2. Integration of all gained knowledge in both analog & digital experiments. Giving the students in E.E. lab-1 a tool for deeper understanding of M.S.S. Designing and implementing hardware real- time algorithms for signal processing

3. 3 Digital Experiments 3 Analog Experiments M.S.S Experiment Mixed Signal System (M.S.S.)

4.  Building strong foundations for designing M.S.S.  Training the sample and reconstruction theory  Tying analog to digital  Designing and implementing measurement equipment  Implementation of simple audio signal processing  Mini-project  Every couple of students design and implement different M.S.S. application  Each mini-project will be presented by designers to other students Learning Goals

5.  2 nd analog experiment, 1 st meeting (inverting amp)  2 nd analog experiment, 2 nd meeting half-wave rectifier  2 nd analog experiment, 2 nd meeting full-wave rectifier Tying analog to digital

6. Optional Matrix D/A A/D DE2 Mic. Preamp LPF/ HPF LPF/ HPF Sampling & Reconstruction Card Audio Interface Card ADC_Interface DACs_Inteface Digital Processing Unit Basic block diagram of M.S.S. platform Digital Interface Analog signal Analog signal Analog signals

7. Platform Introduction (basic mode) Scope User Control Analog signal (before processing) Function Generator DE2 + M.S.S. Card Analog signal (after digital & analog processing) Matrix

8. Platform Introduction (audio mode) Scope Mic. Pre-amp Unit DE2 + M.S.S. Card Mic. Phones Mic. Phones User #1 User #2 Analog signal (before processing) Analog signal (after digital processing) Analog signal (before processing) User Control

9. Platform Introduction (project mode) Scope Mic. Pre-amp Unit DE2 + M.S.S. Card Mic. Phones Mic. Phones User #1 User #2 Analog signal (before processing) Analog signal (after digital & analog processing) Analog signal (before processing) Optional Matrix User Control