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Curriculum
Section 1: Introduction
Section 2: Number Systems
2 Decimal binary representation
3 Octal hexadecimal number representation number conversation method
4 Conversion Decimaloctal hexadecimalbinarydecimal hexadecimal
5 Conversion of binanryOctalHexaBinaryhexdechexoctalOctdecimalOctalbinary
Section 3: Numeric codes
6 Complimennts procedures to find the compliments of the numbers Part 1
7 Complimennts procedures to find the compliments of the numbers Part 2
8 Complimennts procedures to find the compliments of the numbers Part 3
Section 4: Logic Gates
9 NOT AND OR Gates
10 Working of basic gates and universal gates
11 Applications of universal gates
Section 5: Combinational Circuits
12 Introduction to KMAPS
13 KMAPS
14 Adders part 1
15 Adders part 2
16 Substractors and Multipliers
17 Decoders
18 Implementations of Higher Decoder Using Lower Order Decoder Part 1
19 Implementations of Higher Decoder Using Lower Order Decoder Part 2
20 Decoder Implementations and Multiplexer Part 1
21 Decoder Implementations and Multiplexer Part 2
22 Implementation of Higher Order Mux using Lower Order Mux Part 1
23 Implementation of Higher Order Mux using Lower Order Mux Part 2
Section 6: Sequential Circuits
24 Introduction to Sequential Circuits
25 Latches part 1
26 Latches Part 2
27 Working of Latches
28 Types of FlipFlops Part 1
29 Types of FlipFlops Part 2
30 T FlipFlops
31 Working of T flip flops and asynchrous input part 1
32 Working of T flip flops and asynchrous input part 2
33 Working of asynchronous input Conversion of flip flops Part 1
34 Working of asynchronous input Conversion of flip flops Part 2
35 Shift registers Part 1
36 Shift registers Part 2
37 Shift register using preset circuit working of shift register
38 Counters part 1
39 Counters part 2
40 Working of counters part 1
41 Working of counters part 2
Section 7: Conclusion
42 Conclusion
Here is a sample for the course completion certificate which you will receive after complete the course. This certificate is widely accepted across industries and will boost your chances to grab the job opportunities.
Mail us at: shubham.s@youth4work.com with below details to receive your certificate:
Sir please tell me is there any assignments n how to submit them and also how we get our certificate after completion of the course
Here is a sample for the course completion certificate which you will receive after complete the course. This certificate is widely accepted across industries and will boost your chances to grab the job opportunities.
Mail us at: shubham.s@youth4work.com with below details to receive your certificate:
Curriculum
Section 1: Introduction
Section 2: Number Systems
2 Decimal binary representation
3 Octal hexadecimal number representation number conversation method
4 Conversion Decimaloctal hexadecimalbinarydecimal hexadecimal
5 Conversion of binanryOctalHexaBinaryhexdechexoctalOctdecimalOctalbinary
Section 3: Numeric codes
6 Complimennts procedures to find the compliments of the numbers Part 1
7 Complimennts procedures to find the compliments of the numbers Part 2
8 Complimennts procedures to find the compliments of the numbers Part 3
Section 4: Logic Gates
9 NOT AND OR Gates
10 Working of basic gates and universal gates
11 Applications of universal gates
Section 5: Combinational Circuits
12 Introduction to KMAPS
13 KMAPS
14 Adders part 1
15 Adders part 2
16 Substractors and Multipliers
17 Decoders
18 Implementations of Higher Decoder Using Lower Order Decoder Part 1
19 Implementations of Higher Decoder Using Lower Order Decoder Part 2
20 Decoder Implementations and Multiplexer Part 1
21 Decoder Implementations and Multiplexer Part 2
22 Implementation of Higher Order Mux using Lower Order Mux Part 1
23 Implementation of Higher Order Mux using Lower Order Mux Part 2
Section 6: Sequential Circuits
24 Introduction to Sequential Circuits
25 Latches part 1
26 Latches Part 2
27 Working of Latches
28 Types of FlipFlops Part 1
29 Types of FlipFlops Part 2
30 T FlipFlops
31 Working of T flip flops and asynchrous input part 1
32 Working of T flip flops and asynchrous input part 2
33 Working of asynchronous input Conversion of flip flops Part 1
34 Working of asynchronous input Conversion of flip flops Part 2
35 Shift registers Part 1
36 Shift registers Part 2
37 Shift register using preset circuit working of shift register
38 Counters part 1
39 Counters part 2
40 Working of counters part 1
41 Working of counters part 2
Section 7: Conclusion
42 Conclusion