Design of Analog to Digital Converters in Nanometer Technology

Ahmed Mamdouh Said Mohamed Badawy;

Abstract


This dissertation demonstrates a technique for conversion speed enhancement of the Binary Search Analog to Digital Converters and then using this converter as a final stage in a pipeline ADC. The dissertation is divided into five chapters organized as follows:
Chapter One: This chapter presents motivation to the work presented in this thesis and our contribution.
Chapter Two: This chapter is an introduction to Analog to Digital Converters basics, performance parameters and describes state of the art.
Chapter Three: This chapter presents the system level architecture of the proposed BSADC and pipeline ADC. Behavioral model results are presented.
Chapter Four: In this chapter, a 5-bit Binary Search Analog to Digital Converter is designed. The main blocks are analyzed, designed, and simulated. Results are presented and compared to similar work of some other authors.
Chapter Five: In this chapter, a 10-bit, 100-MS/s pipeline ADC is designed using the BSADC as a sub-adc in the last stage. The main blocks are analyzed, designed, and simulated.
Finally, the thesis ends by extracting conclusions and stating future work that might be done based on this work.


Other data

Title Design of Analog to Digital Converters in Nanometer Technology
Other Titles تصميم المحولات التناظرية الرقمية باستخدام التكنولوجيا النانومترية
Authors Ahmed Mamdouh Said Mohamed Badawy
Issue Date 2014

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