- Resistance in Electronics
- Series Connections of Resistors
- Parallel Connections of Resistors
- Series & Parallel Connections of Resistors - Problem 1
- Series & Parallel Connections of Resistors - Problem 2
- Series & Parallel Connections of Resistors - Problem 3
- Series & Parallel Connections of Resistors - Problem 4
- Series & Parallel Connections of Resistors - Problem 5
- Series & Parallel Connections of Resistors - Problem 6
- Series & Parallel Connections of Resistors - Problem 7
- Star Delta Connections of Resistances
- Derivation of Conversion of Delta Connection in Star Connection of Resistors
- Derivation of Conversion of Star Connection in Delta Connection of Resistors
- Star - Delta Transformation - Problem 1
- Star - Delta Transformation - Problem 2
- Star - Delta Transformation - Problem 3
- Star - Delta Transformation - Problem 4
- Star - Delta Transformation - Problem 5
- Star - Delta Transformation - Problem 6
- Star - Delta Transformation - Problem 7
- Star - Delta Transformation - Problem 8
- Star - Delta Transformation - Problem 9
- Ideal Voltage Source
- Practical Voltage Source
- Ideal Current Source
- Practical Current Source
- Current to Voltage Source Transformation
- Voltage to Current Source Transformation
- Importance Point about Current Source
- Importance Point about Voltage Source
- Source Transformation - Problem 1
- Source Transformation - Problem 2
- Source Transformation - Problem 3
- Source Transformation - Problem 4
- Voltage Divider Rule (VDR)
- Problem on Voltage Divider Rule (VDR)
- Current Divider Rule (CDR)
- Problem on Current Divider Rule (CDR)
- Calculation of Power Consumed by Resistance
- Power Consumed by Resistance - Problem 1
- Power Consumed by Resistance - Problem 2
- Kirchhoff's Current Law (KCL)
- Kirchhoff's Voltage Law (KVL)
- Problem on Kirchhoff's Current Law (KCL)
- Problem on Kirchhoff's Voltage Law (KVL)
- Problem on KVL and KCL
- Mesh Analysis
- Mesh Analysis - Problem 1
- Mesh Analysis - Problem 2
- Mesh Analysis - Problem 3
- Mesh Analysis - Problem 4
- Mesh Analysis - Problem 5
- Supermesh Analysis
- Supermesh Analysis - Problem 1
- Supermesh Analysis - Problem 2
- Nodal Analysis
- Nodal Analysis - Problem 1
- Nodal Analysis - Problem 2
- Nodal Analysis - Problem 3
- Nodal Analysis - Problem 4
- Nodal Analysis - Problem 5
- Nodal Analysis - Problem 6
- Nodal Analysis - Problem 7
- Nodal Analysis - Problem 8
- Nodal Analysis - Problem 9
- Nodal Analysis - Problem 10
- Supernode Analysis
- Supernode Analysis - Problem 1
- Supernode Analysis - Problem 2
- Superposition Theorem
- Superposition Theorem - Problem 1
- Superposition Theorem - Problem 2
- Superposition Theorem - Problem 3
- Superposition Theorem - Problem 4
- Superposition Theorem - Problem 5
- Superposition Theorem - Problem 6
- Superposition Theorem - Problem 7
- Superposition Theorem - Problem 8
- Superposition Theorem - Problem 9
- Superposition Theorem - Problem 10
- Superposition Theorem - Problem 11
- Thevenin's Theorem
- Thevenin's Theorem - Problem 1
- Thevenin's Theorem - Problem 2
- Thevenin's Theorem - Problem 3
- Thevenin's Theorem - Problem 4
- Thevenin's Theorem - Problem 5
- Thevenin's Theorem - Problem 6
- Thevenin's Theorem - Problem 7
- Thevenin's Theorem - Problem 8
- Thevenin's Theorem - Problem 9
- Norton's Theorem
- Norton's Theorem - Problem 1
- Norton's Theorem - Problem 2
- Norton's Theorem - Problem 3
- Norton's Theorem - Problem 4
- Norton's Theorem - Problem 5
- Norton's Theorem - Problem 6
- Norton's Theorem - Problem 7
- Norton's Theorem - Problem 8
- Norton's Theorem - Problem 9
- Norton's Theorem - Problem 10
- Maximum Power Transfer Theorem
- Maximum Power Transfer Theorem - Problem 1
- Maximum Power Transfer Theorem - Problem 2
- Maximum Power Transfer Theorem - Problem 3
- Maximum Power Transfer Theorem - Problem 4
- Maximum Power Transfer Theorem - Problem 5
- Power Source and its type

