Monday 22 May 2017

Design of Regulated Power Supply

1. LM2576 Datasheet    Click here to download

2. TL494 Datasheet       Click here to download

3. LM3352 Datasheet      Click here to download

4. LM317 Datasheet      Click here to download

5. LM1117 Datasheet    Click here to download

6. LM334 Datasheet    Click here to download

 

 

Course Syllabus : ECDT



Dr.Babasaheb Ambedkar Marathwada University, Aurangabad
 (Faculty of Engineering & Technology)
Syllabus of T. Y. B. Tech. (Electronics and Telecommunication) Semester-V
Code No.:ETC304                                  
Title: Electronic Circuit Design Technology
Teaching Scheme: 4Hrs/week
Class Test: 20
Theory:  03Hrs/week
Theory Examination (Duration):3 Hrs
Credits:04
Theory Examination (Marks): 80
Prerequisites

 Basic Electronics, Electronic component understanding, Network and lines.
Objectives
:
  • To study and design Electronic product.
  • Basic electronic circuits and modern sensor
  • Motor driving concepts
  • Voltmeters and Ammeter
Unit-I
:
Introduction to Electronics Design:
Design phase and Manufacturing phase, Component packages and symbols SMD, DIP                                                                                       [4 Hours]
Unit-II
:
Design of Regulated Power Supply:
Concept of DC to DC converter, LM2576 voltage regulators, LM3352 Buck-Boost DC/DC converter. Power supply design using TL494, LM1117 family regulators, Design of constant current source using LM317 and LM334. Protection circuits for regulators. [10 Hours]
Unit-III
:
Design of Electronic Voltmeters and Ammeter :
Basic DC voltmeter and ammeter, multi ranges voltmeters, DVM chip IC 7106/07 Based design of voltmeters and ammeter. [6 Hours]
Unit-IV
:
Design of Motor & Relay Drivers:
Design of Stepper Motor, Driver using MC3479, DC motor driver and speed control using PWM, Servo motor, BLDC motor, L293D, ULN2000 family of driver, Isolation techniques use Opto-coupler PC817, Concept of solid state relay. [10 Hours]
Unit-V
:
Concept of Sensors:
Touch sensors: Capacitive, resistive. Motion sensors: Accelerometers, Gravity sensors, Gyroscopes, and Rotational Vector sensors. Environmental sensors: Humidity, Barometers, photometers, and thermometers. Position sensors: Orientation sensors and magnetometers. [8 Hours]              
Unit-VI
:
Noise Reduction Techniques:
Grounding Techniques, Shielding Techniques, Cabling Techniques, Origin of Conducted EMI, Common and Normal mode Noise, Noise from Power Electronic Systems, Noise Sources, Transient Disturbance.                              [8 Hours]                         
Unit-VII

Product Design and Development:
Introduction, An overview of product development, Ergonomic & aesthetic design considerations, Enclosure sizing & supply requirements & materials for enclosure, Thermal management and its types. [8 Hours]
Unit-VIII

PCB Designing: Types of PCBs, selection criteria, Ground rules in PCB Design, Manufacturing process. [6 Hours]


Dr.Babasaheb Ambedkar Marathwada University, Aurangabad
 (Faculty of Engineering & Technology)
Syllabus of T. Y. B. Tech. (Electronics and Telecommunication) Semester-V

Code No.: ETC324            
Title: Electronic Circuit Design Technology
Teaching Scheme:02hrs/week
Teachers Assessment: 25M
Practical:25M
Credits: 1
Course Objectives
:
  • To study and design Electronic product.
  • Basic electronic circuits and modern sensor
  • Motor driving concepts
  • Voltmeters and Ammeter
List of Practicals
(Not Less than 10)
:
  1. To design DC power supply using LM2576
  2. To design DC power supply using TL494
  3. To design constant current source using LM317 and LM334
  4. To design DC voltmeter using ICL7106/7
  5. To design stepper motor driver using MC3479
  6. To design isolated relay driver board using ULN2003 and PC817
  7. To design DC motor driver using L293D
  8. To Study of various sensors
  9. To design battery charger for lead-acid battery
  10. To Study of relay switching noise and its effects on electronic system
  11. To design enclosure and front panel of a consumer electronic product
  12. To Study PCB design