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Introduction in schematic design of PCB projects tutorial

Modules

1. Introduction in CAE-CAD-CAM and schematic design environment
2. Management of schematic designs
3. Symbols and parts (virtual components)
4. Working with various SCM items
5. Hierarchical and concatenated schematic diagrams
6. Finishing and optimizing the schematic diagram

pages: previous | 1 2 3 4 5 [6]

Besides basic drawing and visualization capabilities, modern schematic editors typically provide the following.

 

  • The ability to capture electrical properties and other attributes of components, wires, nets and pins.
  • Hierarchical way of design.
  • Abilities to generate netlists and other common representations of the designed circuit from schematic.
  • The ability to generate documentation.
  • Libraries of standard components.
  • The ability to automatically detect and report errors in the schematic.

 

The practical tasks will be created with the help of the OrCAD family of products. Orcad family products offer a total solution for core design tasks: schematic- and VHDL-based design entry; FPGA and CPLD design synthesis; digital, analog, and mixed-signal simulation; and printed circuit board layout.

 

Orcad family products are a suite of applications built around an engineering design flow—not just a collection of independently developed point tools. Orcad Capture is just one element in the total solution design flow. Capture is a versatile design entry product which can be used to create schematics for analog or mixed signal designs, printed circuit board layout designs, and programmable logic designs.

 

Firstly, the designer/student had to create a flat or hierarchical design in the schematic page editor, and then use Capture’s tools to quickly annotate it and prepare it for the next stage of development.

1. Introduction in CAE-CAD-CAM and schematic design environment
2. Management of schematic designs
3. Symbols and parts (virtual components)
4. Working with various SCM items
5. Hierarchical and concatenated schematic diagrams
6. Finishing and optimizing the schematic diagram

pages: previous | 1 2 3 4 5 [6]

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