IEEE Solid-States Circuits Magazine - Summer 2019 - 9
with each other. In this case, the task
of reliably detecting the transmit signal (with a low error rate) be comes
more challenging. Indeed, this has
been the subject of a broad research
field known as high-speed signaling
or wireline signaling.
One way to combat the frequencydependent attenuation of the channel
(wire) is through the design of a circuit with a transfer function that is the
inverse of the channel's transfer function: that is, a circuit which provides frequency-dependent amplification to
cancel the corresponding frequencydependent attenuation of the channel.
As a result, the combined transfer func-
CONTRIBUTORS
A piece of wire
may alter the
signal at high
frequencies
with a transfer
function that is
not unity, and
so it may not
be considered a
short circuit.
tion of the wire and this circuit will
have a flat frequency response, at least
up to some higher frequency. This circuit is called an equalizer because it
equalizes the frequency attenuation
across the frequency range of interest.
We will discuss the details of an example equalizer in the next article of
this series. Stay tuned!
In summary, to find out if a piece
of wire can be considered an electrical short, we must express the wire
length in terms of the signal wavelength (the length the signal travels in one period). If the electrical
length is much less than m, we can
consider the wire as short; otherwise, it cannot be considered short
and must be treated as a transmission line with a frequency-dependent
transfer function.
(continued from p. 3)
LUNG-YEN CHEN is a Ph.D. degree candidate
in the Department of Electrical Engineering
at Princeton University, New Jersey.
PETER DEAVILLE is a Ph.D. degree candidate
in the Department of Electrical Engineering at
Princeton University, New Jersey.
BONAN ZHANG is a Ph.D. degree candidate in the Department of Electrical Engineering at Princeton University, New Jersey.
MASSIMO ALIOTO is with the Department
of Electrical and Computer Engineering at
the National University of Singapore.
PRESIDENT'S CORN ER
are the IEEE Brokaw Award for Circuit Elegance, IEEE Solid-State Circuits Society New Frontier Award,
IEEE Solid-State Circuits Society
Innovation Education Award, and
IEEE Solid-State Circuits Society
Industry Impact Award. The nomi-
(continued from p. 5)
nations period for these awards is
now open. More information about
these awards is on page 110 of this
issue. I encourage you to nominate
deserving candidates.
Whether reader or author, you are
all a part of the SSCS. We, as leader-
ship, will do our best to remain the
premier home of publications in our
field. As always, please email me
with any questions, comments, or
concerns at b.nauta@utwente.nl.
IEEE SOLID-STATE CIRCUITS MAGAZINE
SU M M E R 2 0 19
9
IEEE Solid-States Circuits Magazine - Summer 2019
Table of Contents for the Digital Edition of IEEE Solid-States Circuits Magazine - Summer 2019
Contents
IEEE Solid-States Circuits Magazine - Summer 2019 - Cover1
IEEE Solid-States Circuits Magazine - Summer 2019 - Cover2
IEEE Solid-States Circuits Magazine - Summer 2019 - Contents
IEEE Solid-States Circuits Magazine - Summer 2019 - 2
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IEEE Solid-States Circuits Magazine - Summer 2019 - Cover3
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