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Fundamental of Communication Circuits

Fundamental of Communication Circuits. Professor: SU Yikai ( 苏翼凯) Department of Electronic Engineering Shanghai 200240 yikaisu@sjtu.edu.cn. Two lectures per week, 2 hours / lecture

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Fundamental of Communication Circuits

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  1. Fundamental of Communication Circuits Professor: SU Yikai (苏翼凯) Department of Electronic Engineering Shanghai 200240 yikaisu@sjtu.edu.cn

  2. Two lectures per week, 2 hours / lecture TextbookElectronic Communication Systems (2nd edition, Roy Blake, Thomson Delmar)Reference: 高频电子线路 张肃文 高等教育出版社 (4th edition) Homeworks, seminar and lab tour Homeworks will be given out regularly Recitations will be given by a teaching assistant (TA) A visit to the Optical Transport and Information Processing (OTIP) lab will be arranged Grades Homeworks           30% Term paper 20% Midterm exam       25% Final exam       25% Rules: No talking in class, this will be strictly enforced If cheating is observed, first time 20% points off with notice, second time all points off Credits will be given to students who do well in term papers or finding new and interesting things Syllabus

  3. Other regulations English is the language in teaching and email communications Email is the most important tool for communications, check your emails every day For course related issues, send emails to me at yikaisu@sjtu.edu.cn and Cc to Wang tao wangtao2007@sjtu.edu.cn

  4. Topics to be covered • Amplifiers • Oscillators • Mixers • Synthesizers • Transmission line • Transmitter and receiver • Modulation techniques and applications • Communication systems • Telecommunications

  5. How does your cell phone call go through? Beijing Metro Local or Collector Ring Phone, CATV and Broadband Shanghai Metro Local or Collector Ring Campus and Enterprise Wireless Access Wireless Access

  6. Telecommunication networks Long Haul access metro metro access In this course, we focus on the communication circuits and modulation techniques

  7. Building blocks of a cell phone A cell phone consists of following blocks: Transmitter Amplifier Pre-emphasis FM modulator Compression Antenna Micro-processor Frequency Synthesizer Pre-emphasis Keypad De-emphasis IF and demodulator Speaker Receiver

  8. Amplifiers Oscillators Mixers Synthesizers Transmission line RF circuits

  9. Amplitude Angle Digital MA Modulation and Multiple Access

  10. Transmitter requirements and structure AM transmitter FM Transmitter Power measurement Transmitter

  11. Receiver structures and characteristics Demodulators Receiver variations Transceivers Receiver measurements Receiver

  12. AMPS Cellular Equipments IS-136 GSM IS-95 3G Cellular and PCS

  13. Modulation formats (NRZ, RZ, CSRZ, DPSK, PAP, GAP, VSB) Transmission Coherent tunable receiver Performance monitoring Optical

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