High Speed Integrated Circuit Technology : Towards 100 GHZ Logic 9789810246389, 9810246382

Table of contents :
Preface: High Speed Integrated Circuit Technology Towards 100 GHz Logic......Page 6
CONTENTS......Page 8
1. Introduction......Page 10
2. Trends of CMOS High-Speed Communication LSIs......Page 11
3. High-Speed and Mutti-Channel Serial Data Transceiver......Page 14
4. Experimental Results......Page 34
5. Discussion......Page 38
6. Conclusion......Page 39
Acknowledgments......Page 40
1. Introduction......Page 44
2. High-Performance Si Bipolar Technology and Circuits......Page 45
3. High-Performance SiGe Technology and Circuits......Page 64
Acknowledgements......Page 82
1. Introduction......Page 86
2. Index for High-Speed Characteristics of a Bipolar Transistor......Page 87
3. Si Bipolar Transistor......Page 89
4. SiGe HBT — Feasibility Study for 40-Gb/s Optical-Fiber-Links......Page 98
5. SiGe HBT — in Combination with CMOS......Page 109
6. IC Chipset for Practical Use in a 40-Gb/s Optical Receiver......Page 114
7. Extension to Monolithic Millimeter-Wave ICs......Page 116
8. Conclusions......Page 119
Acknowledgments......Page 120
1. Introduction......Page 124
2. Device Design......Page 125
3. Characterization and Optimization of Base Contact......Page 128
4. Fabrication Process......Page 130
5. Device Performance......Page 134
6. Circuit Applications......Page 138
7. Summary......Page 142
Acknowledgment......Page 143
1. Introduction......Page 146
2. Lightwave Communications systems......Page 147
3. Status of High Electron Moblity Transistors (HEMT's)......Page 149
4. IC Performance and Device Parameters......Page 153
5. Photonic Interface for High-Speed Etectronics Using Uni-Travelling-Carrier Photodiodes......Page 160
6. Summary......Page 163
Acknowledgements......Page 164
1. Introduction......Page 168
2. HBT scaling......Page 170
3. HBT Digital Integrated Circuits......Page 185
4. Transferred-substrate HBTs......Page 196
5. Integrated circuit results......Page 216
6. Conclusions......Page 219
Acknowledgments......Page 221
2. Historical Evolution of High Speed Digital Circuits......Page 226
3. Semiconductor Material Properties and Growth......Page 227
4. Fabrication of InP-based HBT Integrated Circuits......Page 230
5. Device Geometry and Critical Parasitics......Page 234
6. Device Characterization......Page 235
7. Device Sealing......Page 237
9. Device Matching......Page 238
10. HBT Device Modeling......Page 239
11 High Speed Circuit Design and Performance Benchmarking......Page 243
13. Developments to Watch For......Page 250
Acknowledgements......Page 251
1. Introduction......Page 254
2. Cantilevered DHBT Structure and Process......Page 255
3. Device Performance......Page 256
4. Divider Circuit Design and Performance......Page 259
5. Direct Digital Synthesizer (DDS) Design and Performance......Page 262
Acknowledgment......Page 264
1. Introduction......Page 266
2. Superconductor Digital Electronics......Page 268
3. RSFQ Devices......Page 278
4. RSFQ Technology Development: Problems Real and Imaginary......Page 294
5. Future Prospects......Page 303
6. Conclusion......Page 307
Acknowledgments......Page 308
1. Introduction......Page 316
2. RSFQ Data Converters......Page 321
3. RSFQ DSP and Infrastructure Blocks......Page 332
4. RSFQ Chip I/O Approaches......Page 342
5. RSFQ Digital Signai Processing Appiications......Page 352
6. Conclusion......Page 362