IEEE Radio Frequency IC Symposium 2005
RFIC 2005
Workshop WSH
WSH: NOISE SHAPINGMETHODS FOR RFIC DESIGN
Date & Time: Sunday, June
12; 1:00 PM to 5:00 PM
Location: Long Beach Convention
Center, Room 201B
Topics & Speakers:
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Overview of Transmit and Linear
PA Up-converters, S. Kiaei, Connection One
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Fractional-N Frequency Synthesizers,
I. Galton, UC San Diego
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Polar Modulation methods for Power
Amplifiers, Tridad Sowlati, Skyworks,
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Algorithms and Amplifiers for
Digital Generation of Microwave Signals with Time-Varying
Envelope, P. Asbeck, J. Rode, I. Galton and L.
Larson, UC San Diego
Organizers: B. Bakkaloglu, Texas
Instruments
S. Kiaei, Connection One
Sponsors: MTT-23: RFIC 2005 RFIC
Aymposium
This workshop presents noise shaping and digital
signal processing techniques for RF IC Design. The
tutorials will cover fundamentals of modulation
and various noise shaping techniques, development
of Direct Digital Synthesis modulators and design
of fractional-N synthesizers. Tradeoffs between
phase noise and loop bandwidth in conventional fractional
phase-locked loops will be analyzed and various
techniques to cancel excess phase noise in modulated
fractional-N controllers will be introduced. This
workshop summarizes the topology tradeoffs that
are involved in the implementation of various RF
CMOS blocks utilizing the and noise shaping methodologies,
and their application for future generation portable
wireless systems. his workshop presents noise shaping
and digital signal processing techniques for RF
IC Design. The tutorials will cover fundamentals
of modulation and various noise shaping techniques,
development of Direct Digital Synthesis modulators
and design of fractional-N synthesizers. Tradeoffs
between phase noise and loop bandwidth in conventional
fractional phase-locked loops will be analyzed and
various techniques to cancel excess phase noise
in modulated fractional-N controllers will be introduced.
This workshop summarizes the topology tradeoffs
that are involved in the implementation of various
RF CMOS blocks utilizing the and noise shaping methodologies,
and their application for future generation portable
wireless systems.
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Important
Dates |
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RFIC 2005:
12-14 June, 2005
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