Press the shortcut key on your keyboard (or go to Place > Part ).
A: This usually means you forgot to connect a ground (GND symbol) to your circuit. Every node in the simulation must have a DC path to ground.
Open the PCB Editor and go to File > New > Board. The interface here is different from Capture, focusing on physical geometry rather than logical symbols. Your first step is to import the logic you just created. Go to Import > Netlist and point the software to your Capture project folder.
(PDFs installed with software)
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 .
To simulate the circuit, follow these steps:
Name your project and select a dedicated directory folder. Click . Navigating the Interface orcad 16.6 tutorial
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 .
By following this flow—Capture, Netlist, Layout, and Artwork—you can harness the full power of OrCAD 16.6 to bring your electronic designs to life. To help you move forward with your design:
You will notice your parts have generic names like R1 , R2 , C1 , and values like 1k or 10u . You must edit these to match your circuit requirements. Press the shortcut key on your keyboard (or
In the Place Part sub-pane on the right, click the button (the icon looks like a small folder with a green plus sign).
| Analysis | Use case | |----------|----------| | Bias Point | DC operating point | | DC Sweep | Transfer characteristic | | AC Sweep | Frequency response | | Transient | Time-domain waveform |
Under Action, select or Unannotated everything to reset. Click OK . Design Rules Check (DRC) Open the PCB Editor and go to File > New > Board