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Digital Logic Circuits

Learning outline

Learning outline
01Foundations of digital logic
Binary and hexadecimalConcept
Gates and truth tablesConcept
Boolean algebra and De Morgan’s lawsConcept
Decoders and enable signalsConcept
02Signals and selection
Bits, signals and portsConcept
Specify the selection with a truth tableConcept
The MUX and its observation registerConcept
03Write and run the RTL
Describe a MUX with a conditional expressionConcept
MUX simulation labLab
04Interpret and check
Input changes and sampling instantsConcept
Test the cases that reveal mistakesConcept
MUX knowledge checkCheck
05Arithmetic circuits and state
Half adders and full addersConcept
Signed values and overflowConcept
Comparators and boundary conditionsConcept
Flip-flops and clock enableConcept
06Numbers and time
Bit width and binary valuesConcept
Clock edges and stateConcept
The counter and synchronous resetConcept
07Update state and run the lab
Compute the next value from the old valueConcept
Counter simulation labLab
08Boundaries and debugging
What follows the maximum value?Concept
Diagnose reset and counting errorsConcept
Counter knowledge checkCheck
09Bits and data flow
Vector direction and bit indicesConcept
Read a serial input over timeConcept
State changes in a shift registerConcept
10Concatenation and the lab
Slices and concatenationConcept
Shift-register simulation labLab
11Latency and debugging
Follow a bit to the outputConcept
Check direction, reset and input orderConcept
Shift-register knowledge checkCheck
12Connect and verify circuits
Combinational delay and timing budgetsConcept
Design a small state machineConcept
Verification plans and failure tracesConcept
Capstone: serial pattern detectorConcept

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