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High Temperature Electronics - $177.00
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The
development of electronics that can operate at high
temperatures has been identified as a critical
technology for the next century. Increasingly,
engineers will be called upon to design avionics,
automotive, and geophysical electronic systems
requiring components and packaging reliable to 200 A C
and beyond.
Until now, however,
they have had no single resource on high temperature
electronics to assist them.
Such a resource is
critically needed, since the design and manufacture of
electronic components have now made it possible to
design electronic systems that will operate reliably
above the traditional temperature limit of 125 A C.
However, successful
system development efforts hinge on a firm
understanding of the fundamentals of semiconductor
physics and device processing, materials selection,
package design, and thermal management, together with
a knowledge of the intended application environments.
High Temperature
Electronics brings together this essential information
and presents it for the first time in a unified way.
Packaging and device
engineers and technologists will find this book
required reading for its coverage of the techniques
and tradeoffs involved in materials selection, design,
and thermal management and for its presentation of
best design practices using actual fielded systems as
examples.
In addition, professors
and students will find this book suitable for
graduate-level courses because of its detailed level
of explanation and its coverage of fundamental
scientific concepts.
Experts from the field
of high temperature electronics have contributed to
nine chapters covering topics ranging from
semiconductor device selection to testing and final
assembly. |