41:02

LECTURE 53

30:42

LECTURE 52

58:23

LECTURE 51

56:23

LECTURE 50

01:02:05

LECTURE 36 : RF PCB Example

01:00:17

LECTURE 35 : RF PCB Design Guidelines

01:01:35

LECTURE 34 :KiCad Example : PCB design using 555 Timer IC

58:32

LECTURE 49

49:03

LECTURE 48

54:51

LECTURE 47

49:29

LECTURE 46

58:32

LECTURE 45

01:01:44

LECTURE 33 : KiCad Example : PCB design using OpAmp IC

01:01:38

LECTURE 32 : KiCad Custom Symbol and Footprints Creation

01:00:13

LECTURE 31 : KiCad PCB Design Steps

58:46

LECTURE 30 : KiCad Schematic Design Steps

52:10

LECTURE 29 : KiCad Design Modules

01:08:52

LECTURE 28 : KiCad Software Workflow

40:47

LECTURE 44

47:34

LECTURE 43

26:51

LECTURE 42

37:26

LECTURE 41

46:12

LECTURE 40

28:28

LECTURE 39

29:58

LECTURE 38

48:58

LECTURE 37

45:17

LECTURE 36

38:33

LECTURE 35

29:11

LECTURE 34

01:03:45

LECTURE 27 : Signal Cross-Talk, Skews and Jitter in PCBs

01:01:30

LECTURE 26 : Signal Integrity in PCBs

01:00:51

LECTURE 25 : High-Speed PCBs

55:58

LECTURE 33

34:08

LECTURE 32

35:59

LECTURE 31

32:35

LECTURE 30

01:05:41

LECTURE 24 : Adders, Multiplexer Simulation using iVerilog

58:38

LECTURE 23 : Combinational Circuit Simulation using iVerilog

01:02:10

LECTURE 22 : Introduction to Verilog Simulations Software

42:43

LECTURE 29

49:29

LECTURE 28

47:26

LECTURE 27

30:11

LECTURE 26

01:02:08

LECTURE 21 : Hardware Description Languages : VHDL and Verilog

55:22

LECTURE 20 : TTL / CMOS logic Interfacing Constraints

57:41

LECTURE 19 : Logic Families, Component Datasheets

55:39

LECTURE 18 : Digital Design : Boolean Algebra

01:05:01

LECTURE 17 : Sequential Logic Circuit Design

01:00:11

LECTURE 16 : Dynamic Logic Circuit Design

42:07

LECTURE 25

35:41

LECTURE 24

42:09

LECTURE 23

51:47

LECTURE 22

01:00:04

LECTURE 15 : Combinational circuit design : Part 2

01:03:19

LECTURE 14 : Combinational circuit design : Part 1

58:24

LECTURE 13 : CMOS inverter design

33:16

LECTURE 21

26:35

LECTURE 20

29:43

LECTURE 19

37:37

LECTURE 18