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Awesome Electronics Course. Electronics from Soup to Nuts
Obtain a detailed understanding of every concept and principals associated with electronics and their components to become a professional electrical engineer.
Online
₹ 455 3,499
Quick facts
particular | details | |
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Medium of instructions
English
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Mode of learning
Self study
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Mode of Delivery
Video and Text Based
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Course overview
Albert Spinosa - Electronic(s) & Computer Instructor created the Awesome Electronics Course. Electronics from Soup to Nuts certification, which is offered by Udemy and is designed for students who want to learn the fundamentals and advanced concepts of electronics to advance their careers as professional electronics engineers. Awesome Electronics Course. Electronics from Soup to Nuts online training by Udemy focuses on providing a practical understanding of the tools and procedures used to deal with electrical circuits.
Awesome Electronics Course. Electronics from Soup to Nuts online classes begin with the very basic concepts of electronics including current flow, voltage, resistance, inductance, capacitance, and electronic resonance. This course comprises 36 hours of video lectures and 97 downloadable resources aimed at helping students get a solid understanding of concepts and techniques such as circuit analysis, electronic theory, power supply, math for electronics, and an RC time constant. Students will learn about the functions of electronic components such as diodes, semiconductors, transistors, and other components.
The highlights
- Certificate of completion
- Self-paced course
- 36 hours of pre-recorded video content
- 97 downloadable resources
Program offerings
- Online course
- Learning resources. 30-day money-back guarantee
- Unlimited access
- Accessible on mobile devices and tv
Course and certificate fees
Fees information
certificate availability
certificate providing authority
What you will learn
After completing the Awesome Electronics Course. Electronics from Soup to Nuts online certification, students will gain an understanding of the functionalities of electronic circuits as well as a solid understanding of the concepts and principles of electronics and electronics theory. Students will learn about resistance, capacitance, electronic resonance, inductance, current, and voltage, among other topics. Students will study diodes, transistors, and semiconductors, among other electronic components. Students will also learn about RC time constant, circuit analysis, and power supply.
Who it is for
The syllabus
Course Study Announcement
Brief History of Electronics
- A Brief History of Electronics Part 1
- A Brief History of Electronics Part 2
Basic Electronic Theory
- ntroduction to Basic Electronics Part 1
- Introduction to Basic Electronics Part 2
- Introduction to Basic Electronics Part 3
- Introduction to Basic Electronics Part 4
Understanding Voltage Current & Resistance
- Understanding Voltage, Current and Resistance Part 1
- Understanding Voltage, Current and Resistance Part 2
- Understanding Voltage, Current and Resistance Part 2
- Understanding Voltage, Current and Resistance Part 4
- Understanding Voltage, Current and Resistance Part 5
- Understanding Voltage, Current and Resistance Part 6
- Understanding Voltage, Current and Resistance Part 7
- Understanding Voltage, Current and Resistance Part 8
Understanding Resistance
- How Resistors are used Part 1
- How Resistors are used Part 2
- How Resistors are used Part 3
- How Resistors are used Part 4
- How Resistors are used Part 5
Math for Electronics
- Introduction
- Order Places 1
- Order of Places 2
- Addition 1
- Addition 2
- Subtraction
- Multiplication 1
- Multiplication 2
- Division 1
- Divison 2
- Decimal Manipulation of the Percent Sign ( %)
- Square & Square Roots
- Average Values and RMS Values
- Order of operations , Rounding off a Number , Evaluation of Formulas
Math for Electronics #1 (Negative Numbers)
- Adding Negative Numbers
- Subtracting Negative Numbers
- Multiplication, Division of Negative Numbers
Math For Electronic #2 (Using Fractions)
- Multiplication of Fractions
- Division of Fractions
- Multiplying or Dividing a Fraction by a Whole Number
- Addition & Subtracting of Fractions
- Reciprocals and Decimal Fractions
Math for Electronics #3 (Powers & Roots)
