04:06

Designing Combinational Circuits with Multiplexers: Build with 4:1 MUX | Digital Electronics Ep 23

04:35

Building an 8:1 Multiplexer from 4:1 MUX: Simplify Complex Circuits! | Digital Electronics Ep 22

03:08

Designing a 2:1 Multiplexer with Basic Gates: Explore MUX IC 74LS153! | Digital Electronics Ep 21

03:56

Multiplexers Simplified: Learn How MUX Works in Just 4 Minutes! | Digital Electronics Ep 20

04:53

PLC Ladder Programming: Mastering XIC, XIO, Coils, and XOR Logic | Automation and PLC Series Part 6

03:49

PLC Ladder Program: OR and NOT Logic with Real-World Examples | Automation and PLC Series Part 5

04:45

Introduction to PLC Ladder Program: NO and NC Contacts Explained | Automation and PLC Series Part 4

03:47

Full Adder Explained: Binary Addition Simplified in Under 5 Minutes | Digital Electronics Ep 19

03:39

Transducers and Sensors 02: Displacement Transducers Explained | Measuring Length & Distance

05:03

Basics of Electricity and Electronics 02: Resistance & Equivalent Resistances Explained

03:43

Transducers and Sensors 01: Functional Elements Explained | Instrumentation & Measurement Basics

03:52

Analytical Instrumentation 11: Basics & Principles of Atomic Emission Spectroscopy | AES Explained

03:34

LaTeX Tutorial #10: Citing Sources & Creating Bibliographies | References Made Easy

04:37

Analytical Instrumentation 09: Basics & Principles of Raman Spectroscopy | Raman Effect Explained

03:34

LaTeX Tutorial #9: Writing Limits, Summations & Integrals | Product Sequences Explained

04:55

Mastering the Half Adder Circuit: Binary Addition with AND & XOR Gates | Digital Electronics Ep 18

03:53

LaTeX Tutorial #8: Writing Matrices & Differential Equations | Partial Equations Explained

03:44

Analytical Instrumentation 08: Phosphorescence Spectrometer | Construction & Working Principles

03:06

LaTeX Tutorial #7: Inserting Mathematical Equations | Inline & Unnumbered Equations

05:42

LaTeX Tutorial #6: Creating Multi-Row & Multi-Column Tables | Merging Cells Made Easy

04:16

Mastering K-Map Grouping & Don't Care Conditions: Simplify Expressions! | Digital Electronics Ep 17

05:24

LaTeX Tutorial #5: Mastering Tables & Tabular Columns

04:36

LaTeX Tutorial #4: Inserting Multiple Stacked Charts, Figures, Graphs & Images

04:27

LaTeX Tutorial #3: Inserting Charts, Figures, Graphs & Images

07:36

How Stuff Works??: Understanding SOCs in Smartphones | Technology & Performance Explained

03:40

Basics of Electricity and Electronics 01: Understanding Voltage, Current & Power

03:03

Understanding Sinking and Sourcing in PLCs Simplified | Automation and PLC Series Part 3

03:51

How Stuff Works??: Magnetometers Explained | Physics & Hall Effect Technology

05:14

Understanding Relays: How They Work & Types Explained | Automation and PLC Series Part 2

05:02

LaTeX Tutorial #2: Creating Chapters, Sections & Customizing the Index

03:58

Analytical Instrumentation 07: Spectrofluorimeter Construction & Working Principles Explained

04:59

How Stuff Works??: Gyroscopes Explained | Physics & MEMS Technology

05:20

Introduction to PLCs: The Backbone of Industrial Automation | Automation and PLC Series Part 1

05:44

LaTeX Tutorial #1: Introduction, Setup, and Writing 'Hello World' with ShareLaTeX

04:01

Introduction to Karnaugh Maps (K-Maps): Simplify Boolean Expressions! | Digital Electronics Ep 16

04:38

Analytical Instrumentation 06: Fluorescence & Phosphorescence Explained | Learn under 5 min

04:49

How Stuff Works??: Accelerometers Explained | Physics & MEMS Technology

03:46

Analytical Instrumentation 05: Double Beam Spectrophotometer | Construction & Working Principles

04:12

Analytical Instrumentation 04: Single Beam Photometer Explained | Construction & Working Principles

04:22

Analytical Instrumentation 03: Mastering Absorption Spectroscopy | UV & Visible Spectroscopy

04:07

Unlocking the Power of NOR Gates: The Universal Gate Unveiled! | Digital Electronics Ep 15

05:35

Unlocking the Power of NAND Gates: The Universal Gate Explained! | Digital Electronics Ep 14

07:18

Analytical Instrumentation 02: Obtaining Monochromatic Light | Filters & Monochromators Explained"

04:57

Gray Code Simplified: Master Binary to Gray Conversions & Error Checking! | Digital Electronics Ep 7

07:40

Mastering Boolean Algebra Laws: Simplify Logic Circuits Easily! | Digital Electronics Ep 13

06:42

Analytical Instrumentation 01: Detecting Radiation with Photosensitive Detectors

03:08

Demystifying BCD & Excess-3 Codes: Easy Conversions with Examples! | Digital Electronics Ep 6

06:40

Optimize Digital Circuits with Boolean Algebra: De Morgan's Theorem! | Digital Electronics Ep 12

04:08

Binary Multiplication & Division Simplified: Learn in Just 4 Minutes | Digital Electronics Ep 5

08:34

Mastering Binary Addition & Subtraction: Building Blocks of Computing | Digital Electronics Ep 4

04:14

Advanced Logic Gates Explained: NAND, NOR, XOR, XNOR with Applications | Digital Electronics Ep 11

03:22

Understanding Negative Binary Numbers: Sign-Magnitude, 1 & 2's Complement | Digital Electronics Ep 3

06:00

Logic Gates Made Easy in 6 min: Build Truth Tables for AND, OR, NOT Gate | Digital Electronics Ep 10

05:53

Mastering Number System Conversions: Decimal, Binary, Octal & Hexadecimal | Digital Electronics Ep 2

04:00

Dive into the Digital Universe: Decoding Binary, Octal & Hexadecimal! | Digital Electronics Ep 1