supply voltage, and temperature (PVT) compensation technique for a low-voltage CMOS digital circuit is proposed. Because the degradation of circuit performance originates from the variation of the saturation current, a compensation technique that uses a reference current that is independent of PVT variations was developed. The operations of the circuit were confirmed by SPICE simulation...
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