Orcad 16.6 Tutorial Here

Click the icon on the right toolbar (or press P ).

OrCAD PCB Designer 16.6, developed by Cadence Design Systems, remains an industry-standard software suite for electronic design automation (EDA). This tutorial provides a structured methodology for novice engineers and students to navigate the core components of OrCAD 16.6: Capture CIS for schematic design and PCB Editor for physical layout. The paper details the workflow from project creation, component placement, netlisting, to routing and Gerber generation. By following this guide, users will acquire the foundational skills necessary to design a two-layer printed circuit board (PCB).

If you are looking for a review of typical tutorials, they generally reflect the software's reputation as a powerful but complex industrial tool. While newer versions like OrCAD X are now available, version 16.6 remains a legacy staple in many engineering environments. General Consensus on Tutorials

Arrange components logically to keep the guide wires ("ratsnest" lines) as short and crossing-free as possible. Routing Settings (Constraints) Before routing traces, set up your physical design rules. Click > Constraints > Physical . orcad 16.6 tutorial

Your next step? Design a two-layer Arduino shield or an audio amplifier. Download the free (limited to 100 pins) from Cadence’s archive to practice.

High-quality tutorials are praised for covering "hidden" settings, such as automatic annotation in Capture or the Padstack Designer for custom mounting holes.

While Cadence has moved to 17.2, 17.4, and 22.1, remains the baseline for millions of legacy designs. Many defense and medical device companies still require 16.6 because newer versions break their proprietary scripts. Click the icon on the right toolbar (or press P )

If your net alias disappears, check that you placed it directly on the wire, not near it. Zoom in to ensure connection.

Before moving to the PCB stage, you must perform two critical housekeeping tasks:

If Capture CIS is the brain, the Netlist is the nervous system. The paper details the workflow from project creation,

Constraints control your manufacturing tolerances, track widths, and clearings. Go to .

Open OrCAD Capture and navigate to File > New > Project . You will see several project types. For general PCB design, you typically choose Schematic . Give your project a name, specify a save location, and click .

Before moving to the physical board design, your schematic must pass electrical checks and assign physical packaging details to every symbol. 1. Design Rules Check (DRC)

: OrCAD 16.6 includes PSpice for mixed-signal simulation, allowing you to test circuit behavior before building it. Academic Access