Managing component information becomes more and more complex as our libraries grow over time. Join us for a live tutorial to learn tips on how to better manage your component information to save time and reduce errors. We will also demonstrate how to accelerate your design process and improve collaboration with your design team with an integrated component information system and searchable component data environment.
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3:07Enhance productivity and streamline schematic design with the comprehensive schematic solution of OrCAD Capture CIS.
1:45Streamline model library creation with direct integration of CIP and OrCAD Library Builder to quickly build symbols and footprints for new database components.
14:22An overview of IPC standards (IPC-2612, IEC 60617, and IEEE/ANSI 315 ) and the symbol creation process in OrCAD Capture. Learn how to create a symbol for 32-Pin Atmega 328P from scratch using IPC-2612
This tutorial will provide a step-by-step instruction on performing queries in OrCAD Capture Component Information System to efficiently find parts that meet the requirements.
This tutorial will provide detailed instructions for generating a zero-touch Bill Of Materials as well as a template to accelerate future Bill Of Materials creation.
This tutorial is a step-by-step instruction on how to display color-coded variant components on the schematic and create a variant report in OrCAD Capture Component Information System.
This tutorial provides a walk through on how to characterize a variant design with components that have varying values.
1:14Easily manage, track, communicate, and review design changes across your entire engineering team with the automatic comparison and reporting features in OrCAD Engineering Data Management.
Component availability and lifecycle aren’t static. With supply chain issues on the rise this can create many issues during the design process, regardless of the length of your design cycle....
Poor component selection can lead to many problems. Luckily, there are ways to choose parts that will deliver projects on time and produce functional boards, leaving both you and your clients happy.
Relying on old methods can only get us so far, maybe it's time we look at other solutions
EDA software helps maintain PCB supply chain visibility.
The first step to producing quality PCB products is having an efficient and effective PCB supply chain.
56:14As your products are designed, manufactured, and shipped to your customers the electronic components that drive your devices play a major part in your success or failure. From functionality, to cost,
Supply chain FMEA is an effective means of ensuring your boards are reliable. In this blog, we show you how to make the best use of this important process.
