COURSE - ELECTRONIC CADD
ELECTRONIC CADDStudents Deliverables


COURSE STRUCTURE

 Course Code  Softwares Used Duration
Master Diploma in Electronic Design Automation
AEC MD9 AutoCAD (2D+PT) + OrCAD Capture + OrCAD PSpice + OrCAD PCB Editor  200 hrs
Professional in Electronic CADD
AEC P13 OrCAD Capture + OrCAD PSpice + OrCAD PCB Editor  120 hrs
Diploma in Electronic CADD
AEC D14 OrCAD Capture + OrCAD PCB Editor  80 hrs
Individual Courses
AEC F9 OrCAD Capture 40 hrs
AEC F10 OrCAD PSpice 40 hrs
AEC F11 OrCAD PCB Editor 40 hrs

Payment Details:-
Installment Payment Options available



Course Description (AutoCAD)
About the soft tool
Graphical User Interface
Drawing simple sketches (Line, Arc, Circle, Ellipse, Polygon etc..)
Drawing settings
Modifying entities
Object selection methods
Settings and modifying entity properties
Creating and managing layers
Adding Annotations and Dimensions to your drawings
Creating text Styles and Dimension Styles
Working with Blocks and Attributes
Creating and Viewing Slides
Running scripts
Design calculation
Adding symbols
Exporting objects
Layout Management
Plotting your drawings
Duration: 80 hrs TOP

Capture - Course Description

Introduction to OrCAD Capture
Introduction to component database
How to place the parts in the design
Connecting the parts with wire, bus, net alias and power symbol in the design
How to modify the properties of the parts (Property Editor)
How to edit the physical appearance of the parts (Part Editor)
How to create a new library
How to create a new part
How to work in Multisheet projects
How to make connectivity between schematic pages
How to work in multifolder projectors
Working with Hierarchical blocks
Design Processing (Annotate, Back Annotate, DRC, Create Netlist, Cross reference parts and BOM)
Inter tool communication (ITC)
Component Information System (CIS) with Internet Component Assistance (ICA)
Duration: 40 hrs TOP


PSpice - Course Description

Modifying Schematic for Simulation
PSpice Netlist creation
Error identification and rectification (DRC Markers)
Creation and configuration of Simulation profile.
Bias Point analysis (To display DC bias values)
Transient analysis (Time domain Response)
Single Window, Single window with multiple Y-axis, Split window and Multi window representation
Parametric analysis (Design response variation with respect to Design element parameters)
Temperature analysis (Design response variation with respect to Temperature)
DC Sweep analysis (Design response variation with respect to DC parameters)
AC Sweep analysis (Design response variation with respect to Frequency)
Monte Carlo/Worst case analysis (Design response variation with respect to Device tolerance)
Mixed signal simulation (Design and analyzing with both Analog and Digital devices)
Macros (Getting response with respect to expressions)
Configuring and utilizing stimulus (Signal source creation for Analog and Digital)
Duration: 40 hrs TOP


PCB Editor - Course Description

 

PCB Editor Configuration setup
How to create customized pad
How to create customized Footprint
How to create Board Template
How to create a new board file
How to assign number of layers for routing (X section)
How to import the capture logic
Component placement (Manual and Auto)
Setting up the design constraints (Constraint manager)
Routing the design (Manual and Auto)
DRC Updating
How to Rename design elements (Manual and Auto)
Back Annotation
How to generate the artwork file (Manufacturing Process)
Script File generation and utilization
How to import and export design parameters
Duration: 40 hrs TOP


  COURSES
Electrical CADD
Electronic CADD
Civil CADD
Mechanical CADD
Project Management
Architectural CADD
Graphics & Multimedia
 
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