OrCAD 16.6 remains one of the most widely used versions of Cadence’s industry-leading PCB design suite. Despite newer versions being available, 16.6 holds a legendary status due to its stability, widespread adoption in corporate environments, and the massive library of legacy projects that still rely on it.
Whether you are a student trying to finish a senior project, an engineer migrating from Altium or Eagle, or a hobbyist looking to go pro, this OrCAD 16.6 tutorial will walk you through the entire workflow: from schematic capture to final Gerber generation. orcad 16.6 tutorial
Note: This tutorial assumes you have OrCAD 16.6 installed (with the latest Hotfix applied). The suite includes Capture CIS (schematic) and PCB Editor (layout). Mastering PCB Design: The Ultimate OrCAD 16
DISCRETE.OLB, 7400.OLB, ANALOG.OLBThis 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. Note: This tutorial assumes you have OrCAD 16
Add > Line. Subclass: Board Geometry/Outline. Draw a rectangle 80mm x 60mm.Place > Manually.
Before diving into the mouse clicks, let’s address the elephant in the room: Why learn an "old" version? OrCAD 16.6 (released circa 2012) is still the baseline for many corporations and fabrication houses. Its database structure is predictable, its PSpice simulation engine is robust, and most third-party libraries support .olb and .dra files natively. Mastering 16.6 gives you transferable skills to newer versions (17.2, 17.4, 22.1) while avoiding the learning curve of their UI changes.