Digital Radio Systems on a Chip: A Systems Approach
Charles Chien · Thammasat University Digital Collections · 2000
Preface. 1: Introduction. 1.1. A Brief History of Wireless. 1.2. The Challenges. 1.3. Organization of the Text. 2: Digital Communication Systems. 2.1. Digital System Basics. 2.2. Sources of Degradation in Mobile Radio Link. 2.3. Performance Analysis. 2.4. Digital Modulations. 2.5. Synchronization. 2.6. Forward Error Correction. 2.7. Diversity Techniques. 3: Spread-Spectrum Communications. 3.1. Spread-Spectrum Encoding. 3.2. Direct Sequence. 3.3. Frequency Hop. 3.4. Performance Comparison. 3.5. Cod Acquisition. 3.6. PN-Code Tracking. 4: RF System Design. 4.1. RF Transceiver Architecture. 4.2. Noise Performance. 4.3. Distortion Performance. 4.4. Other Performance Measures. 5: Radio System Design. 5.1 Radio Systems Overview. 5.2. Cellular System. 5.3. System Constraints. 5.4. System Design. 5.5. Link Design. 5.6. Implementation Specification. 5.7. Summary. 6: Digital Radio Architecture. 6.1. RF Front-End Architecture. 6.2. Analog-Digital Partition. 6.3. Digital Transceiver Architecture. 6.4. Typical Radio handset Architecture. 7: RF Circuits Design. 7.1. Transistor Models. 7.2. Noise. 7.3. Passive Elements. 7.4. Low Noise Amplifier. 7.5. Mixer. 7.6. Synthesizer. 7.7. Power Amplifier. 8: Digital Transceiver Design. 8.1. Design Considerations. 8.2. Communication Sub-blocks. 8.3. Modulator/Demodulator. 8.4. Spread-Spectrum Modulation. 8.5. Synchronization. 8.6. Path Diversity. 8.7. Time Diversity. 8.8. Spatial Diversity. 9: Case Studies. 9.1. Global System for Mobile Communications (GSM). 9.2. Other Examples. 9.3. Single-Chip Radio. 9.4. Concluding Remarks. References. Index.