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| TFYY48 | Radio Electronics, 3 p (sw) /Radioelektronik/ Advancement level: C | |
| Aim: To give fundamental knowledge on radio frequency (RF) transceiver design, from component level to system level, and understanding in performance limitations by means of theory on matching, transmission lines, passive, and active RF components in CMOS technology. Prerequisites: TFFY34 Semiconductor technology D,Y and TSTE15/83 Analog circuits. Course organization: 12 lectures, 6 exercises and 8 h laboratory work.Course content: 1. Introduction and superheterodyne architecture. 2. Modeling of on chip inductance and transmission line. 3. Smith chart and S-parameters. 4. Distributed and lumped matching technique. 5. Amplifier specification and bandwidth estimation. 6. Broadband and Tuned high frequency amplifiers. 7. Noise and Low noise CMOS RF amplifier. 8. CMOS RF Mixer. 9. CMOS RF Oscillator. 10. Modulation for digital communications. 11.CMOS RF Power Amplifier. 12. Layout, design flow for a superheterodyne, and mobile system. Course literature: Thomas H.Lee: The Design of CMOS Radio-Frequency Integrated Circuits, Cambridge University Press, 1998. | ||
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