Our Training Courses

Our Training Courses

Best PCB and Circuit Design Training


Join the Best PCB and Circuit Design Training

SOFCON INDIA PVT LTD is one of the top PCB design training institute in India. The institute aims to provide complete assistance and help to secure a job in their dream organizations. Having complete knowledge of the subject is necessary, but you also need to have practical knowledge of the same. As having excellent practical knowledge can lead you towards your dream job hence you secure a better future. SOFCON is one of the best PCB design training institute in India.

The candidates looking forward to making their career get to learn introduction to PCB and circuit design, types of PCBs, PCB printing, etching, and others. SOFCON TRAINING is one of the leading advanced PCB design training institute with the latest and updated course content designed in such a way to boost the career of the aspirants.

The institute has excellent infrastructure and superb lab facilities for different courses. SOFCON aims to give right direction to a large number of students for PCB and circuit design at an affordable fee. The live classroom study and practical experience of circuit designing boost your confidence and trains you with appropriate skills which you must apply while performing any activity.

SOFCON offers one of the best PCB and circuit design training with 100% placement support. The course has perfectly organized and well-defined course modules. Not only this training session provided by the SOFCON prepares the students for the future to be as par with other candidates when it comes to showing off the skill sets.

The classes are carried out in different batches such as daytime classes, weekend classes for working or non-working candidates, evening batches and fast-track training classes are also conducted. So, what are you waiting for? Tie your shoelaces and grab a seat for yourself in the institute to increase your chances of getting hired by top notch organization.

LabView is a graphical programming environment used to develop complex measurement, test, and control systems using graphical icons and wires that resemble a flowchart. It offers unparalleled integration with numerous hardware devices and provides a large number of built-in libraries for advanced analysis and data visualization – all for creating virtual instrumentation.

LabView is a proven integrated development environment for interfacing with measurement and control hardware, analyzing data, publishing results, and distributing systems using a graphical programming approach.

Course Content

What we learn…..

Module 1 : Introduction to Circuit Designing

» Fundamental of circuit design
» Creating New Components
» Introduction to Analog Circuit Design
» Introduction to Digital Circuit Design
» Placing Symbols and Ports
» Labeling components
» Circuit optimization

Module 2 : Introduction to PCB Design

» Definition and Evolution of PCB
» Purposes of a PCB
» Types of PCBs
» Creating the Blank PCB
» Defining a sheet template
» Printed Circuit Technology
» PCB Construction (Power and Ground Plane)
» PCB Printing & Etching process
» Defining the Board Shape & Placement Boundary
» Creating a board outline & placement / routing boundary

Module 3 : PCB Schematic

» Basic concepts of PCB Designing
» Schematic capture
» From schematic to PCB
» Design structure
» Placing, editing, and connecting parts and electrical symbols
» Adding and editing graphics and text
» Changing your view of a schematic page
» Creating and editing parts
» About the processing tools
» Preparing to create a net list
» Creating a net list
» Creating reports
» Exporting and importing schematic data

Module 4 : PCB Editor

» PCB Material.
» Using the PCB Editor panel.
» PCB Editor Preferences.
» Board Options dialog.
» Board Layers and Colors.
» Grids.

Module 5 : PCB layers

» Enabling Layers.
» Layer definitions.
» Defining the Electrical Layer
» Defining Mechanical layers.
» Defining PWR/GND layers.

Module 6 : Design information to the PCB

» Design synchronization with schematic tool.
» Resolving synchronization DRCs.
» Design transfer using a Net list.

Module 7 : Design rules and design rule checking

» Adding design rules in constraints manager
» Design rules concepts.
» How rules are checked.
» Where rules apply.
» Constraint region setting
» Design Rule Checking

Module 8 : Component Placement tools

» Placing components.
» Finding components for placement.
» Moving components.
» Interactive Placement commands.
» Re-Annotation.
» Placement Considerations – [Mechanical – Thermal – Electrical – Assembly].

Module 9 : Shielding

» Shielding Effectiveness.
» Shielding Practices.

Module 10: Routing Diagram

» Routing topologies and PCB Routing Considerations.
» Single Ended.
» Routing guidelines
» Copper Pour
» Differential routing (Design Considerations).

Module 11: PCB Layout and Grounding

» Discontinuities and other higher order mode effect – bend vias, pads and connectors.
» Basic layout rules.
» Basic grounding rules.

Module 12 : Footprint libraries

» Introduction to Library Design.
» IPC standards in Foot print design.
» Pad Design.
» Foot print design.

Module 13 : Drawings & Documentation

» Creating a new Output Job file
» Setting up Print job options
» Creating CAM files
» Running the Output Generator
» Drawing Requirements
» Assembly Drawing
» Master Drawing

Module 14 : Software covered: Circuit Wizard, Proteus & Eagle

» Drilling and Soldering
» Drilling of designed PCB
» Soldering Process of Components
» Testing & Troubleshooting

What we learn…..

Module 1: LabView Fundamentals

» Introductions of LabVIEW
» Programming principles in LabVIEW
» Environmental basics in LabVIEW

Module 2: Basics of LabView

» Numerical
» Booleans
» Comparators
» Arrays
» Clusters
» Shift registers
» Strings
» Plotting
» Math script
» Local and global variables

Module 3: Loops and Sequences

» While loop
» For loop
» Flat sequences

Module 4: Structures and Nodes

» State Machine Principle
» Case structure
» Event structure
» Formula node

Module 5: Data Handling Instructions

» String functions and its applications
» Array functions and its applications
» Waveforms creations
» Clusters
» File I/O

Module 6: Error Handling & Debugging

» Error Clusters
» Broken Arrow
» Error Lists
» Probes
» BreakPoints
» ghlight Execution

Module 7: LabView Programming

» LabView IDE, Data Flow Programming
» LabView Text-based Programming
» Formula Nodes
» Propery Nodes
» Invoke Nodes
» Sub VI creations
» User Interfaces (HMI, GUI)
» Stand-alone files and installer development

Module 8: Instrumentation drivers

» VISA architecture explanations
» Various protocols and explanations

Module 9: Control Systems in LabView

» Creating Control Systems in LabView
» PID control palette and to Control physical Process
» GSM module interface and programming
» 8051 Microcontroller Interface
» PLC & DCS Interfaces
» I/O Modules Interfaces
» Signal Simulation of dynamic systems

Module 10: DAQ Interfacing: NI USB 6009

» Introduction of DAQ card system
» Technical specifications of NI USB-6009 DAQ
» Architecture of DAQ
» Digital I/O wiring configurations methods
» Different types of Analog I/O wiring

Course Details

Category:- 100% Job Oriented Training for Circuit Design & PCB Design
Course Duration:- 3 Month(180 Hrs)

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