Physics 351
Fall 2007

Electronics II
Introduction to Digital Electronics

Course Materials:

• Week 0: 8/27-29          NO CLASS
  Physics 351 course advertisement
  
  
• Week 1: 9/3-5          Digital logic
  Syllabus
  Chapter 1 course notes
  Week 1 overheads
  Lab 1 instructions
  
  Link to Quartus II Web Edition software and license request form
  
  NAND: 74LS00 datasheet      NOR: 74LS02 datasheet
  AND: 74LS08 datasheet         OR: 74LS32 datasheet
  XOR: 74LS86 datasheet         XNOR: 74LS266 datasheet
  Inverter: 74LS04 datasheet      Buffer: 74LS365 datasheet
  
  
  
• Week 2: 9/10-12          Introduction to FPGAs 
  Chapter 2 course notes (by Altera Inc.):  Quartus II Introduction Using Schematic Design
                                                                Quartus II Introduction Using Verilog Design
  Week 2 Design Exercises
  Week 2 overheads (updated)
  Lab 2 instructions
  
  Additional documents:
  Altera DE2 development board manual [3.3 MB]
  Altera DE2 schematics
  Altera DE2 pin assignments[.csv file]
  Altera CycloneII FPGA datasheet [2.1 MB]
  
  Notes:  - Class will be held in Morton 341.
              - Quartus II is available for use in Morton 240 (open 24/7).
  
  
• Week 3: 9/17-19          Flip-Flops 
  Chapter 3 course notes (updated)
  Week 3 overheads (updated)
  Lab 3 instructions (updated)
  
  Flip-Flop: 74LS74 datasheet
  
  
  
• Week 4: 9/24-26          One-Shots, Counters, and Clocks 
  Chapter 4 course notes
  Week 4 overheads
  Lab 4 instructions
  
  Monostable multivibrator: 74LS123 datasheet
  
  
• Week 5: 10/1-3          More Counters and Registers
  Chapter 5 course notes
  Week 5 overheads
  Lab 5 instructions
  
  8-bit shift-register: 74LS164 datasheet
  
  
• Week 6: 10/8-10          State Machines
  Chapter 6 course notes
  Week 6 overheads
  Lab 6 instructions
  
  8-bit counter: 74F269 datasheet
  4-input NAND: 74LS20 datasheet
  4-input AND: 74LS21 datasheet
  3-input NOR: 74LS27 datasheet
  
  DSP research project information: Guidelines
                                                            Lock-in amplifier operation and specifications (updated)
  
  
  
• Week 7: 10/22-24          ADCs and DACs 
  Chapter 7 course notes
  Week 7 overheads
  Lab 7 instructions
  
  8-bit DAC: TLC7524 datasheet
  8-bit ADC: ADC0820 datasheet
  
  
  
• Week 8: 10/22-24          Introduction to Digital Signal Processing 
  Chapter 8 course notes (updated)
  Week 8 overheads
  Lab 8 instructions
  
  For more information on DSP, you can consult the following on-line books:
  CRC Digital Signal Processing Handbook
  Introductory DSP laboratory exercises (with MATLAB)
  
  
  
• Week 9: 11/5-7          DSP project, week 1 
  Lecture: Precision soldering, holes, drills, and punches
  Movie showing how to solder a surface mount component [movie by Alan Stummer, University of Toronto]
  (download to your computer if it does not play)
  
  We will solder the following ADCs and SOIC-to-DIP adapters:
  TLC5510AINS datasheet
  ADS820U-ND datasheet
  AD9220ARZ-ND datasheet
  A322-ND 24-pin SOIC-to-DIP adapter
  A323-ND 28-pin SOIC-to-DIP adapter
  
  
  
• Week 10: 11/12-14          DSP project, week 2 
  Lecture: Buses and tri-state logic
  Chapter 10 course notes
  
  Tri-State Buffer: 74LS125 datasheet
  
  
• Week 11: 11/19-21          DSP project, week 3 
  Lecture: Opto-isolation and ground loops
  Chapter 11 course notes
  Week 11 overheads
  
  Digital opto-couplers: HCPL-7723 datasheet, 6N137 datasheet
  Analog opto-couplers: HCNR-200 datasheet, ISO100 optical isolation amplifier datasheet
  
  
  
• Week 12: 11/26-28          DSP project, week 4 
  Lecture: Phase Lock Loops
  
  digital PLL chip: 74HC4046 datasheet
  
  
• Week 13: 12/3-5          DSP project, week 5 ... and the winners are ... 
  Lecture: Oral presentations of DSP project.
  
  The DSP design competition winners are W. Ames, T. Harrison, and S. Mohon.
  
  Sample webpage presentation of DSP project by D. Dean and A. Leister.