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# Digital Electronics and Circuits

### Course Summary

All you need to know on Digital Logic Design & Digital Circuits

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### Course Syllabus

• Introduction
• Introduction
• Number systems
• Decimal & binary representation
• Octal & hexadecimal number representation & number conversation method
• Conversion of binanry-Octal,Hexa-Binary,hex-dec,hex-octal,Oct-decimal,Octal-bina
• Numeric codes
• complimennts & procedures to find the compliments of the numbers Part 1
• complimennts & procedures to find the compliments of the numbers Part 2
• complimennts & procedures to find the compliments of the numbers Part 3
• Logic Gates
• NOT, AND, OR Gates
• Working of basic gates and universal gates
• Applications of universal gates
• Combinational Circuits
• Introduction to KMAPS
• KMAPS
• Substractors and Multipliers
• Decoders
• Implementations of Higher Decoder Using Lower Order Decoder Part 1
• Implementations of Higher Decoder Using Lower Order Decoder Part 2
• Decoder Implementations and Multiplexer Part 1
• Decoder Implementations and Multiplexer Part 2
• Implementation of Higher Order Mux using Lower Order Mux Part 1
• Implementation of Higher Order Mux using Lower Order Mux Part 2
• Sequential Circuits
• Introduction to Sequential Circuits
• Latches part 1
• Latches Part 2
• Working of Latches
• Types of FlipFlops Part 1
• Types of FlipFlops Part 2
• T FlipFlops
• Working of T flip flops and asynchrous input part 1
• Working of T flip flops and asynchrous input part 2
• Workimg of asynchronous input & Conversion of flip flops Part 1
• Workimg of asynchronous input & Conversion of flip flops Part 2
• Shift registers Part 1
• Shift registers Part 2
• shift register using preset circuit & working of shift register
• counters part 1
• counters part 2
• working of counters part 1
• working of counters part 2
• Conclusion
• Conclusion
• PPT 1
• PPT 2
• PPT 3
• PPT 4
• PPT 5
• PPT 6
• PPT 7
• PPT 8
• PPT 9

Course Fee:
USD 99

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