Design of High Performance Analog to Digital Converter in Deep Sub-micron COMS Process
Mohamed Mohsen Mohamed Ibrahim;
Abstract
converters
(ADC) has led the development of several precision techniques for ADCs.
The primary objective of those precision techniques is to alleviate the accuracy
constraints such as capacitor mismatch, charge injection, finite op amp DC gain
and com
(ADC) has led the development of several precision techniques for ADCs.
The primary objective of those precision techniques is to alleviate the accuracy
constraints such as capacitor mismatch, charge injection, finite op amp DC gain
and com
Other data
| Title | Design of High Performance Analog to Digital Converter in Deep Sub-micron COMS Process | Other Titles | تصميم محول تناظري رقمي عالي الأداء بإستخدام تكنولوجيا الـCMOS | Authors | Mohamed Mohsen Mohamed Ibrahim | Keywords | Design of High Performance Analog to Digital Converter in Deep Sub-micron COMS Process | Issue Date | 2012 | Description | converters (ADC) has led the development of several precision techniques for ADCs. The primary objective of those precision techniques is to alleviate the accuracy constraints such as capacitor mismatch, charge injection, finite op amp DC gain and com |
Attached Files
| File | Size | Format | |
|---|---|---|---|
| 112678P6766.pdf | 145.28 kB | Adobe PDF | View/Open |
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