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SRT Telugu Lectures

Digital logic design videos in Telugu | digital electronics videos

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55 items
Last updated on May 18, 2024
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Introduction to number system in Telugu | Digital logic design tutorials | SRT Telugu Lectures | DLD
7:28
Decimal number to binary number conversion in Telugu | Digital logic design | SRT Telugu Lectures
4:00
fractional decimal number to fractional binary number conversion | decimal to binary conversion
8:02
Decimal number to octal Number conversion in digital logic design in Telugu | SRT Telugu Lectures
5:34
decimal number to hexadecimal number conversion  @srttelugulectures
9:05
binary number to decimal number conversion in digital logic design in Telugu | SRT Telugu Lectures
4:29
octal Number to decimal number conversion in digital logic design in Telugu | SRT Telugu Lectures
5:44
Hexadecimal number to decimal number conversion in digital logic design Telugu | SRT Telugu Lectures
4:58
Binary addition in digital logic design in Telugu | binary arithmetic | SRT Telugu Lectures
6:00
binary subtraction in digital logic design in Telugu  | binary arithmetic | SRT Telugu Lectures
5:07
binary multiplication in digital logic design in Telugu | binary arithmetic |SRT Telugu Lectures
3:23
binary division in digital logic design in Telugu | binary arithmetic | SRT Telugu Lectures
6:14
1's complement and 2's complement in digital logic design with examples In Telugu | SRT Telugu
8:54
signed magnitude representation and binary numbers in digital logic design | SRT Telugu Lectures
7:35
1's complement representation of negative binary number | digital logic design videos | SRT Telugu
4:47
binary subtraction using 2's complement | binary subtraction | digital logic design | dld videos
9:16
Introduction to logic gates in digital logic design | and | or | not | nand | nor | xor | xnor
2:32
basic logic gates in digital logic design | and gate | or gate | not gate | SRT Telugu Lectures
5:11
nand and nor logic gates in digital logic design | universal logic gates | SRT Telugu Lectures
3:43
xor and xnor logic gates in digital logic design | logic gates | SRT Telugu Lectures
2:31
properties of Boolean algebra | laws of Boolean algebra
5:02
Boolean function or Boolean expression in Boolean algebra | truth table for Boolean function
6:19
canonical form of representing Boolean expression | sum of products form | products of sum form
5:46
sum of product form | sum of minterms form of Boolean expression | canonical sum of products form
6:31
standard form of representing Boolean expression | Boolean algebra
3:52
product of sums form | product of maxterms form | pos form of representing Boolean expression
6:30
conversion from sum of products form to product of sums form | sop form to pos form  Boolean algebra
4:17
conversion from product of sums form to sum of products form | pos form to sop form conversion
3:48
Introduction to K-maps | karnaugh maps |  types of K-maps | 2 variable k maps | 3 variable k map
9:13
2 variable k map | minimization of Boolean expression by using 2 variable k map
7:49
3 variable k map definition example | minimization of Boolean expression by using 3 variable k map
10:44
4 variable k map in digital logic design with example | k map in digital electronics
8:38
k map simplification with don't cares  | digital logic design | @srttelugulectures
6:40
realization of all logic gates by using nand gate | implementation of all logic gates by nand gate
5:50
realization of all logic gates by using nor gate | implementation of all logic gates by nor gate
4:52
combinational circuits definition block diagram components examples in digital logic design
2:58
design steps for combinational circuits | design procedure for combinational circuits
15:01
Design of half adder | half adder in digital electronics | half adder in digital logic
8:36
Design of full adder | Full adder in digital electronics
15:09
design of half subtractor | half subtractor in combinational circuits
9:08
design of single bit comparator in digital electronics |
8:51
design of 2 bit comparator | 2 bit comparator in digital electronics
22:28
design of 2 to 4 bit decoder | Decoder in digital electronics
5:43
design of 3 to 8 bit Decoder in digital electronics
10:43
design of 8 to 3 bit encoder in digital electronics
8:13
design of 2×1 multiplexer in digital electronics
5:28
design of 4 × 1 multiplexer in digital electronics
6:19
design of 1×4 demultiplexer in digital logic design
10:15
design of 1×8 bit demultiplexer in digital electronics
9:33
design of Full subtractor in digital electronics
13:01
sequential circuits in digital logic design
4:12
Differences between synchronous sequential circuit and asynchronous sequential circuit
7:47
SRLatch using NAND gate truth table and gate implementation
12:30
gated sr latch or sr latch with enable input
16:21
D latch circuit diagram and truth table
9:32