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OF HIGH-SPEED, HIGH-RESOLUTION SAR A/D">DESIGN OF HIGH-SPEED, HIGH-RESOLUTION SAR A/D
etailed discussion on high-speed SARADC design techniques is presented in Chapter 3.The final goal of this research was to explore circuit techniques that extend the performance of SAR based A/D converters to conversion speed of > 150 MS/s with an SNDR of over 65 dB, while maintaining a.
SAR ADC with Redundancy and ...">Low-Power High-Performance SARADC with Redundancy and ...
SAR ADCs, the key linearity and speed limiting factors are capacitor mismatch and incomplete digital-to-analog converter (DAC)/reference voltage settling. In this the-sis, a sub-radix-2 SARADC is presented with several new contributions. The main contributions include investigation of using digital error correction (redundancy) in
SAR ADC with redundancy and ...">Low-power high-performance SARADC with redundancy and ...
The main contributions include investigation of using digital error correction (redundancy) in SAR ADCs for dynamic error correction and speed improvement, development of two new calibration algorithms to digitally correct for manufacturing mismatches, design of new architecture to incorporate redundancy within the architecture itself while ...
SAR ADC with redundancy and ...">Low‑power high‑performance SARADC with redundancy and ...
integrated SAR ADC with III-V CS (i.e., InGaAs) sampling switch and remaining circuits in CMOS technology. The 6-bit 125 MSps SAR ADC occupies a 0.0225 mm2 chip area, achieves a post-layout simulated peak SNDR of 35.56 dB/35.98 dB and an SFDR of 48.7 dB/53.17 dB for ADCs using a CMOS/InGaAs sampling switch.
SAR A/D Converters">Design Techniques for High-Performance SAR A/D Converters
This thesis addresses such an approach to improve the performance of certain types of analog-to-digital converter (ADC) used in advanced telecommunications, where speed, accuracy and power dissipation currently limit applications. The thesis specifically focuses on the design of compensation circuits for
SAR ...">Design and Implementation of High Performance Pipelined SAR ...
A dissertation submitted to the Graduate Faculty of Auburn University in partial fulfillment of the requirements for the Degree of Doctor of Philosophy. Auburn, Alabama May 1, 2021. Keywords: Successive-approximation-register (SAR), Analog-to-Digital Converter (ADC), Pipelined SARADC, Dual-Residual ADC.
SAR ...">Design and Implementation of High Performance Pipelined SAR ...
This work presents a dual-residue pipelined successive approximation register (SAR) A/D converter (ADC) architecture that relaxes the accuracy requirement for residue amplifications to fully utilize the benefits of power efficiency and technology scalability based on zero-crossing (ZX) only signals.
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etailed discussion on high-speed SAR ADC design techniques is presented in Chapter 3.The final goal of this research was to explore circuit techniques that extend the performance of SAR based A/D converters to conversion speed of > 150 MS/s with an SNDR of over 65 dB, while maintaining a.
SAR ADCs, the key linearity and speed limiting factors are capacitor mismatch and incomplete digital-to-analog converter (DAC)/reference voltage settling. In this the-sis, a sub-radix-2 SAR ADC is presented with several new contributions. The main contributions include investigation of using digital error correction (redundancy) in
The main contributions include investigation of using digital error correction (redundancy) in SAR ADCs for dynamic error correction and speed improvement, development of two new calibration algorithms to digitally correct for manufacturing mismatches, design of new architecture to incorporate redundancy within the architecture itself while ...
integrated SAR ADC with III-V CS (i.e., InGaAs) sampling switch and remaining circuits in CMOS technology. The 6-bit 125 MSps SAR ADC occupies a 0.0225 mm2 chip area, achieves a post-layout simulated peak SNDR of 35.56 dB/35.98 dB and an SFDR of 48.7 dB/53.17 dB for ADCs using a CMOS/InGaAs sampling switch.
This thesis addresses such an approach to improve the performance of certain types of analog-to-digital converter (ADC) used in advanced telecommunications, where speed, accuracy and power dissipation currently limit applications. The thesis specifically focuses on the design of compensation circuits for
A dissertation submitted to the Graduate Faculty of Auburn University in partial fulfillment of the requirements for the Degree of Doctor of Philosophy. Auburn, Alabama May 1, 2021. Keywords: Successive-approximation-register (SAR), Analog-to-Digital Converter (ADC), Pipelined SAR ADC, Dual-Residual ADC.
This work presents a dual-residue pipelined successive approximation register (SAR) A/D converter (ADC) architecture that relaxes the accuracy requirement for residue amplifications to fully utilize the benefits of power efficiency and technology scalability based on zero-crossing (ZX) only signals.