This document outlines the lesson plan for the subject of solid state drives. It includes topics to be covered over 15 units on various types of drives including DC motor drives, induction motor drives, and synchronous motor drives. The topics will cover drive characteristics, converter-fed DC motor drives, design of controllers, induction motor control methods, and synchronous motor control strategies. Signatures of approval are included from the class head, faculty, and faculty head of department.

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