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PCB Designing & Concepts

PCB Designing & Concepts Training in Lucknow and Noida

Softpro India provides the best PCB Designing Training in Lucknow and Noida. We are proud that with proper support and candidate's performance, it made us the leading and one of the best IoT training institute in Lucknow and Noida. This amazing training on PCB Designing is held under the guidance of highly experienced technical professionals.

The primary focus of Softpro’s PCB (Printed Circuit Board) designing is an integral part of each electronics products and this program is designed to make students capable to design their own Electronic Circuitry, Projects & to learn the nature of Digital & Analog Electronic Devices up to industrial grade.


You will Learn:

Voltage & Current Practical Approach, Resistors & Color Coding, Diodes, Regulator ICs, Transistors, Power Supply, Motor & Motor Drivers, Relay & Relay Drivers, Simulation of Electrical Circuits, Devices & Instruments Digital Electronic & Systems, PCB Layout Concepts with Proteus Professional Design Suite Relatable Industrial level Projects, Experiments & Future Options.


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5/5 Ratings
1400 trainees from
250+ Colleges

Projects
Industry standard projects
and assignments

Curriculum by experts
Designed by top professionals with 10+ years of experience

Why enroll for PCB Designing course?


According to the U.S. Bureau of Labor Statistics, There is increase in requirement of Nearly 60% of Design Engineers, The Market is of around 6064 million in spread


Avail upto Rs 14,500* from Government of India (GOI) incentives after successfully clearing the mandatory NASSCOM Assessment


The number of applications for circuit boards in today's electronics is limitless, and there are always new and interesting products for PCB designers to work on

Why PCB Designing from Softpro!

  Live Interactive Learning

World-Class Instructors
Expert-Led Mentoring Sessions
Instant doubt clearing

  Lifetime Access

Course Access Never Expires
Free Access to Future Updates
Unlimited Access to Course Content

  24x7 Support

One-On-One Learning Assistance
Help Desk Support
Resolve Doubts in Real-time

  Hands-On Project Based Learning

Industry-Relevant Projects
Course Demo Dataset & Files
Quizzes & Assignments

  Industry Recognised Certification

Softpro Training Certificate
Graded Performance Certificate
Certificate of Completion

  Cloud Lab

Preconfigured Lab Environment
Infrastructure with Tools and Software
Single Sign-On

What will you learn?

  1. Voltage & Current Practical Approach
  2. Resistors & Colour Coding
  3. Diodes
  4. Regulator ICs
  5. Transistors
  6. Power Supply
  7. Motor & Motor Drivers
  8. Relay & Relay Drivers
  9. Wireless Transmitters & Receivers
  10. DTMF Technology
  11. Comparator IC And its application
  1. What is PCB
  2. Difference between PWB and PCB
  3. Types of PCBs
    • Single Sided (Single Layer)
    • Multi-Layer (Double Layer)
  4. PCB Materials
  1. Older PCB Method
  2. PCB Designing Using Graph Paper
  3. Making a Hand-Drawn PCB
  4. Using Computer for EDA
  1. Brief History of EDA
  2. Latest Trends in Market
  3. How it helps and Why it requires
  4. Different EDA tools
  5. Introduction to SPICE and PSPICE Environment
  6. Introduction and Working of PROTEUS
  1. Active Components
  2. Diode
  3. Transistor
  4. MOSFET
  5. LED
  6. SCR
  7. Integrated Circuits (IC’s)
  8. Passive Components
  9. Resistor
  10. Capacitor
  11. Inductor
  12. Transformer
  13. Speaker/Buzzer
  1. Through Hole Packages
  2. Axial Lead
  3. Radial Lead
  4. Single Inline Package (SIP)
  5. Dual Inline Package (DIP)
  6. Transistor Outline (TO)
  7. Pin Grid Array (PGA)
  8. Metal Electrode Face (MELF)
  9. Leadless Chip Carrier (LCC)
  10. Small Outline Integrated Circuit (SOIC)
  11. Quad Flat Pack (QFP) and Thin QFP (TQFP)
  12. Ball Grid Array (BGA)
  13. Plastic Leaded Chip Carrier (PLCC)
  1. Brief Introduction of Various Simulators
  2. Description of Proteus ISIS Simulator Tool
  3. Hands-on Practice with Available Library of Components
  4. Working Through Wiring and Schematic Designing
  5. Making New Component Symbols
  1. Connecting the schematic From ISIS to ARES
  2. Selecting the Components Footprints as per design
  3. Picking and placing the Component
  4. Making New Footprints
  5. Assigning Footprint to components
  1. Schematic Entry
  2. PCB Layout Designing
  3. Prototype Designing
  4. Design Rule Check(DRC)
  5. Design For Manufacturing(DFM)
  6. PCB Making
  7. Printing
  8. Etching
  9. Drilling
  10. Assembly of components
  1. Electrical Layers
  2. Top Layer
  3. Mid Layer
  4. Bottom Layer
  5. Mechanical Layers
  6. Board Outlines and Cutouts
  7. Drill Details
  8. Documentation Layers
  9. Component Outlines
  10. Reference Designation
  11. Text
  1. Printing the Design
  2. Etching
  3. Drilling
  4. Interconnecting and Packaging electronic Circuits (IPC) Standards
  5. Gerber Generation
  6. Soldering and De-soldering
  7. Component Mounting
  8. PCB and Hardware Testing
  1. Making the schematic of Academic and Industrial projects
  2. PCB Designing of these projects
  3. Soldering and De-soldering of components as per Design
  4. Testing and Trouble-shooting Methods
  5. Description of Project Development Process
  6. Project Discussion & Allotment
  7. Synopsis Making & Submission
  8. Practice of De-Soldering & Soldering
  9. Introduction to Hardware Techniques
  10. Project Completion
  11. Detailed Project Report Submission
  12. Final Project PPT
  13. Feedback Submission
  14. Certification Distribution
PCB Designing Certification
Every trainee who has received training from Softpro India is now building a successful career in top companies.
certificate

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Course completion rate