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Many top-rated tutorials are 5–10 years old. While the core logic remains the same, the UI in these videos can look antiquated compared to modern software.
Show you for manufacturing.
for differential pairs or length matching.
The OrCAD 16.6 suite consists of several interconnected applications. To successfully design a circuit board, you will primarily interact with two core programs:
Place voltage markers () on the nets you want to inspect. Click the green Run PSpice arrow on the top toolbar. orcad 16.6 tutorial
The OrCAD 16.6 suite splits the design process into two primary standalone applications that seamlessly share data.
: Use the "Place Wire" tool to connect pins. Every connection creates a "net" used for the layout.
Draw a perimeter around the board; the software automatically floods copper while maintaining clearances around non-GND traces. Silkscreen and Artwork Configuration Click > Silence or Artwork .
Under the Check Selection tab, enable and Check physical rules . Many top-rated tutorials are 5–10 years old
Select (if simulating with PSpice) or PC Board Wizard (for standard PCB designs).
The standard design flow in OrCAD 16.6 consists of six phases:
Go to Constraint Manager ( Setup > Constraints ) to define trace widths and clearances. Route: Select Route > Connect (shortcut: F3 ).
If you are looking to get started, I can help you find specialized tutorial videos or documentation for specific components. If you'd like, I can: Explain how to in OrCAD 16.6. Provide a deeper guide on constraint-driven routing . for differential pairs or length matching
Before placing parts, you must load the appropriate device libraries. Click the icon (or press P ).
Go to > NC > NC Drill to generate the drill hole location coordinates for your manufacturing house.
Choose to assign unique numbers sequentially, then click OK . Generating the Netlist
OrCAD Capture is the schematic design environment where you define the electrical connectivity of your circuit. Creating a New Project Open . Click File > New > Project .
OrCAD 16.6 remains a staple in the electronics industry for PCB design, known for its powerful schematic capture and robust simulation capabilities. This guide walks you through the essential stages of the design flow—from starting a project to generating manufacturing files. 1. Creating a New Project Everything starts in . To begin a design: Launch OrCAD Capture and select File > New > Project .
In the PCB Board Wizard dialog, leave the default libraries checked and click . Adding Component Libraries
