lesson plan for EE2352

1. DHANALAKSHMI COLLEGE OF ENGINEERING
CHENNAI
ECE EEE CSE IT 2012 - 2013
Department: Academic Year :
MCA MBA H&S Semester : III / IV / V / VI / VII /VIII
Regulation : R2008
Subject with Code : EE2352 Name of the Faculty :
SOLID STATE DRIVES
Department : EEE
LESSON PLAN
Proposed
Periods
S. No. Unit Topics to do Date of
Required
Completion
DRIVE CHARACTERISTICS
1 I Introduction of drives 1
2 I Equations governing motor load dynamics 1
3 I steady state stability 2
4 I Multi quadrant dynamics 1
5 I Acceleration, deceleration, starting and stopping 2
load torque characteristics of various drives 2
CONVERTER / CHOPPER FED DC MOTOR
DRIVE
Steady state analysis of the single phase fully
1 II controlled converter fed separately excited D.C 1
motor drive for Continuous conduction
Steady state analysis of the single phase fully
2 II controlled converter fed separately excited D.C 2
motor drive for discontinuous conduction
Steady state analysis of the three phase fully
3 II controlled converter fed separately excited D.C 1
motor drive for Continuous conduction
Steady state analysis of the three phase fully
4 II controlled converter fed separately excited D.C 2
motor drive for discontinuous conduction
5 II Time ratio and current limit control 1
6 II Four quadrant operation of converter 2
Format No: FM02 / Issue: 01/Revison: 01

2. DESIGN OF CONTROLLERS FOR DRIVES
1 III Transfer function for DC motor, load and converter 1
2 III Closed loop control with current feedback 1
3 III Closed loop control with speed feedback 1
Armature voltage control and field weakening mode
4 III 2
control
5 III Design of controllers: Current controller 1
6 III Design of controllers: speed controller 1
7 III Converter selection and characteristics 1
8 III Use of simulation software package 1
INDUCTION MOTOR DRIVES
1 IV Stator voltage control 1
2 IV Energy efficient drive 1
3 IV v/f control, constant air-gap flux 2
4 IV Field weakening mode 1
5 IV voltage/current fed inverters 1
6 IV Block diagram of vector control 2
7 IV closed loop control 1
SYNCHRONOUS MOTOR DRIVES
1 V V/f control of synchronous motor 1
2 V Self-control of synchronous motor 2
3 V Marginal angle control 2
4 V Power factor control 1
5 V Permanent magnet synchronous motor 2
6 V Black diagram of closed loop control 1
Signature of Class HOD Signature of Faculty
Signature of Faculty HOD
Format No: FM02 / Issue: 01/Revison: 01

3. DESIGN OF CONTROLLERS FOR DRIVES
1 III Transfer function for DC motor, load and converter 1
2 III Closed loop control with current feedback 1
3 III Closed loop control with speed feedback 1
Armature voltage control and field weakening mode
4 III 2
control
5 III Design of controllers: Current controller 1
6 III Design of controllers: speed controller 1
7 III Converter selection and characteristics 1
8 III Use of simulation software package 1
INDUCTION MOTOR DRIVES
1 IV Stator voltage control 1
2 IV Energy efficient drive 1
3 IV v/f control, constant air-gap flux 2
4 IV Field weakening mode 1
5 IV voltage/current fed inverters 1
6 IV Block diagram of vector control 2
7 IV closed loop control 1
SYNCHRONOUS MOTOR DRIVES
1 V V/f control of synchronous motor 1
2 V Self-control of synchronous motor 2
3 V Marginal angle control 2
4 V Power factor control 1
5 V Permanent magnet synchronous motor 2
6 V Black diagram of closed loop control 1
Signature of Class HOD Signature of Faculty
Signature of Faculty HOD
Format No: FM02 / Issue: 01/Revison: 01

4. DESIGN OF CONTROLLERS FOR DRIVES
1 III Transfer function for DC motor, load and converter 1
2 III Closed loop control with current feedback 1
3 III Closed loop control with speed feedback 1
Armature voltage control and field weakening mode
4 III 2
control
5 III Design of controllers: Current controller 1
6 III Design of controllers: speed controller 1
7 III Converter selection and characteristics 1
8 III Use of simulation software package 1
INDUCTION MOTOR DRIVES
1 IV Stator voltage control 1
2 IV Energy efficient drive 1
3 IV v/f control, constant air-gap flux 2
4 IV Field weakening mode 1
5 IV voltage/current fed inverters 1
6 IV Block diagram of vector control 2
7 IV closed loop control 1
SYNCHRONOUS MOTOR DRIVES
1 V V/f control of synchronous motor 1
2 V Self-control of synchronous motor 2
3 V Marginal angle control 2
4 V Power factor control 1
5 V Permanent magnet synchronous motor 2
6 V Black diagram of closed loop control 1
Signature of Class HOD Signature of Faculty
Signature of Faculty HOD
Format No: FM02 / Issue: 01/Revison: 01

5. DESIGN OF CONTROLLERS FOR DRIVES
1 III Transfer function for DC motor, load and converter 1
2 III Closed loop control with current feedback 1
3 III Closed loop control with speed feedback 1
Armature voltage control and field weakening mode
4 III 2
control
5 III Design of controllers: Current controller 1
6 III Design of controllers: speed controller 1
7 III Converter selection and characteristics 1
8 III Use of simulation software package 1
INDUCTION MOTOR DRIVES
1 IV Stator voltage control 1
2 IV Energy efficient drive 1
3 IV v/f control, constant air-gap flux 2
4 IV Field weakening mode 1
5 IV voltage/current fed inverters 1
6 IV Block diagram of vector control 2
7 IV closed loop control 1
SYNCHRONOUS MOTOR DRIVES
1 V V/f control of synchronous motor 1
2 V Self-control of synchronous motor 2
3 V Marginal angle control 2
4 V Power factor control 1
5 V Permanent magnet synchronous motor 2
6 V Black diagram of closed loop control 1
Signature of Class HOD Signature of Faculty
Signature of Faculty HOD
Format No: FM02 / Issue: 01/Revison: 01