Abstract
A novel sampled-data signal processing technique is proposed, termed switched-voltage (SV). The technique is a dual approach to the recent switched-current technique. As with switched-current, the switched-voltage technique overcomes the incompatibility of the classical switched-capacitor technique to standard digital CMOS processes. The technique also relaxes the need for linear voltage-to-current and current-to-voltage converters in switched-currents for interfacing to the application environment.
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