Thyristor Controlled Power For Electric Motors
Contents
- Power Electronics And Rotating Electric Drives
- Introduction
- Power Electronics
- The Thyristor
- Rotating Electric Drives
- The Direct Current Drive
- The Alternating Current Drive
- Choice Of Drive And Control System
- References And Bibliography
- The Thyristor
- Introduction
- Semiconductors
- The Diode
- The Transistor
- Cutoff
- Linear Region
- Saturation
- The Thyristor
- The Diode Model Of The Thyristor
- The Two Transistor Model Of The Thyristor
- Thyristor Characteristics
The Thyristor Reverse Biased
- The Thyristor Forward Biased And Blocking
- The Thyristor Forward Biased And Conducting
- Light Tum On
- Gate Tum On
- Breakover Voltage Turn On
- Thyristor Turn Off
- Ways Of Turnoff
- Natural Commutation
- Reverse Bias Turnoff
- Gate Turnoff
- Thyristor Turnoff Time
- Thyristor Controlled Power For Electric Motors
- Thyristor Ratings
- Voltage Ratings
- Current Rating
- Power Rating
- Load Current Forward Conduction Loss
- Forward Leakage Power Loss
- Reverse Leakage Power Loss And Turnoff Loss
- Gate Power Loss
- Turnon Loss
Intermittent Ratings
- Thyristor Manufacture
- Thyristors In Circuits
- Thyristors In Series
- Thyristors In Parallel
- Circuits To Turn On Thyrsitors
- Direct Current Firing Signals
- Pulse Firing Signals
- Alternating Current Firing Signals
- Circuits To Turnoff Thyristors
- Self Commutation By Resonance
- Auxiliary Resonant Turnoff
- Parallel Capacitance Turnoff
- Series Capacitance Turnoff
- Thyristor Protection Circuits
- Overvoltage
- Voltage Surges
- Relative Merits Of Thyristors
- The Bidirectional Triode Thyristor
- Summary
- Worked Examples
References And Bibliography
- Problems
- Induction Motor Control
- Introduction
- Induction Motor Starting
- Induction Motor Speed Control
- Thyristor Systems For Speed Control
- Thyristor Controlled Power For Electric Motors
- The Alternating Current Switch
- Worked Example
- Inverters
- Inverter Classification
- A C Inverter For A Single Phase Induction Motor
- Analysis Of A C Inverter With Resistive
- Load
- A Class Inverter For A Three Phase Induction
- Motor
- Inverter Commutation
- The Mc Mu “Ay Inverter
- Worked Example
- The Mc Murray Bedford Inverter
- Auxiliary Commutating Supply
Voltage Proportional To Frequency
- Variable Ratio Transformer
- Variable Voltage Converter
- Inverter Voltage Control
- Harmonic Elimination
- Multiple Pulse Width Control
- Selected Harmonic Reduction
- Harmonic Neutralization By Wave Synthesis
- Appraisal Of Thyristor Three Phase Inverters
- Inverters In The Induction Motor Rotor Circuit
- References
- Problems
- Direct Current Motor Control
- Introduction
- Starting Direct Current Motors
- Thyristors And The Resistance Starter
- Thyristor Controlled Power For Electric Motors
- Thyristor Starting Without Resistance
- Speed Control Of Direct Current Motors
- Thyristor Speed Control
-
Related Topics
-
Thyristor-Based Facts Controllers For Electrical Transmission Systems
-
Thyristor-Based Facts Controllers For Electrical Transmission Systems Pdf For Free
-
Power Converter Circuit
-
Small Electric Motors Pdf For Free
