<p> P1 project list. Tutorial and example projects discussed in class For simplicity, we’ve been using all the time the Circuit_W. However, it is recommended to repeat the project for Circuit_C, Circuit_K, etc. Remember that you must study up to 5h out of class. </p><p>Once the project is tested and verified (after section 4), the project must be reported or documented in sheets of paper or word processor, using text, schematics, tables, equations, diagrams, flow charts, time diagrams, etc. </p><p>Analysis projects</p><p>Project 1) On the use of Proteus for drawing circuits</p><p>1. Specifications</p><p>Find the truth table of the Circuit_W using the electrical simulator Proteus </p><p>Fig. 1 Circuit_W schematic 2. Planning</p><p>3. Development</p><p>4. Test & verification</p><p>Project 2) On the use of WolframAlpha engine for writing logic equations and circuits</p><p>1. Specifications: </p><p>Find the truth table of the Circuit_W using the WolframAlpha engine</p><p>2. Planning</p><p>3. Development</p><p>4. Test & verification</p><p>Project 3) On the use Boole’s Algebra for circuit analysis </p><p>1. Specifications: </p><p>Find the truth table of the Circuit_W using handmade Boole’s Algebra: SoP, PoS, maxterms, minterms, etc. </p><p>2. Planning</p><p>3. Development</p><p>4. Test & verification</p><p>Design projects</p><p>Project 4) On the use of minilog.exe for minimising logic equations </p><p>1. Specifications: </p><p>Design a pair of circuits (Circuit_1 and Circuit_2) based on the SoP and the PoS expressions of the truth table given by (0).</p><p>(0) 2. Planning</p><p>3. Development</p><p>4. Test & verification</p><p>Project 5) On the use of canonical expressions </p><p>1. Specifications: </p><p>Design and draw a pair of circuits (Circuit_3A and Circuit_3B) using the canonical expression product of maxterms and sum of minterms of the truth table given by (0):</p><p>(0) 2. Planning</p><p>3. Development</p><p>4. Test & verification</p><p>Project 6) Circuits based only on NAND gates </p><p>1. Specifications: </p><p>Design a circuit (Circuit_4) based on Circuit_2 and using only NAND of 3-inputs </p><p>2. Planning</p><p>3. Development</p><p>4. Test & verification</p><p>Project 7) Circuits based only on NOR gates</p><p>1. Specifications: </p><p>Design a circuit (Circuit_5) based on Circuit_3A and using only NOR of 2-inputs </p><p>2. Planning</p><p>3. Development</p><p>4. Test & verification</p><p>Project 8) Circuits based only on NOR gates</p><p>1. Specifications: </p><p>Design a XOR of 3 inputs using only NOR of 2-inputs </p><p>2. Planning</p><p>3. Development</p><p>4. Test & verification</p>