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| Publications [#60716] of Martin A. Brooke
search ieeexplore.ieee.org.Papers Published
- Sculley, Terry L. and Brooke, Martin A., Nonlinearity correction techniques for high speed, high resolution A/D conversion,
IEEE Transactions on Circuits and Systems II: Analog and Digital Signal Processing, vol. 42 no. 3
(1995),
pp. 154 - 163 [82.372865]
(last updated on 2007/04/11)
Abstract: In general, low resolution circuitry can be designed with higher speed performance than high resolution circuitry. Most high resolution A/D converter architectures require a high resolution component, such as a S/H or integrator, in their design and are often limited by the speed of this component. This paper discusses several techniques for achieving high resolution A/D conversion by calibrating nonlinear circuitry with highly accurate reference circuitry without conversion speed being limited by the calibration circuitry. The analysis of a sample converter with various nonidealities is presented, along with supporting simulation results for a similar architecture.
Keywords: Integrated circuit layout;Nonlinear networks;Calibration;Computer simulation;Amplifiers (electronic);Conformal mapping;Approximation theory;Linearization;Random access storage;Codes (symbols);Transfer functions;
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