CMOS Emerging Technologies Inc., Vancouver, British Columbia

• PART I: CIRCUITS FOR EMERGING WIRELESS: A SYSTEM PERSPECTIVE. RF Building Blocks for the Next-Gen Wireless Systems. Insights into CMOS Wireless Receivers toward a Universal Mobile Radio. Ultra Wide Band (UWB) Technology. Design Considerations for Integrated MIMO Radio Transceivers. Cognitive Radio Spectrum-Sharing Technology. Short-Distance Wireless and Its Opportunities. Ultra-Low-Power RF Transceivers. Human++: Emerging Technology for Body Area Networks. Progress toward a Single-Chip Radio. PART II: CHIP ARCHITECTURES AND CIRCUIT IMPLEMENTATIONS. Digital RF Processor (DRP™). Low Noise Amplifiers. Design of Silicon Integrated Circuit W-Band Low-Noise Amplifiers. Power Amplifier Principles and Modern Design Techniques. Phase-Locked Loop-Based Integer-N RF Synthesizer. Frequency Synthesis for Multiband Wireless Networks. Design of a Delta-Sigma Synthesizer for a Bluetooth Transmitter. Parametric Converters. PART II: DEVICE AND PROCESS TECHNOLOGY FOR WIRELESS CHIPS. CMOS Technology for Wireless Applications. Distributed Effects and Coupling in RF Integrated Circuits. Substrate Noise Coupling from Digital to Analog Circuits in Mixed-Signal Integrated Circuits. Microelectromechanical Resonators for RF Applications. Membrane-Supported Millimeter-Wave Circuit Based on Silicon and Gas Micromachining.

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CMOS Emerging Technologies Inc., Vancouver, British Columbia

• PART I: CIRCUITS FOR EMERGING WIRELESS: A SYSTEM PERSPECTIVE. RF Building Blocks for the Next-Gen Wireless Systems. Insights into CMOS Wireless Receivers toward a Universal Mobile Radio. Ultra Wide Band (UWB) Technology. Design Considerations for Integrated MIMO Radio Transceivers. Cognitive Radio Spectrum-Sharing Technology. Short-Distance Wireless and Its Opportunities. Ultra-Low-Power RF Transceivers. Human++: Emerging Technology for Body Area Networks. Progress toward a Single-Chip Radio. PART II: CHIP ARCHITECTURES AND CIRCUIT IMPLEMENTATIONS. Digital RF Processor (DRP™). Low Noise Amplifiers. Design of Silicon Integrated Circuit W-Band Low-Noise Amplifiers. Power Amplifier Principles and Modern Design Techniques. Phase-Locked Loop-Based Integer-N RF Synthesizer. Frequency Synthesis for Multiband Wireless Networks. Design of a Delta-Sigma Synthesizer for a Bluetooth Transmitter. Parametric Converters. PART II: DEVICE AND PROCESS TECHNOLOGY FOR WIRELESS CHIPS. CMOS Technology for Wireless Applications. Distributed Effects and Coupling in RF Integrated Circuits. Substrate Noise Coupling from Digital to Analog Circuits in Mixed-Signal Integrated Circuits. Microelectromechanical Resonators for RF Applications. Membrane-Supported Millimeter-Wave Circuit Based on Silicon and Gas Micromachining.

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CMOS Emerging Technologies Inc., Vancouver, British Columbia

• PART I: CIRCUITS FOR EMERGING WIRELESS: A SYSTEM PERSPECTIVE. RF Building Blocks for the Next-Gen Wireless Systems. Insights into CMOS Wireless Receivers toward a Universal Mobile Radio. Ultra Wide Band (UWB) Technology. Design Considerations for Integrated MIMO Radio Transceivers. Cognitive Radio Spectrum-Sharing Technology. Short-Distance Wireless and Its Opportunities. Ultra-Low-Power RF Transceivers. Human++: Emerging Technology for Body Area Networks. Progress toward a Single-Chip Radio. PART II: CHIP ARCHITECTURES AND CIRCUIT IMPLEMENTATIONS. Digital RF Processor (DRP™). Low Noise Amplifiers. Design of Silicon Integrated Circuit W-Band Low-Noise Amplifiers. Power Amplifier Principles and Modern Design Techniques. Phase-Locked Loop-Based Integer-N RF Synthesizer. Frequency Synthesis for Multiband Wireless Networks. Design of a Delta-Sigma Synthesizer for a Bluetooth Transmitter. Parametric Converters. PART II: DEVICE AND PROCESS TECHNOLOGY FOR WIRELESS CHIPS. CMOS Technology for Wireless Applications. Distributed Effects and Coupling in RF Integrated Circuits. Substrate Noise Coupling from Digital to Analog Circuits in Mixed-Signal Integrated Circuits. Microelectromechanical Resonators for RF Applications. Membrane-Supported Millimeter-Wave Circuit Based on Silicon and Gas Micromachining.

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