Year/Subject | Digital Logic Design | ||
Easy | Medium | Difficult | |
2015 MARCH-CS Scientist-C | 1.Parity Check 2.Flip Flops 3.Counters 4.Circuits(2) 5.Race Condition 6.Number System(2) |
1.MIs(2) 2.Combinational circuits 3.Flip Flops |
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2016 MARCH-CS/IT/EC-STA | 1.Circuits 2.Logic Families 3.Circuit Theory 4.Combinational circuits 5.Address 6.Logic gates(2) |
1.Address lines | — |
2016 MARCH-CS/IT-Scientist-B | 1.Boolean expression 2.Address 3.Sequential circuits |
1.Flip flops 2.Number system(2) |
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2016 DEC-IT-Scientist-B | 1.Circuit 2.Address 3.Number system |
1.Flip flops 2.K-Maps 3.Number system |
1.Number system |
2016 DEC-CS-Scientist-B | 1.Logic circuits 2.Number system |
1.Flip Flops 2.K-maps 3.Number System |
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2017 JULY-IT-Scientist-B | 1.Logic gates(2) 2.multiplexers 3.SQL |
1.Boolean algebra | — |
2017 JULY-CS-Scientist-B | 1.Multiplexer 2.Boolean expression 3.Circuit theory |
1.Circuit 2.Combinational circuit |
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2017 OCT-CS-SA | 1.Number System 2.Ripple counter |
1.Number System 2.Boolean Expression 3.Flip flop(D) 4.Ripple counter(4-bit) |
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2017 OCT-IT-SA | 1.Sequential circuit | 1.Ripple counter(2) 2.Number system (2) 3.Flip Flop |
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2017 DEC-CS/IT-STA | 1.Number System(2) | 1.Boolean algebra | — |
2017 DEC-CS/IT-Scientist-B | — | — | — |
2018 DEC-CS/IT-STA | 1.Number system 2.Demorgan’s 3.DEMUX IC number |
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2018 DEC-CS/IT-Scientist-B | 1.Boolean algebra 2.Boolean Function 3.Number system 4.Boolean Algebra 5.Adders |
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