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ELEC1700 Computer Engineering 1 Week 7 Wednesday lecture Revision for Quiz 2 Semester 1, 2013 - PowerPoint PPT Presentation


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ELEC1700 Computer Engineering 1 Week 7 Wednesday lecture Revision for Quiz 2 Semester 1, 2013. Quiz 2. When? Scheduled lecture on Wednesday 1 May , 3:00–4:00pm = week 8 = next week Start time: 3:10pm Finish time: 3:50pm Where? MCTH lecture theatre What does it cover?

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ELEC1700Computer Engineering 1Week 7

Wednesday lectureRevision for Quiz 2

Semester 1, 2013


Quiz 2
Quiz 2

When?

Scheduled lecture on Wednesday 1 May, 3:00–4:00pm

= week 8 = next week

Start time: 3:10pm

Finish time: 3:50pm

Where?

MCTH lecture theatre

What does it cover?

material presented in weeks 4–6

What is it worth?

counts for 10% of your final grade in ELEC1700


Instructions to candidates
Instructions to Candidates

  • Time allowed: Forty (40) minutes

  • This is a Closed Book Examination

    • No notes or textbook

  • Answer ALL questions

  • Calculators are permitted

  • Total number of marks = 40

  • Rough working may be done on the reverse side of each page


Quiz format
Quiz format

  • 5 “short” multiple choice questions (1 mark each)5

  • 5 “long” multiple choice questions (3 marks each) 15

  • 4 longer questions (5 marks each) 20

    Total 40


  • Consider the Boolean function X defined by the truth table below. Derive:

    • Standard sum of products (SOP) expression for X

      (= sum of minterms)

    • Standard product of sums (POS) expression for X

      (= product of maxterms)



  • The diagram below shows the operation of a hexadecimal-to-7-segment decoder. Use a Karnaugh map to simplify the Boolean expression for segment a. Assume that inputs not shown in the table below never occur (i.e. we don’t care what segments are illuminated in such cases)



  • (a) Simplify the expression Boolean function:

  • (b) Use the result from part (a) to derive a minimal sum of products (SOP) expression for Z in the circuit below

A

Z

B

C


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