Orcad 16.6 Tutorial < Top 10 EASY >

  • Setup > Cross-Section:
  • Placement tip: Keep decoupling capacitors close to ICs.

    • This is the bridge between schematic and layout.

  • Click OK. You will see a .MNL and .NET file appear in your layout folder.
  • Click Import. You should see "Netlist import successful" in the command window.

    • The transition from circuit theory to functional hardware requires proficiency in EDA tools. OrCAD 16.6 is widely used due to its robust simulation capabilities (PSpice) and tight integration between schematic and layout environments. However, its user interface can be intimidating for beginners. This tutorial addresses common pain points by breaking down the design cycle into discrete, manageable stages. orcad 16.6 tutorial

    The standard design flow in OrCAD 16.6 consists of six phases: Setup &gt; Cross-Section :

    Before routing, define trace widths.

  • For power nets (+12V_IN and +5V_OUT):
  • Save and close Constraint Manager.

    • This tutorial has demonstrated the fundamental workflow for OrCAD PCB Designer 16.6, from initial schematic capture in Capture CIS to final Gerber output in PCB Editor. Mastering the DRC cycle, netlist transfer, and dynamic shape management is essential for reliable PCB design. While newer versions (17.x, 22.x) exist, OrCAD 16.6 remains a stable, resource-efficient platform for learning professional EDA practices. Placement tip: Keep decoupling capacitors close to ICs