- Positive Exponents Powers & Roots of Positive Exponents
- Powers & Roots of Negative Numbers
- Powers and Roots of Numbers with Exponents
Math for Electronic #4 (Powers of Ten)
- Power of Ten Basics
- Multiplication & Division Using Powers of Ten
- Reciprocal, Powers of 10 & Addition & Subtraction & Raising & Roots
Math for Electronics #5 (Logarithms)
- Logarithms Characteristic and Mantissa of a Logarithms
- Logarithms & Anti Logs
- Natural Logs
Math for Electronics #6 (Metric System)
- Metric Prefixes & Units
- Metric System, Lengths, Weights & Temperature prefixes and Conversions
Math for Electronic #7 (Algebra)
- Literal Numbers, Powers & Roots of Literal Numbers
- Powers & Roots of Literal Numbers with Equation Evaluation
- Multiplying or Dividing Literal Numbers with Exponents
- Terms & Factors
- Polynomials
- Simplifying Algebraic Expressions using Factoring and Cancelling
Math for Electronic #8 (Methods for Solving Equations )
- Isolating The Literal Number in an Equation ,using Addition & Subtraction
- Isolating The Literal Number in an Equation ; Using Multiplication & Division #1
- Isolating The Literal Number in an Equation ; Using Multiplication & Division #2
- Isolating The Literal Number in an Equation ; Using Multiplication & Division #3
- Isolating The Literal Number in an Equation ; Using Multiplication & Division #4
- Solutions for Literal Number Exercise
Math for Electronic #9 (Simultaneous Linear Equations)
- Solving Simultaneous Linear Equations ,Using the Adding or Subtracting Method
- Solving Simultaneous Linear Equations ,Using the Matrix Method
- Solving Simultaneous Linear Equations . Determinate's for Three Equations. #1
- Solving Simultaneous Linear Equations . Determinate's for Three Equations. #2
Math for Electronic #10 (Introduction to Trigonometry )
- Trigonometric Function, Right Triangle #1
- Trigonometric Function, Right Triangle #2
- Trigonometric Triangle Functions
DC Circuit Analysis (Series Circuits)
- Introduction
- Series Circuit #1
- Series Circuit #2
- Series Circuit #3
DC Circuit Analysis ( Parallel Circuits)
- Parallel Circuits #1
- Parallel Circuits #2
- Parallel Circuits #3
DC Circuit Analysis (Series Parallel Circuits)
- Series Parallel Circuits
How Resistors work
- How Resistors are used Part 1
- How Resistors are used Part 2
- How Resistors are used Part 3
- How Resistors are used Part 4
- How Resistors are used Part 5
Advanced Circuit Analysis (Kirchhoff's Law(s)
- Al Explains Kirchhoff's Current and Voltage Law
- Al Explains Kirchhoff's Branch Current Method for finding Voltage Current
- Al Explains Kirchhoff's Node Voltage Theorem & Kirchhoff's Mesh Current Theorem
- Al Explains Kirchhoff's Node Voltage Analysis & Mesh Current Analysis
Advance Circuit Analysis ( Network Theroums )
- Al Explains Superposition & Thevenin Network Theorems
- Al Explains Thevenin & Norton Network Theorems
- Thevenin & Norton Network Conversions, Y to Delta Network Conversions
Capacitance Basics
- Ac Voltage Review
- Capacitor Basics #1
- Capacitor Basics #2
Capacitance Basics (Capacitance Reactance)
- Capacitance Reactance
RC Time Constants
- RC Time Constants 1
- RC Time Constants 2
Inductance Properties
- AC Review
Inductance (Inductance Properties)
- Inductance Part 1
- Inductance Part 2
- Inductance Part 3
- Inductance Part 4
Resistance & Inductance , Capacitance Properties in Electronic Circuits
- RLC#1
- RLC#2
- RLC#3
- RLC#4
Electronic Resonance Circuits
- Series Resonance
- Parallel Resonance
- Parallel Resonance Continued
R C L Filters
- Filters
Introduction to Semiconductors, Diodes & Transistors
- Introduction to Semiconductors
Diode Basics
- Diode Introduction
- Diodes #1
- Diodes #2
- Diodes #3
Transistor Basics
- Transistor Basic 1
- Transistor Basic 2
- Transistor Basic 3
Awesome Electronics Lab
- Introduction to Awesome Electronics Lab#1
- Multi Meter Intro #1 Measuring Voltage
- Multi Meter Intro #2 Measuring Voltage
- Analog Meter Intro
- Follow Along Lab 1
- Follow along Lab 1 Continued
- Multi-Meter Intro #3 Measuring Current
- Follow Along Lab 2 Measuring Current
- Follow Along Lab 2 Continued Measuring Current
- Intro to Multi_Meter Measuring Resistance
- Follow Along Lab on Measuring Resistance
Awesome Electronics Lab#2
- Transformer_Review
- Transformer Review #2
- Awesome Electronics Lab#2 Part One
- Measure Ac Current
Linear Power Supply Theory, Design & Operations Coming August September
- Linear Power Supply Theory, Design & Operations Coming August September
Instructors
Mr Albert Spinosa
Instructor
Freelancer