For the past seventy years, ferrites (magnetic ceramics) have been
prized for a range of properties that has no equivalent in the
existing metal magnetic materials. They have contributed to many
important advances in electronics and new high-performance products
are appearing all the time. Ferrite technology has produced greater
progress in the past 15 years since the first edition was
published. Many of the semiconductor and IC technology responsible
for the computer and Internet explosion would not have been
possible without the magnetic materials technology needed for
powering and otherwise exploiting those developments.
Modern Ferrite Technology, 2nd ed, offers the readers an expert
overview of the latest ferrite advances as well as their
applications in electronic components. This volume develops the
interplay among material properties, component specification and
device requirements using ferrites. Throughout, emphasis is placed
on practical technological concerns as opposed to mathematical and
physical aspects of the subject.
The book traces the origin of the magnetic effect in ferrites
from the level of the simplest particle and the increases the scope
to the larger and larger hierarchies. From the desired magnetic
properties the author deduces the physical and chemical material
parameters, taking into consideration major chemistry, impurity
levels, ceramic microstructures and grain boundary effects. He then
discusses the processing conditions and associated conditions
required for implementation. In addition to conventional ceramic
techniques, he describes non-conventional methods such as
coprecipitation, co-spray roasting and single crystal growth.
The secondsection of this book deals with a complete listing of
the many important applications in the field including ferrites for
permanent magnet, telecommunications, power supplies, memory
systems magnetic recording and microwave applications.
The function of ferrites in each of these applications is
described. The requirements of the electronic circuit and device
are broken down into the individual component specifications with
regard to size and configuration. Design criteria for power level,
degree of stability and cost are then considered.
General
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