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Author Clara, Martin.
Title High-performance D/A-converters [electronic resource] : application to digital transceivers / Martin Clara.
Publication Info. Heidelberg ; New York : Springer-Verlag, c2013.
Location Call No. Status Notes
 Libraries Electronic Books  ELECTRONIC BOOKS-DDA    AVAIL. ONLINE
Description 1 online resource.
Series Springer series in advanced microelectronics ; 36.
Contents 1. Introduction -- Integrated D/A-Converters -- DACs for Highly Integrated Transceivers -- The Ideal D/A-Converter -- The Non Return-to-Zero DAC -- The Return-to-Zero DAC -- The Current-Steering DAC -- General Description -- Single-Polarity and Dual-Polarity Current Cells -- Passive and Active Output Stage -- Array Coding -- Unary Array -- Binary Array -- Segmented Array -- 2. Performance Figures of D/A-Converters -- Static Accuracy -- Gain and Offset Error -- Differential Nonlinearity -- Integral Nonlinearity -- Dynamic Performance. -- Harmonic Distortion -- Intermodulation Distortion -- Spurious Free Dynamic Range -- Dynamic Range -- Multitone Linearity -- Noise Performance -- Quantization "Noise" -- Circuit Noise -- Jitter Noise --
3. Static Linearity -- Limitations for the Static Linearity -- Matching of Current Sources -- Statistical Description of the INL -- Statistical Description of the DNL -- Minimum Area Requirements -- Code-Dependent Output Impedance. -- Dynamic Element Matching Techniques -- Clocked Level Averaging -- Data-Weighted Averaging -- Other DEM Techniques -- Current Source Calibration -- Factory Trimming -- Self-calibration -- Local Calibration DAC -- Global Calibration DAC -- Trimmable Floating Current Source -- Dynamic Current Calibration -- 4. Dynamic Linearity -- Limitations for the Dynamic Linearity -- Frequency-DependentOutput Impedance -- A Generalized Switching Error Model -- Switching Transition Mismatch -- Charge Sharing at the Switching Node -- A SPICE-Simulation Example -- Other Nonlinear Effects -- Methods to Improve the Dynamic Performance -- Current Switch with Reduced Gate Voltage Swing -- Source Node Bootstrapping -- Source Node Isolation -- Differential Quad Switching -- Constant Digital Activity -- Return-to-Zero and Track/Attenuate. -- Double Return-to-Zero -- Full-Clock Interleaved Current Cells --
5. Noiseshaped D/A-Converters -- A 14-bit Low-Power D/A-Converter -- Converter Architecture -- DEM Selection -- Unit Current Cell -- Low-Noise Biasing -- Output Stage -- Layout -- Experimental Results -- A 12-Bit/14-Bit Multistandard DAC -- Low-OSR Noiseshaper -- Interleaved Data Weighted Averaging -- Converter Architecture -- Current-Cell Design -- Low-Noise Biasing -- Output Stage Design -- Layout -- Experimental Results -- Literature Comparison of Noiseshaped DACs -- 6. Advanced Current Calibration -- A Self-calibrated 13-Bit 100-200MS/s D/A-Converter -- Converter Architecture -- Trimmable PMOS Current Cell -- Segmented Background Calibration -- Randomized Calibration Cycle -- Layout -- Experimental Results --
A 13-Bit 130-300MS/s DAC with Active Output Stage -- Converter Architecture -- The Current Cells -- Direct Segment Calibration -- Programmable Biasing -- Push-Pull Operational Amplifier -- Output Stage Optimization -- Layout -- Experimental Results -- A Figure-of-Merit for Nyquist D/A-Converters -- 7. Conclusion and Outlook -- Conclusions -- Outlook -- A. DAC Bias Noise Model -- Bias Noise Model Without 1/f-Noise -- DMT Synthesis with Correlated 1/f-Noise -- Maximum SNR Limited by Correlated Bias Noise -- B. Jitter Noise -- Sampling Jitter Model -- Non Return-to-Zero DAC -- Return-to-Zero DAC -- Jitter in Multitone Systems -- C. Code-Dependent Output Resistance -- Single-Ended Converter -- Fully Differential Converter -- D. Switching errors -- Generalized Switching ErrorModel -- Switching Transition Mismatch with Thermometer Coding -- Switching Transition Mismatch with Data Weighted Averaging -- Charge Sharing with Thermometer Coding -- Charge Sharing with DataWeighted Averaging -- Output Voltage Feedthrough Factor -- Single-Polarity DAC with Passive Termination -- Dual-Polarity DAC with Active Termination -- Third-Order Two-Tone Nonlinearity.
Bibliography Includes bibliographical references and index.
Reproduction Electronic reproduction. Perth, W.A. Available via World Wide Web.
Note Title from PDF title page (viewed Jan. 9, 2013)
Subject Digital-to-analog converters.
Engineering.
Electronics.
Signal, Image and Speech Processing.
Electronics and Microelectronics, Instrumentation.
Semiconductors.
Electronic Circuits and Devices.
Added Author Ebooks Corporation
ISBN 9783642312298 (electronic bk.)
3642312292 (electronic bk.)
9783642312281
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