PCB Online Training Courses & Degree Programs

CAM350 is a multi-use tool for printed circuit board design and
fabrication. It can be used to verify CAM materials that have
been created by other PCB design tools such as PADSâ„? Layout or Cadence. It can be used to prepare those same
materials for various processes such as step and repeat,
panelization or adjusting feature sizes to compensate for
fabrication variables. It can even be used to design a PCB
board from the ground up or reverse engineer a PCB design
from existing photo plots.
All PCB design tools have DRC (design rule check) utilities to
verify connectivity and spacing rules. But these utilities only
check the rules against the Design Database. CAM350 has the
ability to check the design database against the actual
materials that will be used to manufacture the PCB. This adds
an extra layer of protection from errors that can be introduced
either inadvertently by incorrect settings in the utility used to
generate the fabrication materials, or the potential inability of
the design software to detect certain errors.
Also explained are the output capabilities of CAM350 to create
check plots, Gerber and NC files, and a “smart�ODB++**
database that is compatible with Valor-Genesis software. The
necessary steps will typically be explained with text and
graphics, but most operations will also be demo... [Read More]

The Allegro PCB Editor consists of nine modules, which
include all the fundamental steps for designing a PCB, from
loading logic/netlist data through producing. Manufacturing/NC
output. The last four modules of this course introduce you to
ways to build on the basics of the tool and address board
design for high-speed purposes, while touching on ways to
increase productivity. The task-oriented labs show you the
combined use of interactive and automatic tools.
Modules
�Allegro PCB Editor: Module 1: Getting Started
�Allegro PCB Editor: Module 2: Library Development
�Allegro PCB Editor: Module 3: Logic Import, Design
Rules and Component Placement
�Allegro PCB Editor: Module 4: Routing, Glossing and
Copper Areas
�Allegro PCB Editor: Module 5: Post Processing and
Manufacturing Output
�Allegro PCB Editor: Module 6: Being Productive using
the PCB Editor
�Allegro PCB Editor: Module 7: Rules, Constraints, and
High-Speed Routing
�Allegro PCB Editor: Module 8: Autoplace, Interactive
Routing, and PCB Router Tips
�Allegro PCB Editor: Module 9: Glossing, Copper
Planes, and Tools to Produce Designs

The OrCAD PCB DESIGNER consists of five modules, which
include all the fundamental steps for designing a PCB, from
loading logic/netlist data through producing manufacturing/NC
output. The task-oriented labs show you the combined use of
interactive and automatic tools.
Modules
�Allegro PCB Editor: Module 1: Getting Started
�Allegro PCB Editor: Module 2: Library Development
�Allegro PCB Editor: Module 3: Logic Import, Design
Rules and Component Placement
�Allegro PCB Editor: Module 4: Routing, Glossing and
Copper Areas
�Allegro PCB Editor: Module 5: Post Processing and
Manufacturing Output
Learning Objectives
Session1
�Learn about the user interface.
�Learn about design preparation (libraries).
�Padstacks
�Component Symbols
LAB SESSION

Session2
�Import logic design data
�Learn about design rule definition
�Perform interactive placement
�Perform pin and gate swapping LAB
SESSION
Session3
�Perform interactive routing
�Perform automatic routing
�Create copper areas for positive and negative planes.
�Learn about manufacturing output and documentation.
LAB SESSION

pcb dESIGNING FROM CIRCUIT DESIGN TO GERBER GENERATION

PCB, SI, DFM, EMI/EMC

PCB Designing training

all types of pcb everything in PCB LayoutCircuit Designing

We have these following ONLINE Training products
Sl.#
1 OrCAD Capture & Layout Training
2 OrCAD Capture & PCB Designer Training
3 Allegro PCB Editor Training
4 CADENCE Capture CIS Training
5 PADS Logic & Layout Basic Training
6 PADS High Speed Option Training
(Includes PADS Router)
7 PADS Router Training
8 CAM350