Electric Circuits for Electrical Engineering

Overview

Our comprehensive program is meticulously crafted to equip you with the essential skills and knowledge required to thrive in your chosen field. Developed by seasoned professionals with years of industry experience, this course is ideal for those seeking to kickstart their careers or enhance their existing skill set.

Featuring an engaging audio-visual presentation and easily digestible modules, our program facilitates a self-paced learning experience. Our dedicated online support team is available on weekdays to provide assistance throughout your journey.

Key Learning Outcomes

Grasp the fundamentals and their practical applications.
Cultivate the necessary skills for success in your field.
Apply newfound knowledge to real-world scenarios.
Develop effective solutions for relevant topics.
Elevate your employability and career prospects.

Course Curriculum

Module 01: What Is an Electric Circuit
Module 02: System of Units
Module 03: What Is an Electric Charge
Module 04: What Is an Electric Current
Module 05: Example 1
Module 06: Example 2
Module 07: Example 3
Module 08: What Is Voltage
Module 09: What Is Power
Module 10: What Is Energy
Module 11: Example 4
Module 12: Example 5
Module 13: Dependent and Independent Sources
Module 14: Example 6 Part 1
Module 15: Example 6 Part 2
Module 16: Application 1 Cathode Ray Tube
Module 17: Example 7
Module 18: Application 2 Electricity Bills
Module 19: Example 8
Module 20: Introduction to Basic Laws
Module 21: Definition of Resistance
Module 22: Ohmâ€™s Law
Module 23: Types of Resistances
Module 24: Open and Short Circuit
Module 25: Definition of Conductance
Module 26: Example 1
Module 27: Example 2
Module 28: Example 3
Module 29: Branch, Node and Loops
Module 30: Series and Parallel Connection
Module 31: KCL
Module 32: KVL
Module 33: Example 4
Module 34: Example 5
Module 35: Example 6
Module 36: Series Resistors and Voltage Division
Module 37: Parallel Resistors and Current Division
Module 38: Analogy between Resistance and Conductance
Module 39: Example 7
Module 40: Example 8
Module 41: Introduction to Delta-Wye Connection
Module 42: Delta to Wye Transformation
Module 43: Wye to Delta Transformation
Module 44: Example 9
Module 45: Example 10
Module 46: Application Lighting Bulbs
Module 47: Example 11
Module 48: Introduction to Methods of Analysis
Module 49: Nodal Analysis with No Voltage Source
Module 50: Example 1
Module 51: Cramerâ€™s Method
Module 52: Nodal Analysis with Voltage Source
Module 53: Example 2
Module 54: Example 3
Module 55: Mesh Analysis with No Current Source
Module 56: Example 4
Module 57: Example 5
Module 58: Mesh Analysis with Current Source
Module 59: Example 6
Module 60: Nodal Vs Mesh Analysis
Module 61: Application DC Transistor
Module 62: Example 7
Module 63: Introduction to Circuit theorems
Module 64: Linearity of Circuit
Module 65: Example 1
Module 66: Superposition Theorem
Module 67: Example 2
Module 68: Example 3
Module 69: Source Transformation
Module 70: Example 4
Module 71: Example 5
Module 72: Thevenin Theorem
Module 73: Example 6
Module 74: Example 7
Module 75: Nortonâ€™s Theorem
Module 76: Example 8
Module 77: Example 9
Module 78: Maximum Power Transfer
Module 79: Example 10
Module 80: Resistance Measurement
Module 81: Example 11
Module 82: Example 12
Module 83: Summary
Module 84: Introduction to Operational Amplifiers
Module 85: Construction of Operational Amplifiers
Module 86: Equivalent Circuit of non Ideal Op Amp
Module 87: Vo Vs Vd Relation Curve
Module 88: Example 1
Module 89: Ideal Op Amp
Module 90: Example 2
Module 91: Inverting Amplifier
Module 92: Example 3
Module 93: Example 4
Module 94: Non Inverting Amplifier
Module 95: Example 5
Module 96: Summing Amplifier
Module 97: Example 6
Module 98: Example 6
Module 99: Difference amplifier
Module 100: Example 7
Module 101: Cascaded Op Amp Circuits
Module 102: Example 8
Module 103: Application Digital to Analog Converter
Module 104: Example 9
Module 105: Instrumentation Amplifiers
Module 106: Example 10
Module 107: Summary
Module 108: Introduction to Capacitors and Inductors
Module 109: Capacitor
Module 110: Capacitance
Module 111: Voltage-Current Relation in Capacitor
Module 112: Energy Stored in Capacitor
Module 113: DC Voltage and Practical Capacitor
Module 114: Example 1
Module 115: Example 2
Module 116: Example 3
Module 117: Equivalent Capacitance of Parallel Capacitors
Module 118: Equivalent Capacitance of Series Capacitors
Module 119: Example 4
Module 120: Definition of Inductors
Module 121: Definition of Inductance
Module 122: Voltage-Current Relation in Inductor
Module 123: Power and Energy Stored in Inductor
Module 124: DC Source and Inductor
Module 125: Example 5
Module 126: Series Inductors
Module 127: Parallel Inductors
Module 128: Example 6
Module 129: Small Summary to 3 Basic Elements
Module 130: Example 7
Module 131: Application Integrator
Module 132: Example 8
Module 133: Application Differentiator
Module 134: Example 9
Module 135: Summary

Designed to give you a competitive edge in the job market, this course offers lifetime access to materials and the flexibility to learn at your own pace, from the comfort of your home.

Why Choose Us?

Learn at your own pace with 24/7 online access to course materials.
Benefit from full tutor support available Monday through Friday.
Acquire essential skills in the convenience of your home through informative video modules.
Enjoy 24/7 assistance and advice via email and live chat.
Study on your preferred device – computer, tablet, or mobile.
Gain a thorough understanding of the course content.
Improve professional skills and earning potential upon completion.
Access lifetime course materials and expert guidance.
Enjoy the convenience of online learning with flexible schedules.

Why Enroll in This Course?

Our program provides a comprehensive introduction to the subject matter, laying a solid foundation for further study. It empowers students to acquire knowledge and skills applicable to both their professional and personal lives.

Assessment

The course incorporates quizzes to evaluate your understanding and retention of the material. These quizzes pinpoint areas for further practice, allowing you to review course materials as needed. Successfully passing the final quiz qualifies you for a certificate of achievement.

Requirements

There are no formal requirements for this course, it is open to anyone who is interested in learning the material.

Career Path

Our course is meticulously designed to equip you for success in your chosen field. Upon completion, you’ll have the qualifications to pursue diverse career opportunities across various industries.