Content we are covering of OrCAD Capture CIS
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 Multi sheet projects
How to make connectivity between schematic pages
OrCAD Layout Plus (Printed circuit board designing software)
OrCAD LAYOUT is highly reliable and flexible tool for PCB design.
supports PCB design for specific schematic or without schematic development.
has huge standard library for pads and footprints.
capable to create customized Pin/Pad, Hole and Via Pad designer.
capable to create customized Symbol/Footprint Package Symbol.
capable to create customized PCB layout design Mechanical symbol.
capable to do PCB floor planning for component placement.
capable to define Keeping and Keep for package and Routing - Board.
capable to define Spacing constraint between various design elements Constraint Manager.
capable to define Physical constraint for each and every net Constraint Manager.
capable to define upto 100 conducting layers such as conductor (Routing) and plane Xsection.
won't allow doing any mistake while designing PCB
Content we are covering of OrCAD Layout Plus
Transferring capture file to a board file
How to create customized Footprint
How to create a new board file
How to assign number of layers for routing (X section)
Component placement (Manual and Auto)
Setting up the design constraints (Constraint manager)
Routing the design (Manual and Auto)
Routing and placing techniques
How to generate the artwork file (Manufacturing Process)
PCB etching methods
OrCAD PSpice (Electronic circuit simulation software)
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)
DC Sweep analysis (Design response variation with respect to DC parameters)
AC Sweep analysis (Design response variation with respect to Frequency)