Course module
Digital Logic — Bihar Polytechnic Lecturer (Computer Science)
Explore the module outline and lessons below. Enroll free to begin studying here.
Return to /learn/BIHAR-POLYTECHNIC-LECTURER-COMPUTER-SCIENCE/digital-logic after enrolling
- Lessons
- 187
- Duration
- 16 hr 15 min
- PYQs
- 0
- Practice
- 323
Syllabus index
Lessons in this module
Digital Systems & Boolean Basics
Digital Fundamentals & Boolean Algebra
Boolean Expression
SOP & POS Canonical Forms
Boolean Function Counts
Functional Completeness
Boolean Minimization
K-Map Structure & PIs
- K-Map Structure & PIsPdf
- Basics of SimplificationDrm Video
- Understanding K MAP part 1Drm Video
- Understanding K MAP part 2Drm Video
- Understanding K MAP part 3Drm Video
- POS K MapDrm Video
- What is minimal Boolean expressionDrm Video
- Rules of groupingDrm Video
- Don't care conditionDrm Video
- Practice on K MapDrm Video
- More than one solutionDrm Video
- Prime ImplicantDrm Video
- Practice QuestionDrm Video
- Practice QuestionsDrm Video
- Practice QuestionDrm Video
- Solving K Map in reverse fashionDrm Video
Function Equivalence
Logic Circuit Analysis
Adv. Laws & Optimization
Logic Gates & Hardware
Evolution, NOT, OR & AND Gates
Universal Gates: NAND & NOR
Combinational Circuit
Adders & Subtractors
- Adders & SubtractorsPdf
- Basics of combinational circuitDrm Video
- Fundamental of AddersDrm Video
- Half AdderDrm Video
- Full AdderDrm Video
- Implementing Full Adder Using Half AdderDrm Video
- Half SubtractorDrm Video
- Full SubtractorDrm Video
- Four-bit Parallel-Ripple Adder-SubractorDrm Video
- Four-bit Parallel Adder Ripple AdderDrm Video
CLA & Arithmetic Logic
Multiplexers (MUX)
DeMux, Decoder & Encoder
- DeMux , Decoder & EncoderPdf
- Basics of DeMultiplexerDrm Video
- Implementing 1x2 DeMultiplexerDrm Video
- Implementing 1x4 DeMultiplexerDrm Video
- DEMux_practice_questionDrm Video
- Basics of DecoderDrm Video
- Implementing 1x2 DecoderDrm Video
- Implementing 2x4 DecoderDrm Video
- Understanding Decoder ApplicationDrm Video
- Decoder ExpansionDrm Video
- DecodersDrm Video
- Decoder_Practice_QuestionDrm Video
- DecoderDrm Video
- Understanding EncoderDrm Video
- Implementing 2x1 EncoderDrm Video
- Priority EncoderDrm Video
Sequential Circuits
Seq. Logic & Latches
Flip-Flops & Conversion
Sync Counter Analysis
Sync Counter Design
Ripple (Async) Counters
- Ripple (Async Counters)Pdf
- Ripple and Asynchronious CounterDrm Video
- Ripple and Asynchronous Counter FurtherDrm Video
- Ripple and Asynchronous Counter Using ClockDrm Video
- Synchronous Vs Asynchronous CounterDrm Video
- Self-Staring And Free-Running CounterDrm Video
- Restricted Mode CounterDrm Video
- Restricted Mode Counter furtherDrm Video
Shift Registers
Ring & Johnson Counters
Number System
Number System Fundamentals
General Base Conversion
Binary, Octal & Hex
Number Representation
Basics to 1s Complement
2s Complement & Math
Floating Point Rep
Floating Point Basics
IEEE 754 Standards
Booth’s Algorithm
Explore the course
- Discrete Mathematics
- Computer Organization and Architecture
- Programming
- Data Structures
- Algorithms
- Theory of Computation
- Compiler Design
- Operating Systems
- Database Management Systems
- Computer Networks