Low-Power Reconfigurable Pipeline ADC for Multi-Standard Communication, M.Sc. Thesis Sharif University of Technology ; Sharifkhani, Mohammad (Supervisor) ; Shoaee, Omid (Co-Advisor)
Abstract
With the rapid development of wireless communication standards, the co-existence of multiple standards in a single chip becomes inevitable. It is also fueling interest in analog to digital converters (ADCs) that are reconfigurable over a wide range of bandwidths and resolutions with adaptive power consumption. Employing such ADCs rather than using multiple individually power-optimized ADCs results in a great reduction of silicon area. Hence, a reconfigurable ADC can reduce time to market, and save costs.
This thesis addresses the challenges exists in conventional reconfigurable methods, and presents a novel reconfiguration methodology for changing resolution in pipeline ADCs. The... Cataloging briefLow-Power Reconfigurable Pipeline ADC for Multi-Standard Communication, M.Sc. Thesis Sharif University of Technology ; Sharifkhani, Mohammad (Supervisor) ; Shoaee, Omid (Co-Advisor)
Abstract
With the rapid development of wireless communication standards, the co-existence of multiple standards in a single chip becomes inevitable. It is also fueling interest in analog to digital converters (ADCs) that are reconfigurable over a wide range of bandwidths and resolutions with adaptive power consumption. Employing such ADCs rather than using multiple individually power-optimized ADCs results in a great reduction of silicon area. Hence, a reconfigurable ADC can reduce time to market, and save costs.
This thesis addresses the challenges exists in conventional reconfigurable methods, and presents a novel reconfiguration methodology for changing resolution in pipeline ADCs. The... Find in contentBookmark |
|