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The Design of a CMOS GPS Receiver
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Stanford University
2008
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An overview of receiver design for GPS Applications. This presentation goes over CMOS LNA design, Active Filters, Mixers, Receiver Implementation and Experimental Results.
By Derek K. Shaeffer, from Stanford University..
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CMOS RF Receiver Design for Wireless LAN Applications
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University of California, Los Angeles
2008
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This paper goes over the design of a RF CMOS receiver operating at 2.4 GHz for spread-spectrum Wireless LAN applications. The device is fabricated using 0.6 um CMOS process and has a supply voltage of 3 V, with a gain of 34 dB while dissipating 80mW of power. Dynamic range and linearity requirements of A/D converters are also discussed.
By Behzad Razavi , from The Electrical Engineering Department , University of California, Los Angeles..
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A 5.2 GHz CMOS Receiver with 62-dB Image Rejection
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IEEE
2008
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This paper describes a 5.2 GHz CMOS receiver based on a downconversion hetrodyne architecture with a local oscillator frequency of 2.6 GHz which applies offset cancellation to the base-band amplifiers. The receiver has a noise figure of 6.4 dB, an IP of 15 dBm , and a voltage conversion gain of 43 dB, while dissipating 29mW from a 2.5 V supply.
By Behzad Razavi, Member, IEEE..
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RF Design of a Wideband CMOS Integrated receiver for Phased Array Applications
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CSIRO Australia Telescope National Facility and Macquarie University, Sydney,Australia.
2008
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This paper outlines receiver Front End Development including the design and simulation of an LNA using a wideband input-power-match for noise cancellation. The Receiver is designed to operate at frequencies between 500 MHz and 1700 Mhz. It consists ofa an LNA, band pass filter, quadrature mixer, anti-aliasing filter, digitiser and serialiser. It is fabricated on a 0.18um CMOS process.
Suzy A. Jackson from CSIRO Australia Telescope National Facility and Macquarie University, Sydney,A..
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