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To view videos on any of the above topics, click an icon to jump to that category.
In addition to the videos below, you can also find product user manuals and quick start guides here.
This short video covers the advanced design capabilities of OrCAD's 'Capture', 'PSpice' and 'PCB Editor' applications.
Duration: 3 minute 32 seconds
This one hour tutorial covers the basics of creating a project, designing a circuit and laying out a PCB, using OrCAD's PCB Designer. Provided courtesy of Robert Faranec, who provides customised online tutorials.
Duration: 64 minutes
ECADtools' QUICK START GUIDE 2: Designing a Circuit with OrCAD 'Capture'.
OrCAD 'Capture' lets you generate 'intelligent PDFs' with hierarchical views that allow others to click through schematic views, parts lists, etc, quickly. And they take seconds to generate.
Requires Ghostscript: www.ghostscript.com/download
Duration: 1 minute 35 seconds
This video covers the variety of ways you can create symbols, use templates to save time, and edit or update symbols.
Duration: 1 minute 56 seconds
This short video explains how to use the graphical design compare feature to quickly distinguish differences between revisions, without having the resort to an error-prone visual review of different schematics.
Duration: 2 minutes 46 seconds
Using the Constraint Manager, you can define workflows and naming conventions, and define physical, spacing and electrical constraints (such as maximum track width, track-to-via separation and maximum length of differential pairs) that define your design objectives.
Duration: 2 minutes 59 seconds
Dive deeper into how properties entered into OrCAD Capture can become constraint overrides in PCB Editor.
Duration: 4 minutes 58 seconds
OrCAD's constraint-driven flow provides a unique, fully integrated environment to define design intent and dynamically track compliance throughout the implementation process. This webinar demonstrates how to utilise the constraint-driven flow in OrCAD to improve efficiency, reduce errors, and help ensure on-time product delivery. Topics include constraint resolution, design reuse, routing of differential pairs, and more.
Duration: 40 minutes 33 seconds
It is now easier than ever to search and place PCB parts into your designs with the Ultra Librarian for OrCAD plug-in. Watch our quick demonstration video to see the program in action. Contact Us for purchase options.
Duration: 2 minutes 27 seconds
Visit pspice.com to view dozens of videos covering basic mixed signal simulations, through to advanced system level co-simulations when using MATLAB/Simulink.
Duration: 4 minutes 4 seconds
Regardless of what design app you use, PSpice offers design engineers the most powerful SPICE simulation and analysis tool of them all. With support for system level models developed in SystemC, C/C++, etc, you can even simulate designs including integrated circuits.
Duration: 17 minutes 34 seconds
This webinar reveals useful tips and tricks for maximizing the performance of the PSpice A/D simulator.
Duration: 58 minutes 53 seconds
This presentation shows how PSpice Advanced Analysis 'Optimizer' features allows you to automatically adjust your PSpice model's parameters or component values, either from values taken from a datasheet or bench measurements, to get the best fit on your PSpice model. Beats 'trial-and-error' methods every time!
Duration: 2 minute 56 seconds
This in-depth review covers all the key features available in OrCAD's 'PCB Designer Professional' suite.
Duration: 32 minutes 20 seconds
This video explains the advanced rigid-flex design features, including real-time inter-layer checks for coverlay and mask to pad, precious metal to coverlay, and bend area/line to stiffener, component, pin, and via, and arc-aware routing.
Duration: 38 minutes 36 seconds
The PCB Editor app in OrCAD allows you to lay out a PCB and place parts using several different modes.
See also 'Using OrCAD SPECCTRA auto-router feature' webinar below, if you're using PCB Designer 'Professional'.
Duration: 2 minutes 38 seconds
This short video explains how to quickly and effectively get schematic information, including parts and nets, into your PCB design in 'PCB Editor'.
Duration: 2 minutes 38 seconds
See how the new padstack editor makes building and editing padstacks a snap with enhanced support for pads with chamfered corners and donut shaped pads as well as improved communication with manufacturing.
Duration: 2 minutes 57 seconds
This short video covers the steps involved in managing board materials and communicating your design stack-ups effectively to your manufacturer. This video covers how to define materials for your board as well as how to create shared libraries of common materials for later use.
