Engineering
Support for Future Engineers of India
Basic Electrical Engineering
University
JNTU Hyderabad
Department
Electronics and Instrumentation Engineering
Semester
1 Year II Semester
- RLC Parameters
- RLC Parameters
- Voltage Source
- Voltage Source
- Current Source
- Current Source
- KVL
- KVL
- KCL
- KCL
- Analysis of Simple Circuits
- Analysis of Simple Circuits
- Superpostion Theorem
- Superpostion Theorem
- THEVENIN'S THEOREMS:
- Thenvein Theorem
- Time domain analysis of first order RL
- Time domain analysis of first order RL
- Time domain analysis of first order RC
- Time domain analysis of first order RC
- Resistors and Ohm's Law
- Short Circuits and Open Circuits:
- Resistance Related to Physical Parameters:
- Resistors connected in parallel
- Current Division
- Resistors Connected in Series
- Voltage division
- INSTANTANEOUS POWER
- Power Absorbed by Resistors
- Inductors
- CAPACITORS
- Integral Relationships for Inductors and Capacitors:
- Inductor Integral Relationships:
- INDEPENDENT AND DEPENDENT SOURCES
- Nodal Analysis for Circuits with No Voltage Sources
- Voltage source between non-reference Nodes
- Mesh Analysis
- Norton's Theorem:
- Source Transformations
- MAXIMUM POWER TRANSFER THEOREM
- Application of Maximum Power Transfer Theorem
- LINEARITY AND SUPERPOSITION
- Nodal Analysis
- Representation of Sinusoidal forms
- Representation of Sinusoidal forms
- Peak and Rms values
- Peak and Rms values
- Phasor Representation
- Phasor Representation
- Real Power
- Real Power
- Reactive power
- Reactive power
- Apparent Power
- Apparent Power
- Power factor
- Power Factor
- Analysis of single phase ac circuits R L C
- Analysis of single phase ac circuits R L C
- Analysis of single phase ac circuits RC
- Analysis of single phase ac circuits RC
- RLC Combinations - series
- RLC Combinations - series
- RLC Combinations - Parallel
- RLC Combinations - Parallel
- Resonance in Series RLC Circuit
- Resonance in Series RLC Circuit
- Three phased balanced circuits
- Three phased balanced circuits
- Voltage and current relations in Star connections
- Voltage and current relations in Star connections
- Voltage and current relations in Delta connections
- Voltage and current relations in Delta connections
- Ideal and Practical Transformer
- Ideal and Practical Transformer
- Equivalent Circuit
- Equivalent Circuit
- Losses in Transformers
- Losses in Transformers
- Regulation and Efficiency
- Regulation and Efficiency
- Auto Transformer
- Auto Transformer
- Three phasor transformer connections
- Three phasor transformer connections
- Generating of Rotating magnetic Fields
- Generating of Rotating magnetic Fields
- Construction and working of 3 phase induction motor
- Construction and working of 3 phase induction motor
- Signifciance of torque -slip characteristic
- Signifciance of torque -slip characteristic
- Loss Components and Efficiecny
- Loss Components and Efficiecny
- Starting and Speed control of induction motor
- Starting and Speed control of induction motor
- Single phase inductioimotor - Construction , Working and torque
- Single phase inductioimotor - Construction , Working and torque
- Speed Characteristic and Speed control of seperately excirted dc motor
- Speed Characteristic and Speed control of seperately excirted dc motor
- Construction and working of Synchronous generators
- Construction and working of Synchronous generators
- Components of LT Switch gear
- Components of LT Switch gear
- Switch Fuse Unit
- Switch Fuse Unit
- MCB ,ELCB
- MCB ,ELCB
- MCCB
- MCCB
- Types of Wires and Cables
- Types of Wires and Cables
- Earthing
- Earthing
- Types of Batteries
- Types of Batteries
- Important Characteristics for Batteries
- Important Characteristics for Batteries
- Elementary calcutaltion for energy cosumption
- Elementary calcutaltion for energy cosumption
- Power factor improvement
- Power factor improvement
- Power factory backup
- Power factory backup
Course Objectives:
- To introduce the concepts of electrical circuits and its components
- To understand magnetic circuits, DC circuits and AC single phase & three phase circuits
- To study and understand the different types of DC/AC machines and Transformers
- To import the knowledge of various electrical installations
- To introduce the concept of power, power factor and its improvement
Course Outcomes:
- To analyze and solve electrical circuits using network laws and theorems
- To understand and analyze basic Electric and Magnetic circuits
- To study the working principles of Electrical Machines
- To introduce components of Low Voltage Electrical Installations
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Course Features
| Lectures | 73 |
| Quizzes | 50 |
| Duration | 50 Hours |
| Skill Level | All Levels |
| Language | English |
| Certificate | No |
| Assesments | Yes |