A 110nm RFCMOS GPS SoC with 34mW -165dBm tracking sensitivity.

J.-M. Wei,C.-N. Chen, K.-T. Chen,C.-F. Kuo, B.-H. Ong, C.-H. Lu,C.-C. Liu,H.-C. Chiou, H.-C. Yeh,J.-H. Shieh, K.-S. Huang, K.-I. Li,M.-J. Wu, M.-H. Li,S.-H. Chou,S.-L. Chew, W.-L. Lien, W.-G. Yau,W.-Z. Ge, W.-C. Lai,W.-H. Ting,Y.-J. Tsai,Y.-C. Yen,Y.-C. Yeh

ISSCC(2009)

Cited 17|Views20
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Abstract
A low-power and high-performance RFCMOS SoC GPS receiver is introduced in this paper. It is fabricated in a 0.11 mum process with 6.2times6.2mmz TFBGA package. The power consumption is 34 mW during tracking stage and 45 mW during acquisition stage. The tracking sensitivity is up to -165 dBm with the most competitive TTFF performance. This GPS receiver is designed for PND/GSM/CDMA handsets and is compatible with various reference clock frequencies from 12.6 MHz to 40 MHz. It is a highly integrated solution with intelligent power management scheme and minimum external components. The RF performance is not affected by digital activities due to well-designed isolation schemes. The RF and system performance comparison and the chip micrograph is also illustrated.
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Key words
CMOS digital integrated circuits,Global Positioning System,low-power electronics,radiofrequency integrated circuits,switching circuits,system-on-chip,GPS receiver,PND-GSM-CDMA handsets,RFCMOS GPS SoC,baseband architecture,correlation efficiency,frequency 12.6 MHz to 40 MHz,frequency 1575.42 MHz,intelligent power management scheme,lowest power consumption,power 34 mW,power 45 mW,power switching circuit,reference clock frequencies,size 110 nm,system-on-chip,tracking sensitivity
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