Paper Title :A SURVEY ON 10-BIT PIPELINE ADC SUITABLE FOR VIDEO APPLICATIONS

ISSN : 2395-1303
Year of Publication : 2020

10.29126/23951303/IJET-V6I2P19

Authors:-M.Angel Jenifer          

MLA Style:-M.Angel Jenifer “A SURVEY ON 10-BIT PIPELINE ADC SUITABLE FOR VIDEO APPLICATIONS” Volume 6 – Issue 2(1-10) March – April,2020 International Journal of Engineering and Techniques (IJET) ,ISSN:2395-1303 , www.ijetjournal.orgAPA Style:-M.Angel Jenifer “A SURVEY ON 10-BIT PIPELINE ADC SUITABLE FOR VIDEO APPLICATIONS” Volume 6 – Issue 2(1-10) March – April,2020 International Journal of Engineering and Techniques (IJET) ,ISSN:2395-1303 , www.ijetjournal.org
Abstract
A 10 bit low voltage low power pipelined ADCsuitable for a video application ispresented. The presented architecture utilizes a combination of parallel sampling technique and op-amp sharing technique. The architecture consists of several blocks such as amplifier,MUX,flashADC, reconstructionblock,T/H (Track and hold Amplifier) etc.T/His essential for multistage ADCs.Multiplexer is used to select any one of the parallel paths in parallel sampling technique.Reconstruction block helps to avoid excessive clipping noise and achieving good linearity.A flash ADC is a type of ADC that uses a linear voltage ladder with a comparator at each “rung” of the ladder to compare the input voltage to successive reference voltages. To achieve low power, a folded cascade OTA and low power dynamic comparator is used. In this design 10 bit pipelined ADCconsumes a total power of 18.0279mW.This design is implemented in 180nm technology using cadence software.

Reference
2. Permatasari, S.I.“Design of 12-Bit, 40 MS/s Pipeline ADC for application in WiMAX transceiver ’’(Electrical Engineering and Informatics (ICEEI), 2011 International Conference on17-19 July 2011) 3. Jian Li • XiaoyangZeng • Jianyun Zhang • Lei Xie •Huan Deng • YaweiGuo“Design of an ADC for subsampling video applications’’ 4. ZohaibSamad, “HLow voltage low power pipelined ADC for video applications ’’ Students’ Technology Symposium (TechSym), 2010 IEEE,Date of Conference: 3-4 April 2010Page(s): 161 – 165. 5. GEIR S. ØSTREM,1 ØYSTEIN MOLDSVOR,1 AND ODDVAR AASERUD“A Compact 3V, 70mW, 12-bit Video-Speed CMOS ADC’’ June 5, 1997. 6. Byeong-LyeolJeon, Kang-Jin Lee, Seung-Hoon Lee, and Sang-Won Yoon“A 10b 50 MHz CMOS A/D Converterfor High-speed Video Applications”. 7. Cheng-Ta ChiangSoC Technology Center, Mixed Signal DesignTechnologiesDivisionIndustrial Technology Research Institute, HsinChu,Taiwan“A 10-bit Pipelined ADC for High Frame-RateVideo/Image Capturing Instruments and Systems”. 8. Olujide A. Adeniran, Member, IEEE, and Andreas Demosthenous, Senior Member, IEEE“An Ultra-Energy-Efficient Wide-BandwidthVideo Pipeline ADC Using OptimizedArchitectural Partitioning” IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS—I: REGULAR PAPERS, VOL. 53, NO. 12, DECEMBER 2006. 9. Martin Trojer, Mauro Cleris, Ulrich Gaier, Thomas Hebein, Peter Pridnig, BernhardKuttin ,BernhardTschuden, ChristianKrassnitzer, ChristianKuttin(2008)“A 1.2V 56mW 10 bit 165Ms/s Pipeline-ADC for HDVideoApplications”. 10. JianLi ,Jianyun Zhang , Bo Shen , XiaoyangZeng, YaweiGuo and Ting’ao Tang (2005)“A 10BIT 30MSPS CMOS A/D Converter For High Performance Video Applications”. 11. Kush Gulati, Member, IEEE, Mark Shane Peng, AnuragPulincherry, Member, IEEE, Carlos E. Muñoz, Member, IEEE, Mike Lugin, Alex R. Bugeja, Member, IEEE, JipengLi, Member, IEEE, andAnantha P. Chandrakasan, Fellow, IEEE“A Highly Integrated CMOS Analog BasebandTransceiver With 180 MSPS 13-bit PipelinedCMOS ADC and Dual 12-bit DACs”. 12. HeijimWu.Guangzhou,HuabinZhangZhengpingLiYongpingWangRunxin“A 12-bit 50MS/s Low-Power Pipeline ADC for WiMAX”. 13. Kush Gulati, Carlos MuAoz, Seonghwan Cho, Gabriele Manganaro, Mike Lugin, Mark Peng, AnuragPulincheny, Jipeng Li, Alex Bugeja, AnanthaChandrakasan, David ShoemakerEngim“ A Highly Integrated Analog Baseband Transceiver Featuring a 12-bit 180MSPSPipelined A/D Converter for Multi-Channel Wireless LAN”. 14. M. Sawan, A. Djemouai, K. El-Sankary, H. Dang, A. Naderi, Y.Savaria, and F.Gagnon“HIGH SPEED ADCS DEDICATED FOR WIDEBAND WIRELESS RECEIVERS”.

Keywords
low power, parallel sampling MDAC, pipelinedADC, op-amp sharing MDAC, video applications.