A constraint driven approach makes your PCB design process smoother. You can eliminate the need for multiple design reviews and shorten the overall design process.
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A brief overview of why design for test is important with a focus on what JTAG testing is and when it makes sense to utilize it.
This episode of Whiteboard Wednesday will review what coupling is and what you can do to combat crosstalk caused by undesirable coupling.
An overview of common uses for Copper Planes and Pours within your design including: power distribution, electromagnetic interference reduction, EMI shielding, ESD guard bands, and heat sinks.
Discovering issues with part status and availability late in the design process can be detrimental to your project, causing production delays and costly respins due to bill of materials (BOM)...
PCB Part placement is a very important part of the design process as it will drive the success of the entire project. Part Placement effects everything from manufacturing to electrical...
You learned about impedance in school, but how does it relate to PCB design? This episode of Whiteboard Wednesday will discuss impedance and how to implement controlled impedance in your designs.
This episode of Whiteboard Wednesday will discuss Via Selection. This video will cover: - What is a via - The types of vias, what they are typically used for, and cost considerations - Why...
Automatically generate a report that compares footprints versions placed on the board to the corresponding footprint found in your promoted library- verifying all parts are up to date.
Reduce errors and save time with approved parts in OrCAD Engineering Data Management. Import schematic symbols, PCB footprints and pad stacks. Once components are approved, parts are promoted and...
In our last Whiteboard Wednesday episode, Best Practices for PCB Part Placement Part 1, we reviewed the general guidelines for part placement, however there are a few other factors that need to...
You understand the importance of controlling impedance in a PCB layout, but how is it accomplished? This episode of Whiteboard Wednesdays will discuss how to measure impedance.
In this webinar, you'll learn: Why your stackup is critical to overall design success Key elements that comprise PCB board stack-ups (power planes, balance, flex / rigid-flex, etc) Material...
Easily create and simulate circuits, manage error prone revisions, generate BOMs according to market requirement and analyze their circuit in a virtual environment before proceeding for PCB design.
Quickly prototype your Printed Circuit Board design so that you can turn your ideas into successful products faster.
For simulation and signal integrity checks for high speed PCB design analysis, use OrCAD software with intuitive PCB design & layout tools.
Easily ensure the manufacturability of your designs with real-time visual feedback and avoid field failures.
Quickly and easily identify signal integrity issues on your PCB design with the various tools to improve design performance.
With OrCAD, it’s easy to reuse past designs to ensure productivity, minimize design errors and get to market with verified technology faster.
As you work on the layout of your PCB design, it’s important that you run any necessary manufacturing checks to ensure higher quality and reliability of your product.