- Introduction to AC Circuits
- Generation of AC Voltage
- Standard Terminology for AC Voltage waveform
- Effective Value of RMS
- Average Value of AC Voltage
- Form Factor & Peak or Crest Factor
- Average Value & RMS Value - Problem 1
- Average Value and RMS Value - Problem 2
- Average Value and RMS Value - Problem 3
- Average Value and RMS Value - Problem 4
- Average Value and RMS Value - Problem 5
- Concept of Phase & Phase Difference
- AC Quantity as a Phasor
- Phasor Diagram in AC Circuit
- Phasor Diagram in AC Circuit - Problem 1
- Phasor Diagram in AC Circuit - Problem 2
- Phasor Diagram in AC Circuit - Problem 3
- Phasor Diagram in AC Circuit - Problem 4
- Phasor Diagram in AC Circuit - Problem 5
- AC Through Pure Resistance
- AC through Pure Inductance
- AC through Pure Capacitance
- Problem on AC through series RL and RC Circuit
- AC Through Series RLC Circuit - Problem 1
- AC Through Series RLC Circuit - Problem 2
- AC Through Series RL Circuit
- AC Through Series RL Circuit - Problem 1
- AC Through Series RL Circuit - Problem 2
- AC Through Series RL Circuit - Problem 3
- AC Through Series RL Circuit - Problem 4
- AC Through Series RL Circuit - Problem 5
- AC Through Series RL Circuit - Problem 6
- AC Through Series RL Circuit - Problem 7
- AC Through Series RL Circuit - Problem 8
- AC Through Series RL Circuit - Problem 9
- AC Through Series RL Circuit - Problem 10
- AC Through Series RC Circuit
- AC Through Series RC Circuit - Problem 1
- AC Through Series RC Circuit - Problem 2
- AC Through Series RLC Circuit
- AC Through Series RLC Circuit - Problem 1
- AC Through Series RLC Circuit - Problem 2
- AC Through Series RLC Circuit - Problem 3
- AC Through Series RLC Circuit - Problem 4
- AC Through Series RLC Circuit - Problem 5
- Resonance in Series RLC Circuit
- Resonance in Series RLC Circuit - Problem 1
- Resonance in Series RLC Circuit - Problem 2
- Resonance in Series RLC Circuit - Problem 3
- Resonance in Series RLC Circuit - Problem 4
- Resonance in Series RLC Circuit - Problem 5
- Behaviour of AC parallel Circuits
- Parallel AC Circuits - Problem 1
- Parallel AC Circuits - Problem 2
- Parallel AC Circuits - Problem 3
- Parallel AC Circuits - Problem 4
- Parallel AC Circuits - Problem 5
- Parallel AC Circuits - Problem 6
- Parallel AC Circuits - Problem 7
- Parallel AC Circuits - Problem 8
- Parallel AC Circuits - Problem 9
- Parallel Resonance in AC Circuit
- Parallel Resonance in AC Circuit - Problem 1
- Parallel Resonance in AC Circuit - Problem 2
- Parallel Resonance in AC Circuit - Problem 3

