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HIGH SPEED DESIGN TECHNIQUES
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High speed integrated circuits, both analog, digital, and mixed-signal are used in all
types of electronic equipment today. This book examines high speed linear ICs both
from the theoretical and practical application point of view.
Figure P.1 shows some of the typical applications for high speed integrated circuits
by market segment. Many applications can be filled using standard linear IC
products, while others may be better served with specially designed chipsets (see
Figure P.2).
All of these high speed linear ICs depend upon a broad base of high speed core
competencies shown in Figure P.3. Analog Devices has been a leader in real-world
signal processing for over 30 years and has the required expertise in each critical
competency area. Regardless of how complex or highly integrated mixed-signal ICs
may become, there is no escaping the requirement for these basic building blocks.
An understanding of these building blocks is required for the customer to
successfully specify, select, and apply new high speed products at the system level.
While a detailed knowledge of the internal circuits is not required, an overall
understanding of the operation of the devices is critical to success.
This book is not intended to be a system design manual. Instead, it covers the theory
and application of many high speed analog signal processing building blocks such as
amplifiers, ADCs, DACs, etc. System applications are presented when they are of
broad general interest or illustrate emerging market trends.
The proper application of high speed devices also requires a thorough knowledge of
good hardware design techniques, such as simulation, prototyping, layout,
decoupling, and grounding. The last section in the book focuses on these issues as
well as EMI and RFI design considerations. |
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