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SCAN Shift Register/Parallel Load Register

SCAN Shift Register/Parallel Load Register. Laboratory 3. Objectives. Build upon the understanding of CMOS circuits and systems Build upon the experience gained in lab2 ( Use of place and route). Design. Size=20 bits ( Based on your Full Adder design)

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SCAN Shift Register/Parallel Load Register

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  1. SCAN Shift Register/Parallel Load Register Laboratory 3

  2. Objectives • Build upon the understanding of CMOS circuits and systems • Build upon the experience gained in lab2 ( Use of place and route)

  3. Design • Size=20 bits ( Based on your Full Adder design) • Should have Serial and Parallel Load capability • Should use 2 Clocks and their complements. • CLKA, CLKAbar, CLKB and CLKBbar • Build using the standard cells of ECE 4/525 and ECE 4/526

  4. Design

  5. Design

  6. Design

  7. Design

  8. Lab Reports • Should contain the Schematic, Physical Layout (from Silicon Ensemble) • All the Functional Data: Flush delay tables, Maximum Frequency of operation, • Mention the input pattern for the Scan Capture • Mention the pattern for Parallel Load

  9. Lab Report • Show waveforms with the different corner model for the nominal load and nominal input slew • Perform Verilog simulation on the extracted layout (Physical Layout out of Place and Route)

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