- Need of Three Phase Supply
- Generation of Three Phase Supply
- Three Phase Supply Connections
- Line Current, Line Voltage, Phase Current and Phase Voltage
- Relationship Between Line Quantities and Phase Quantities in Star Connection
- Relationship Between Line Quantities and Phase Quantities in Delta Connection
- Three Phase AC Circuits - Problem 1
- Problem on Three Phase Star Connection
- Problem on Three Phase Delta Connection
- Three Phase Star and Delta Connection - Problem 1
- Three Phase Star and Delta Connection - Problem 2
- Three Phase Star and Delta Connection - Problem 3
- Power Consumed in Three Phase Circuits
- Power Measurements & Wattmeter Connections
- Relationship between Power Consumed by Star Circuits and Delta Circuits
- Two Wattmeter Method of Power Measurement
- Two Wattmeter Method of Power Measurement - Delta Connected Lagging PF (Inductive) Load
- Two Wattmeter Method of Power Measurement - Delta Connected Leading PF (Capacitive) Load
- Two Wattmeter Method for Power Measurements of Star Connected Leading PF Load
- Two-Wattmeter method for Power Measurement - Problem 1
- Two-Wattmeter method for Power Measurement - Problem 2
- Two Wattmeter method for Power Measurement - Problem 3
- Two Wattmeter method for Power Measurement - Problem 4
- Two Wattmeter method for Power Measurement - Problem 5
- Phasor Diagram of Single Phase Transformar of Resistive Load
- Phasor Diagram of Transformer for Lagging and Loading Load

- Definition and Need of Single phase Transformer
- Working Principle Of Transformer
- Construction Of Transformer And Its Types
- Emf Equation Of Transformer
- Transformer Ratio
- Emf Equation Of Transformer - Problem 1
- Emf Equation Of Transformer - Problem 2
- Emf Equation Of Transformer - Problem 3
- Emf Equation Of Transformer - Problem 4
- Practical Transformer On No Load
- Transformer On Load
- Equivalent Circuit Of Transformer Referred To Primary
- Equivalent Circuit Of Transformer - Problem 1
- Equivalent Circuit Of Transformer - Problem 2
- Equivalent Circuit Of Transformer - Problem 3
- Equivalent Circuit Of Transformer - Problem 4
- Losses In Transformer
- Efficiency Of Transformer
- Efficiency Of Transformer - Problem 1
- Efficiency Of Transformer - Problem 2
- Efficiency Of Transformer - Problem 3
- Efficiency Of Transformer - Problem 4
- Efficiency Of Transformer - Problem 5
- Open Circuit Test And Short Circuit Test Of Transformer
- Open Circuit Test And Short Circuit Test Of Transformer - Problem 1
- Open Circuit Test And Short Circuit Test Of Transformer - Problem 2
- Open Circuit Test And Short Circuit Test Of Transformer - Problem 3
- Open Circuit Test And Short Circuit Test Of Transformer - Problem 4

- Operation of Capacitor Filter
- Definition of Bipolar Junction Transistor (BJT) & its Construction
- Inductor filter
- Need and Types of Filter Circuits
- Unbiased Transistor
- Analysis of Half Wave Rectifier
- Types of Rectifiers
- Working of Half Wave Rectifier
- Introduction of Rectifier
- Full Wave Bridge Rectifier
- Centre Tap Full Wave Rectifier
- Full Wave Rectifier Parameters
- Biased Transistor
- Bipolar Transistor Configurations
- Characteristics of Common Emitter Configuration

Professor Hemant Jadhav is on a mission to change a student’s attitude while studying B.E.E (Basics of Electrical & Electronics Engineering). He has earned his B.E in Electrical Engineering from SPCE, University of Mumbai. And additionally an M.Tech from Indian institute of Technology (IIT-B). Presently he is an associate professor at Vidyalankar Institute of Technology (VIT), Mumbai. He has a vast experience in both research & teaching. His area of specialization includes Electrical Engineering, Power System, Power Electronics, Control System, and Electrical Machines. He is dedicated to Ekeeda to share his abundant set of knowledge and bless his students with concrete concepts.

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