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Cascading of Multiplexers
Lesson 13 of 23 • 4 upvotes • 11:07mins
Vaibhav Siwach
This lesson is just extension of realizing higher order MUX using lower order MUX with the formulae to calculate number of available MUX required to construct desired MUX.
(Hindi) Combinational Circuits for Engineering
23 lessons • 3h 46m
1
Overview (in Hindi)
7:37mins
2
Introduction to Combinational Circuits (in Hindi)
10:25mins
3
Adders (in Hindi)
11:54mins
4
Subtractors (in Hindi)
9:54mins
5
Adder-Subtractor (in Hindi)
8:34mins
6
Magnitude Comparator (in Hindi)
9:27mins
7
BCD Adder (in Hindi)
10:28mins
8
Full Adder using Half Adder (in Hindi)
8:51mins
9
Carry Propagation-Look-Ahead Adder (in Hindi)
9:39mins
10
Introduction to Multiplexers
12:18mins
11
Implementing Boolean functions using Multiplexers
10:28mins
12
Realizing higher order MUX using lower order MUX
11:36mins
13
Cascading of Multiplexers
11:07mins
14
Parallel to Serial Data Conversion using Multiplexers
10:06mins
15
Multiplexer as Universal Logic Gate
9:02mins
16
Problems on Multiplexers
11:52mins
17
Decoders
10:05mins
18
BCD to 7-Segment Display Decoders
9:06mins
19
Encoders
10:03mins
20
Priority Encoders
8:40mins
21
Demutiplexer
9:08mins
22
Numericals on Decoders
9:17mins
23
Numericals on 7-segment display
6:27mins
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