Well over a billion people are currently using cellular
telephones, and this number is expected to grow to over two billion
in the next few years. It is remarkable that a device that was
considered a high-technology "toy" just a few years ago is now an
indispensable feature of modern life. One of the key reasons for
this remarkable transformation is the integration of all the radio
functions of a cellular telephone onto a single inexpensive piece
of silicon. This achievement is a result of innovations in design
and process technology that allowed formerly discrete and separate
devices to be integrated onto a common substrate.
Now that this integration has been accomplished, the next
challenge is to make these radio functions adaptive to their
environment. This "adaptive" feature of wireless communications
devices is just today becoming a reality, and Adaptive Low-Power
Circuits for Wireless Communications represents one of the first
comprehensive treatments of the subject.
Adaptive radio transceivers require a comprehensive theoretical
framework in order to optimize their performance. Adaptive
Low-Power Circuits for Wireless Communications provides this
framework with a discussion of joint optimization of Noise Figure
and Input Intercept Point in receiver systems. Original techniques
to optimize voltage controlled oscillators and low-noise amplifiers
to minimize their power consumption while maintaining adequate
system performance are also provided. The experimental results
presented at the end of the book confirm the utility of the
proposed techniques.
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