21ECC101J
Electronic system and PCB
design
Unit 4
, Unit 4
Sl.N Topic Reference Page
o no
1. Concepts of PCB Design. Components of Printed Circuit Boards ,Design ,Fabrication and Chapter 1,
PCB Assembly, Dr R S Khandpur 1-4
2. Classification and Manufacturing of PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 1
Assembly,Dr R S Khandpur 5-16
3. Layout Planning and Design Block diagram Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 104
4. Importance of PCB Design Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 108
5. Mechanical Design Of PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 110-115
6. Types of Boards, Mounting Techniques Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 110-115
7. Stress Analysis Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 118
8. Electrical Design Consideration of PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 119-126
9. Rules and Components Placement in PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 127-132
10. Rules for Power Supply and Ground Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 127-132
11. Connections Layout Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 142-145
12. Components Assembly in PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 13
Assembly,Dr R S Khandpur 481
21ECC101J
, Concepts of PCB Design
• An electronic equipment is a combination of electrical and electronic components connected to prod
a certain designed function.
• The printed circuit board provides both the physical structure for mounting and holding electronic
components as well as the electrical interconnection between components.
• The printed circuit board is usually abbreviated as PCB
Advantages of PCBs
i.The size of component assembly is reduced with a corresponding decrease in weight.
ii. Quantity production can be achieved at lower unit cost.
iii. Component wiring and assembly can be mechanized.
iv. Circuit characteristics can be maintained without introducing variation in inter-circuit capacitance
v. They ensure a high level of repeatability and offer uniformity of electrical assembly to assembly.
vi. The location of parts is fixed, which simplifies identification and maintenance of electronic equipm
and systems.
vii. Inspection time is reduced because printed circuitry eliminates the probability of error.
viii. Printed wiring personnel require minimal technical skills and training. Chances of miswiring or s
circuited wiring are minimized.
21ECC101J
, Components of a Printed Circuit Board
The essential components of a printed circuit board are:
• The base, which is a thin board of insulating material, rigid or flexible, which supports all
conductors and components; and
• The conductors, normally of high purity copper in the form of thin strips of appropriate shap
firmly attached to the base material.
• The base provides mechanical support to all copper areas and all components attached to the
copper. The electrical properties of the completed circuit depend upon the dielectric propertie
the base material and must therefore, be known and appropriately controlled.
• The conductors provide not only the electrical connections between components but also
solderable attachment points for the same.
21ECC101J
Electronic system and PCB
design
Unit 4
, Unit 4
Sl.N Topic Reference Page
o no
1. Concepts of PCB Design. Components of Printed Circuit Boards ,Design ,Fabrication and Chapter 1,
PCB Assembly, Dr R S Khandpur 1-4
2. Classification and Manufacturing of PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 1
Assembly,Dr R S Khandpur 5-16
3. Layout Planning and Design Block diagram Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 104
4. Importance of PCB Design Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 108
5. Mechanical Design Of PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 110-115
6. Types of Boards, Mounting Techniques Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 110-115
7. Stress Analysis Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 118
8. Electrical Design Consideration of PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 119-126
9. Rules and Components Placement in PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 127-132
10. Rules for Power Supply and Ground Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 127-132
11. Connections Layout Printed Circuit Boards ,Design ,Fabrication and Chapter 3
Assembly,Dr R S Khandpur 142-145
12. Components Assembly in PCB Printed Circuit Boards ,Design ,Fabrication and Chapter 13
Assembly,Dr R S Khandpur 481
21ECC101J
, Concepts of PCB Design
• An electronic equipment is a combination of electrical and electronic components connected to prod
a certain designed function.
• The printed circuit board provides both the physical structure for mounting and holding electronic
components as well as the electrical interconnection between components.
• The printed circuit board is usually abbreviated as PCB
Advantages of PCBs
i.The size of component assembly is reduced with a corresponding decrease in weight.
ii. Quantity production can be achieved at lower unit cost.
iii. Component wiring and assembly can be mechanized.
iv. Circuit characteristics can be maintained without introducing variation in inter-circuit capacitance
v. They ensure a high level of repeatability and offer uniformity of electrical assembly to assembly.
vi. The location of parts is fixed, which simplifies identification and maintenance of electronic equipm
and systems.
vii. Inspection time is reduced because printed circuitry eliminates the probability of error.
viii. Printed wiring personnel require minimal technical skills and training. Chances of miswiring or s
circuited wiring are minimized.
21ECC101J
, Components of a Printed Circuit Board
The essential components of a printed circuit board are:
• The base, which is a thin board of insulating material, rigid or flexible, which supports all
conductors and components; and
• The conductors, normally of high purity copper in the form of thin strips of appropriate shap
firmly attached to the base material.
• The base provides mechanical support to all copper areas and all components attached to the
copper. The electrical properties of the completed circuit depend upon the dielectric propertie
the base material and must therefore, be known and appropriately controlled.
• The conductors provide not only the electrical connections between components but also
solderable attachment points for the same.
21ECC101J
