Electric Drives:
- 3 Phase Induction Motor Construction
- Applications of Electric Drives
- Basic Elements of Electric Drive
- Block Diagram of Electric Drive System
- Braking and 4 quadrants Operation
- Braking of Induction Motor
- Braking of Synchronous Motor
- Bridge Rectifier Circuit Diagram with freewheeling diode
- Characteristics of DC Motor
- Characteristics of Synchronous Motor
- Characteristics of Three Phase Induction Motor
- Charging a Capacitor in Inverter
- Chopper Circuit with Input Inductance
- Chopper Controlled Resistance
- Chopper Fed DC Drives
- Chopper Resistance in the Rotor Circuit
- Classification of Electric Drive
- Closed Loop Control of DC Motor
- Commutation in DC Motor
- Continuous Duty Motor
- Control of DC Electric Motor
- Control System Performance
- Controller Design Frequency Response
- Controller Transfer Function
- Correlation Between Frequency and Transient Response
- Current Source Inverter Fed Induction Motor Drive
- Current Source Inverter Fed Synchronous Motor Drive
- Current Source Inverter for Feeding Three Phase Motors
- Current Source Inverter with Forced Commutation
- Cycloconverter
- Cycloconverter Feeding Three Phase Induction Motor Drive
- DC Chopper
- DC Motor Basic Machine Equation
- DC Motor Electric Brakes
- DC Motor Speed Control
- Derating Factor of an Electric Motor
- Design of Controllers for Linearly Varying Inputs
- Dynamic Conditions of a SystemDrive
- Dynamic Electric
- Electric Converter
- Electric Motor Cooling and Heating
- Electric Motor Power Loss and Heating
- Electric Motors Definition
- Exponential Variation of the Input to the Controller
- Features of Electric Drive System
- Features of Variable Voltage Inverters
- Field Oriented Control of Induction Motor
- Four Quadrants Converters
- Frequency Response Transfer Function
- Harmonic Reduction
- Introduction Control Techniques in Electric Drives
- Inverter Control for Variable Link Voltage
- Magnitude Optimum
- Methods of Compensation in Control System
- Methods of Controlling Chopper Circuit
- Methods of Starting Electric Motor
- Methods to Leading Power Factor
- Nyquist Criterion
- Performance of Chopper in Steady State Condition
- Performance of DC Motors Operating on Phase Controlled Converters
- Periodic Intermittent Duty
- Phase Controlled Line Commutated Converter
- Phase Margin Optimum
- Polar Plot for Frequency Response
- Pulse Width Modulated Inverter Fed Induction Motor Drive
- Regenerative Braking
- Relative Stability from the Nyquist Plot
- Reversible Drive using Armature Current Reversal
- Reversible Drive using Dual Converter
- Reversible Drive using Field Reversal
- Reversible Drives using Choppers
- Reversible Drives using Phase Controlled Converters
- Root Locus Plot
- Routh Hurwitz Criterion
- Selection of Ratings of Devices of a Chopper Converter
- Sequence control of Converters
- Short Time Intermittent Duty
- Signal Flow Graph of DC Motor in Electric Drive System
- Single Phase DC Series Motor Drives
- Single Phase Separately Excited DC Motor Drives
- Six pulse bridge converter
- Six Pulse Converter with Interphase Transformer
- Six pulse midpoint converter
- Speed Control of Variable Frequency Induction Motor
- Speed Control Using Slip Energy Recovery Schemes
- Speed Torque Characteristic of DC Shunt Motor
- Speed Torque Characteristic of Separately Excited DC Motor
- Speed Torque Characteristics of DC Compound Motor
- Speed Torque Characteristics of Induction Motor
- Speed Torque Characteristics of Series Motor
- Square Wave Voltage Source Inverter Fed Induction Motor Drive
- Stability Control Drives
- Stability from Bode Plot of Open Loop Transfer Function
- Stability from Log Magnitude Angle Diagram
- Starting Methods of Synchronous Motor for LCI
- Static Scherbius Drive
- Symmetrical Optimum
- Synchronous Motor Drives
- Synchronous Speed on Variable Frequency Supply
- Three Phase AC Voltage Controller
- Three Phase Drives
- Three phase half controlled bridge circuit
- Three Phase Inverter
- Three Phase Synchronous Motor Fed From Cycloconverter
- Three pulse converter with freewheeling diode
- Three pulse midpoint converter
- Transfer Function of a Field Controlled DC Motor
- Transfer Function of Armature Controlled DC Motor
- Transient Response of Closed Loop Drive System
- Transient stability in Electrical Drives
- Twelve pulse converter
- Two pulse bridge converter
- Two pulse converters with freewheeling diode
- Two pulse half controlled bridge converter
- Two pulse mid point converter
- Two Quadrant Chopper
- Uncompensated Large Time Constants
- Voltage Source Inverter Fed Synchronous Motor Drive
- Ward Leonard Drive Transfer Function