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Chapter
Standard Characteristics of Digital Microcircuits
This chapter provides well-marshaled and interpreted essential technical characteristics of up-to-date digital microcircuits: summarized general structure of microcircuits, architecture of internal standard ce...
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Chapter
Schematic Technical Solutions of the Bipolar Integrated Circuits
This voluminous chapter is dedicated to elaborate analysis of schematic solutions of bipolar digital microcircuits (Schottky transistor-transistor logic, ECL, I2L, etc.) Such close attention given in this book...
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Chapter
Structure and Specific Features of Design Libraries for Submicron Microcircuits
This chapter explores the composition, fundamental design rules, and ways of using microcircuit design libraries which among designers are called design kits or PDK (process design kits). For the recent 10 yea...
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Chapter
Fundamentals of CMOS Microcircuits Logic Design with Reduced Power Consumption
This chapter attends to some peculiar features of logic designing of CMOS low-power consumption ICs. As it is illustrated in the previous chapters, some special trends in development of present-day submicron tech...
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Chapter
Schematic Solutions of Digital CMOS Microcircuits
This chapter addresses in great depth and consistent manner any and all niceties of schematic solutions for digital CMOS microcircuits (both classified in literature sources, like publications or patents, and des...
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Chapter
Circuit Engineering of Bi-CMOS IC
This chapter delves into circuitry engineering of Bi-CMOS microcircuits. It is a common knowledge that CMOS circuitry engineering is the most convenient way to design high-speed low power consumption microcirc...
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Chapter
Digital IC and System-on-Chip Design Flows
This chapter being a follow-up of the topics covered in the previous chapter is dedicated to elaboration of the design flows of submicron microcircuits. The first portion of the chapter looks into some particu...
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Chapter
Fundamentals of Building a Quality Management System for Manufacturing Submicron Integrated Circuits Based on Test Structures
The subject matter of this chapter is the so-called embedded or built-in test structures. The preceding chapters explore all essential steps of microcircuit design—from physical fundamentals of MOS transistor ope...
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Book
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Chapter
Antennas and Antenna Devices for Radar Location and Radio Communication
The chapter is dedicated to the complex of the interrelated issues of design development, fabrication and application of the various antennas and antenna devices for the systems of radiolocation and communicat...
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Chapter
Power Electronics Devices Based on Wide-Gap Semiconductors
The chapter focuses on the physical fundamentals of the semiconductor microwave electronics. In brief is laid out the abridged history of development of the microwave electronics as one of the branches of micr...
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Chapter
Semiconductor SHF Devices for Radar Sets
The chapter is dedicated to analysis of the semiconductor microwave devices, purposed directly for construction of the electronic modules of the modern radar sets and systems of communications.
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Chapter
Methods and Means of Ensuring Reliability of Radar and Communication Systems
The chapter is dedicated to consideration of complex of methods and means of ensuring reliability of the radio location systems and means of communications. Here in detail are viewed the physical and technical...
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Chapter
Measurement of Electrophysical Parameters of Dielectric and Semiconductor Materials and Structures of Microwave Electronics
The chapter is dedicated to the theoretical aspects of interaction of the electromagnetic irradiation of the microwave range with the photon structures, including the nano-metric metal, dielectric and semicond...
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Chapter
Theoretical Basics of Radiolocation
This introductory chapter is dedicated to concise presentation of the theoretical basics of radiolocation. Here in synopsis are represented the theoretical basics of functioning of the radiolocation devices, s...
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Chapter
Ground Penetrating Radars
The chapter is dedicated to consideration of such specific independent trend of the radiolocation devices as ground penetrating radars.
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Chapter
Features of Organizing the Process of Designing Radar Microcircuits
The chapter is dedicated to the specific problems and peculiarities of arrangement of the process of designing the radiolocation integrated circuits.
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Chapter
Vacuum Electronics
The chapter is entirely dedicated to one of the most «aged» directions of the microwave electronics – vacuum electronics.
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Chapter
HF and SHF Components for Radar Sets
The chapter is dedicated to consideration of high frequency and microwave electronic components for radar sets – micro strip filters, microwave filters on the surface acoustic waves, (SAW-filters), cable seals...
