Orcad 16.6 Tutorial Today

Select your root project folder in the OrCAD Capture directory tree. Go to .

The design process begins in OrCAD Capture, where you create the logical representation of your circuit. Create Project : Open Capture CIS, select File > New > Project

Once routing is 100% complete without errors, you must export your design files into art formats that fabrication houses accept. 1. Copper and Silkscreen Art Files Go to .

Here are some basic tools and commands to get you started with OrCAD 16.6: orcad 16.6 tutorial

OrCAD 16.6 is a powerful, integrated tool. This tutorial covered the fundamental flow: Schematic → Netlist → Layout → Routing → Manufacturing. Regular saving, running DRCs, and understanding footprint mapping are key to successful PCB design in OrCAD.

Connect these symbols directly to your circuit lines using the wire tool. 5. Assigning Part Values and Designators Double-click any component text to edit its properties.

Right-click on the existing film folders to add or map layers (e.g., TOP, BOTTOM, SOLDERMASK_TOP, SILKSCREEN_TOP). Select your root project folder in the OrCAD

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.

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 .

Once OrCAD 16.6 is launched, click on > New > Project to create a new project. In the New Project dialog box, select OrCAD Capture as the project type and choose a project name and location. Create Project : Open Capture CIS, select File

The Place Part search window will appear. If your libraries are empty, click the icon (the small library icon with a green plus sign).

: You can associate STEP files with your footprints to view the board in 3D using Setup > Step Package Mapping .

Enter the exact name of the Allegro footprint library part (e.g., RES_REXT_AXIAL_0.4 or SOIC8 ).

Go to Constraint Manager ( Setup > Constraints ) to define trace widths and clearances. Route: Select Route > Connect (shortcut: F3 ).