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For those not familiar with Udemy they are an online video training website.
Link has the coupon code -
Digital Electronics and CircuitsThis is pretty poor example of video training but it's free. I'd not pay $99 for it, you might think different.
Section 1 - Introduction
Lecture 1: Introduction
Section 2 - Number systems
Lecture 2: Decimal & binary representation
Lecture 3: Octal & hexadecimal number representation & number conversation method
Lecture 4: Conversion Decimal-octal &hexadecimal,binary-decimal & hexadecimal
Lecture 5: Conversion of binanry-Octal,Hexa-Binary,hex-dec,hex-octal,Oct-decimal,Octal-bina
Section 3 - Numeric codes
Lecture 6: complimennts & procedures to find the compliments of the numbers Part 1
Lecture 7: complimennts & procedures to find the compliments of the numbers Part 2
Lecture 8: complimennts & procedures to find the compliments of the numbers Part 3
Section 4 - Logic Gates
Lecture 9: NOT, AND, OR Gates
Lecture 10: Working of basic gates and universal gates
Lecture 11: Applications of universal gates
Section 5 - Combinational Circuits
Lecture 12: Introduction to KMAPS
Lecture 13: KMAPS
Lecture 14: Adders part 1
Lecture 15: Adders part 2
Lecture 16: Substractors and Multipliers
Lecture 17: Decoders
Lecture 18: Implementations of Higher Decoder Using Lower Order Decoder Part 1
Lecture 19: Implementations of Higher Decoder Using Lower Order Decoder Part 2
Lecture 20: Decoder Implementations and Multiplexer Part 1
Lecture 21: Decoder Implementations and Multiplexer Part 2
Lecture 22: Implementation of Higher Order Mux using Lower Order Mux Part 1
Lecture 23: Implementation of Higher Order Mux using Lower Order Mux Part 2
Section 6 - Sequential Circuits
Lecture 24: Introduction to Sequential Circuits
Lecture 25: Latches part 1
Lecture 26: Latches Part 2
Lecture 27: Working of Latches
Lecture 28: Types of FlipFlops Part 1
Lecture 29: Types of FlipFlops Part 2
Lecture 30: T FlipFlops
Lecture 31: Working of T flip flops and asynchrous input part 1
Lecture 32: Working of T flip flops and asynchrous input part 2
Lecture 33: Workimg of asynchronous input & Conversion of flip flops Part 1
Lecture 34: Workimg of asynchronous input & Conversion of flip flops Part 2
Lecture 35: Shift registers Part 1
Lecture 36: Shift registers Part 2
Lecture 37: shift register using preset circuit & working of shift register
Lecture 38: counters part 1
Lecture 39: counters part 2
Lecture 40: working of counters part 1
Lecture 41: working of counters part 2
Section 7 - Conclusion
Lecture 42: Conclusion