Georgia Institute of Technology, Atlanta, USA

• Overview: Circuits and Applications. SiGe as an Enabler for Wireless Communications Systems. LNA Optimization. Linearization Techniques. SiGe MMICs. SiGe Millimeter-Wave ICs. Wireless Building Blocks Using SiGe HBTs. Direct Conversion Architectures for SiGe Radios. RF MEMS Techniques in Si/SiGe. Wideband Antennas on Silicon. Packaging Issues for SiGe Circuits. Industry Examples of State-of-the-Art: IBM — High-Speed Circuits for Data Communications Applications. Industry Examples at the State-of-the-Art: Hitachi. Industry Examples at the State-of-the-Art: ST.

Georgia Institute of Technology, Atlanta, USA

• Overview: Circuits and Applications. SiGe as an Enabler for Wireless Communications Systems. LNA Optimization. Linearization Techniques. SiGe MMICs. SiGe Millimeter-Wave ICs. Wireless Building Blocks Using SiGe HBTs. Direct Conversion Architectures for SiGe Radios. RF MEMS Techniques in Si/SiGe. Wideband Antennas on Silicon. Packaging Issues for SiGe Circuits. Industry Examples of State-of-the-Art: IBM — High-Speed Circuits for Data Communications Applications. Industry Examples at the State-of-the-Art: Hitachi. Industry Examples at the State-of-the-Art: ST.

Georgia Institute of Technology, Atlanta, USA

• Overview: Circuits and Applications. SiGe as an Enabler for Wireless Communications Systems. LNA Optimization. Linearization Techniques. SiGe MMICs. SiGe Millimeter-Wave ICs. Wireless Building Blocks Using SiGe HBTs. Direct Conversion Architectures for SiGe Radios. RF MEMS Techniques in Si/SiGe. Wideband Antennas on Silicon. Packaging Issues for SiGe Circuits. Industry Examples of State-of-the-Art: IBM — High-Speed Circuits for Data Communications Applications. Industry Examples at the State-of-the-Art: Hitachi. Industry Examples at the State-of-the-Art: ST.