P8 project list. Tutorial and example projects discussed in and lab Remember that to complete the task of finishing a project, once it is tested and verified section 4), it must be reported or documented in sheets of paper or word processor, using text, schematics, tables, equations, diagrams, flow charts, timing diagrams, etc. This section is devoted completely to the project P_Ch2. Analysis projects Analyse the CLK_Generator used in the Light_System_NEXYS2 project Specifications Analyse the CLK_Generator code available in the demonstration project Light_system prototyped for the NEXYS 2 board. . Planning Design projects Designing a CLK_Generator for the project Timer_MMSS Specifications Design a CLK_generator block to derive squared synchronous signals of 100 kHz, 1.6 kHz, 20 Hz and 1 Hz, from a quartz crystal oscillator of 50 MHz. Figure . Block diagram for the CLK_Generator. Planning Figure . Proposed schematic based on a chain of frequency dividers and T-FF Development Test & verification 1-hour real-time programmable timer Timer_MMSS orchestrated as a dedicated processor Specifications Figure Sketch and symbol for the Timer_MMSS. Figure Sketch, feature list and example of a timing diagram for the Timer_MMSS. Planning Figure Dedicated processor: Dataparh and control unit.
P8 project list. Tutorial and example projects discussed in and lab Remember that to complete the task of finishing a project, once it is tested and verified section 4), it must be reported or documented in sheets of paper or word processor, using text, schematics, tables, equations, diagrams, flow charts, timing diagrams, etc. This section is devoted completely to the project P_Ch2. Analysis projects Analyse the CLK_Generator used in the Light_System_NEXYS2 project Specifications Analyse the CLK_Generator code available in the demonstration project Light_system prototyped for the NEXYS 2 board. . Planning Design projects Designing a CLK_Generator for the project Timer_MMSS Specifications Design a CLK_generator block to derive squared synchronous signals of 100 kHz, 1.6 kHz, 20 Hz and 1 Hz, from a quartz crystal oscillator of 50 MHz. Figure . Block diagram for the CLK_Generator. Planning Figure . Proposed schematic based on a chain of frequency dividers and T-FF Development Test & verification 1-hour real-time programmable timer Timer_MMSS orchestrated as a dedicated processor Specifications Figure Sketch and symbol for the Timer_MMSS. Figure Sketch, feature list and example of a timing diagram for the Timer_MMSS. Planning Figure Dedicated processor: Dataparh and control unit.
P8_Project_list%20.docx