PCB Design (Basic Vertical)
Allegro | OrCAD | Altium | PADS
Schematic Capture & PCB Editor
OrCAD / Altium / PADS Capture is one of the most powerful schematic design environments. With Capture, you can quickly, easily, and intuitively create complex schematic designs. This Series introduces you to OrCAD / Altium / PADS Capture 16.6/17.2/17.4.
and OrCAD / Altium / PADS PCB Editor provides engineers with a concept-to-production design environment. With OrCAD PCB Editor, you can complete your next project easily with powerful design capabilities such as differential signal definition, interactive routing, high-speed constraint management, and real-time design capabilities. This Series introduces you to OrCAD PCB Editor 16.6/17.2/17.4.
Upon completion of this Course, you will be able to work professionally.
Schematic Capture:
Vertical 1:
Open Capture 16.6/17.2/17.4 and create a new project
Edit design, template, and title block preferences
Add a new library file to your project
Vertical 2:
Copy library parts and paste them into a new design library
Rename and edit a library part
Create a new part and add it to your design library
Vertical 3:
Add a library to your Capture project
Place a title block, components, ground and power on a schematic page
Search for parts in the default Capture libraries
Place a part from the Unified Search (16.6/17.2 & New in 17.4)
Vertical 4:
Connect components to wires
Select and move groups of wired components
Connect a bus to components and nets
Vertical 5:
Place net aliases
Add a new net alias to multiple nets and buses
Vertical 6:
Edit component values and display information on the schematic
Add PCB footprints to your design
Vertical 7:
Edit reference designator text
Automatically update schematic annotation
Vertical 8:
Define differential pairs both manually and automatically
Vertical 9:
Configure and run a design rule check (DRC)
Correct violations
Vertical 10:
Create a custom BOM
Open the BOM in Excel
Vertical 11:
Configure the first-time setup for a Smart PDF
Generate a Smart PDF
Vertical 12:
Create a new PCB layout and Net-list for the design
Summery :
Basic Electronics theory.
Basics of Circuit designing.
Schematic design preparation.
Schematic part editing and creation.
Net list and Net class creation.
Electrical Rule Checking.
Bill Of Material generation (BOM).
Footprint Creation:
Through hole footprint creation.
Surface Mount Device footprint creation.
COMBI SMT-TH Footprint Creation.
BGA / PGA footprint creation.
PCB Editor:
Vertical 1:
Setup and edit design parameters
Add a layer to the board stack up
Vertical 2:
Create a mounting hole
Place mechanical symbols on your PCB
Vertical 3:
Place components
Review a report that identifies unplaced components
Cross probe components between Capture and PCB Editor
Vertical 4:
Set up a differential pair
Specify electrical, physical and differential pair rules with Constraint Sets
Vertical 5:
Add ground and power planes
Draw and merge geometric shapes
Vertical 6:
Route and clean-up traces
Verify all nets are routed
Vertical 7:
Run a Design Rule Check
Identify and correct DRC errors
Vertical 8:
Add dimensions and title block for fabrication
Create a Drill Chart and Cross Section Chart
Setup Artwork/ Gerber Films
Vertical 9:
Generate IPC-2581, Gerber Artwork files and NC Drill file
Vertical 10:
Setup STEP mapping for 3D Models
Perform collision detection
Cross-probe between 2D and 3D to resolve collisions
Summery :
Board size and shape creation.
Component placements.
PCB Routing: 2 to 4 Layer routing.
Plane creation.
Design rule checking.
Gerber generation.
WORK ON LIVE PROJECTS
GET TRAINED BY EXPERIENCED INDUSTRY EXPERTS
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