Radio Frequency Integrated Circuits and Technologies

1. Front Matter

   Pages I-XIV

   PDF

2. Introduction

   • Frank Ellinger

   Pages 1-39

3. Transceiver Architectures

   • Frank Ellinger

   Pages 41-60

4. S-Parameters and Impedance Transformation

   • Frank Ellinger

   Pages 61-82

5. RF Basics

   • Frank Ellinger

   Pages 83-112

6. Transistors and Technologies

   • Frank Ellinger

   Pages 113-194

7. Passive Devices and Networks

   • Frank Ellinger

   Pages 195-240

8. Basic Amplifier Circuits

   • Frank Ellinger

   Pages 241-285

9. Low Noise Amplifiers

   • Frank Ellinger

   Pages 287-312

10. Power Amplifiers

    • Frank Ellinger

    Pages 313-358

11. Mixers

    • Frank Ellinger

    Pages 359-385

12. Oscillators

    • Frank Ellinger

    Pages 387-430

13. Phase Locked Loops and Synthesisers

    • Frank Ellinger

    Pages 431-446

14. Amplitude Control and Switches

    • Frank Ellinger

    Pages 447-463

15. Phase Shifters

    • Frank Ellinger

    Pages 465-486

16. RF Measurement Basics

    • Frank Ellinger

    Pages 487-504

17. Back Matter

    Pages 505-513

    PDF

In the last decade wireless communications engineering has seen outstanding progress, making merged, enhanced and novel applications in the area of mobile phones, wireless networks, sensors and television feasible. Technologies have developed from hybrid systems to highly integrated solutions in silicon, SiGe, GaAs and InP. By aggressive scaling of device dimensions below 0. 1 ?m and employing advanced technologies such as SOI, strained silicon and low-k, circuits with operation frequencies and bandwidths up to approximately 100 GHz can now be fabricated. However, especially in silicon, the restrictions inherent in scaling make circuit engineering a demanding task. Examples of these drawbacks are the limited high frequency signal power, leakage effects and significant parasitics in passive devices. Enhanced circuit topologies and design techniques have to be applied to achieve maximum performance. In this context, designers must have profound skills in the following areas: circuit theory, IC technologies, communications standards, system design, measurement techniques, etc. The aim of this book is to address all these multidisciplinary issues in a compact and comprehensive form and in a single volume. Suitable for students, engineers and scientists, the manuscript provides the necessary theoretical background together with cookbook-like optimisation strategies and state-of-the-art design examples. Each chapter is accompanied by tutorial questions repeating the key issues of the treated subjects. The manuscript is organised as follows: Chapter 1 preludes with an introduction concerned with the exciting history of integrated circuits, technologies and wireless communications.

• Communication Engineering
• High speed data communication
• Microelectronics
• Nanelectronics
• RF and analogue integrated circuit design
• Standard
• Standards
• Transceiver
• communication
• integrated circuit
• semiconductor
• transistor

From the reviews:

"To achieve optimum designs for … wireless systems, advanced technologies in analog, digital, and radio frequency (RF) circuit design, integrated circuit semiconductor technology, communication standards, and system must be employed. This book addresses all of these areas and is written for electrical engineering students and practising engineers. … Well written and illustrated. For libraries associated with academic programs in electric engineering. Summing Up: Recommended. Upper-division undergraduates through professionals." (F. A. Cassara, CHOICE, Vol. 45 (2), 2007)

• Dresden University of Technology, 01069 Dresden, Germany

  Frank Ellinger

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