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Full Description
Eskelinen (head, Institute of Digital Communications, Helsinki University of Technology, Finland) overviews the most important aspects of components of radio frequency (RF) equipment and systems, applying theoretical fundamentals to real-world issues and using examples from recent design projects. U
Contents
Preface. Introduction - Definitions. What the Reader should Already Know. Style of Approach. Goals in System Design. The Spirit of System Design. Reliability and Availability. Effects of User Profile. Project Working.; Available Parameters - Standardization and Regulations. Frequency. Power. Noise Figure. RF Transmission Lines. Geographical Topology. Modulation. Effects of the Baseband Signal. Signal Processing. Non-Electrical Factors.; Systems Problems Involving Wave Propagation Mechanisms - Propagation Models in Brief. Means to Counter Adverse Conditions. Examples.; Circuits and Components for System Evaluations and Design - Standard or Custom Design. Passive Modules. Active Modules. Mechanics. Purchasing Modules for Equipment Development.; Antennas and Associated Hardware - Antenna Selection Criteria. Some Antenna Types. Antennas as Mechanical Elements. RF Transmission Lines. Connectors. Rotary Joints and Flexible Waveguides.; Transmitters, Receivers and Transceivers - Requirements for Transmitters. Block Diagram. Choosing the Building Blocks. Requirements for Receivers. Block Diagram. Choosing the Building Blocks. Selecting a Receiver for the System. Transceiver Specialties. Examples.; RF Measuring Instrumentation - Defining a Test Set-Up. Typical Test Instruments for Systems. Ready-Made or Tailored. About Computer Control. Examples.; List of Abbreviations and Acronyms. List of Symbols. Biography. Index.;