OrCAD Capture Tutorial Self-paced interactive tutorial that you can use to quickly get started with OrCAD® Capture. You can practice what you've learned by going through the tutorial's specially designed exercises that interact directly with Capture. You can access this tutorial from Help - Learning OrCAD Capture from the OrCAD Capture window. The lessons and exercises run from the browser window and require the one-time installation of the Adobe Flash Player 10.0 or later version. For more information on the latest free Flash Player downloads, see the Adobe Web Players page. Ensure that the default browser is specified in Cadence Help.

OrCAD PCB Flow Tutorial Describes the design cycle for an electronic design, starting with capturing the electronic circuit in OrCAD Capture, simulating the design with PSpice, through the PCB layout stages in OrCAD Layout / OrCAD PCB Editor, and SPECCTRA, and finishing with the processing of the manufacturing output and maintaining the design through ECO cycles. To enable users to evaluate the power of the OrCAD PCB tools used in the Windows-based PCB design process. You can use this tutorial to perform all the steps in the PCB design process.

The tutorial focuses on the sequence of steps to be performed in the PCB design cycle for an electronic design, starting with capturing the electronic circuit, simulating the design with PSpice, through the PCB layout stages, and finishing with the processing of the manufacturing output and maintaining the design through ECO cycles. Tasks covered in this tutorial may not cover all the features of a tool. In this tutorial, the emphasis is on the steps that you will need to perform in each OrCAD tool so that your design works smoothly through the flow. Digest In Urdu. The tutorial design example used in this tutorial works within the limits of the Lite version of tools available in the Cadence installation CD.

PSPICE tutorial: BJT circuits at DC! In this tutorial, we will examine the use of BJTs in PSPICE. We will use PSPICE to simulate a simple DC circuit that has npn and.