Abstract
Optimal values for circuit parameters of nonlinear interpolating (NLI) half and full squarers and sine-wave generators are calculated. An exponential characteristic v = Cis is assumed for the nonlinear resistors. It is shown that optimal s results in maximum fractional static errors of ±0.08 percent, ±0.32 percent, and ±0.17 percent for the respective types of function, if the simplest circuit configurations are used. These errors are materially reduced in more complicated NLI's.
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