Duration: 2 minute 6 seconds
OrCAD PCB Productivity Toolbox provides a comprehensive suite of utilities to help PCB designers to increase PCB layout productivity. This short video will show you a selection of features including Label Tune, Barcode, Polar Grid and Post Processing.
Duration: 4 minutes
Learn how to accelerate your PCB layouts using the SPECCTRA auto-router, which is included in PCB Designer Professional.
Duration: 47 minutes 25 seconds
Using OrCAD's Constraint Manager to define design objectives from schematic to PCB.
This presentation explores SigXplorer (also referred to as Signal Explorer/SE), which is a feature available with OrCAD PCB Designer 'Professional'.
Duration: 2 minute 59 seconds
This video explores using SigXplorer to run signal analyses prior to laying out a PCB, eg to check for voltage overshoot at a receiver.
Duration: 3 minute 47 seconds
This video shows how easy it is to perform quick and accurate SI analysis on nets in the PCB Editor in OrCAD PCB Designer Professional.
Duration: 8 minute 43 seconds
This video is an excellent primer for students or engineers not familiar with the use of SI tools for PCB design fault finding and optimisation. Covers theories, practical issues and how to use OrCAD's 'PCB SI' tool (an option with PCB Designer 'Professional') to undertake SI analysis.
Duration: 80 minutes
This presentation explores how Sigrity 'SI Base' and the 'System Serial Link Analysis Option' can be used to model serial link interfaces using a cut-and-stitch methodology, which enables creation of 3D full-wave accurate s-parameter models 10x faster than using traditional SI analysis approaches.
Duration: 8 minute 37 seconds
This presentation explores how Sigrity SI Base and the new flow planning feature for route planning with signal integrity analysis can help you discover many signal integrity problems while you route - rather than after you've completed a layout.
Duration: 9 minute 27 seconds
This webinar series courtesy of FlowCAD Germany explores key signal integrity concepts arising in high-speed PCB design.
When transmitting digital signals at high frequencies, the properties of the transmission paths change, with more reflections and delays occurring the longer the signal pathways. The critical length of a pathway indicates when the connection must be considered as a transmission line. The critical length is calculated from the signal speed and rise time.
Duration: 4 minute 24 seconds
For tracks on a PCB, a distinction is made between microstriplines on the outside that have only one reference plane, and striplines running through inner layers between two reference planes. The propagation speed of a signal in a stripline can be derived simply, since only one dielectric constant (ε r ) must be taken into account, with a value around the 15 cm/ns usually outputted. In a microstripline, air or protective lacquer makes the calculations more complex. The transfer speed on microstriplines is therefore faster than on inner tranmission pathways.
Duration: 2 minute 49 seconds
When a driver is connected to a long tranmission line, it initially sees only one transmission line. The amplitude of the driver signal is dependent on the impedance and the internal resistance of the driver. The stronger the driver, the smaller its internal resistance. The internal resistance of a driver can be calculated from the measured first amplitude.
Duration: 2 minute 51 seconds
Whenever a transmitted signal encounters a discontinuity of the impedance, there are reflections. Causes for discontinuities are: impedance change (layer construction), through-contacts or impedance loads. The amplitude and polarity of the reflected wave is the product of the incident wave and the reflection coefficient. The signal voltage is the sum of the incident wave and the (positive or negative) reflected wave. Reflected signals are also reflected back to the driver after they have completely returned from the receiver to the driver.
Duration: 4 minute 21 seconds
Previously, interconnections on printed circuit boards could be assumed to be ideal, since the applied signal quasi simultaneously at the receiver arrived. At today's high frequencies and thus fast rise times, different signals are generated at the transmitter and receiver. The connections on the printed circuit board must be assumed as a substitute circuit diagram of cascaded RLGC elements. Thus, the alternating current behavior changes particularly for high frequencies.
Duration: 4 minute 8 seconds
Resources above are courtesy of Cadence Design Systems Inc and Cadence Channel Partners,
including EMA Design Automation (USA), Parallel Systems (UK), and FlowCAD (Germany), whose copyright we acknowledge.
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