ece221_notes_chapter_3_part_2.ppt | Boolean Algebra | Logic Gate

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Chapter 3 Notes – Part II Review Questions ã What is the only input combination that will produce a HIGH at the output of a five-input AND gate? ã What logic level should be applied to the second input of a two-input AND gate if the logic signal at the first input is to be inhibited(prevented) from reaching the output? ã True or false: An AND gate output will always differ from an OR gate output for the same input conditions. NOT opera
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Chapter 3 Notes – Part IIReview Questions ã  What is the only input combination that will produce a HIGH at the output o a ive!input N# \$ate% ã  What lo\$ic level should be applied to the second input o a two!input N# \$ate i the lo\$ic si\$nal at the irst input is to be inhibited&prevented' rom reachin\$ the output% ã (rue or alse) n N# \$ate output will always dier rom an *R \$ate output or the same input conditions+     N*( operation ã (ruth table, -ymbol, -ample waveorm     -ummary o .oolean *perations ã *R /0/1//021220/1220212 ã   N#//1//21/2/1/2212 ã  N*(241//412 &N*(5 (H5 -67.*8 9-5# :*R N*(;'    3!< #escribin\$ lo\$ic circuits al\$ebraically ã   ny lo\$ic circuit, no matter how comple=, can be completely described usin\$ the three basic .oolean operations) *R,   N#, N*(+ ã 5=ample) lo\$ic circuit with its .oolean e=pression
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