How to Optimize the Electronic New Part Introduction Process for PCB Design
Improve New Part Introduction efficiency with OrCAD X CIP by automating approvals, validating components, and reducing risk.
Read Article
Improve New Part Introduction efficiency with OrCAD X CIP by automating approvals, validating components, and reducing risk.
Read Article
Learn how to use OrCAD X CIP and Ultra Librarian to quickly add verified symbols, footprints, and 3D models for new database components while improving library accuracy, reuse, and design productivity
Read Article
Convert AC to DC power with a clear overview of rectifier operation, key components, and how converters deliver stable voltage for electronic devices.
Read Article
PCB data management isn’t just process—it’s an engineering challenge. Learn how poor data integrity drives costly respins, delays, and design errors
Read Article
Learn how to use Where Used functionality in OrCAD X CIP to identify affected designs, analyze obsolete components, reduce BOM risk, and streamline component replacement across PCB projects.
Read Article
Improve PCB design accuracy, BOM reliability, and sourcing with centralized CAD library management—streamline workflows and ensure manufacturing readiness.
Read Article
Discover five signs your organization has outgrown its PCB CAD library process and learn how centralized library management improves design accuracy, reuse, governance, and supply chain visibility.
Read Article
Use CIP within Allegro X System Capture to centralize component data, streamline new part introduction, assign alternates, track part usage, and leverage real-time supply chain intelligence.
Read Article
Automate schematic symbol creation with EDABuilder. Extract datasheet data, map pins, generate symbols, and validate library content faster while reducing PCB design errors.
Read Article
Reduce PCB library development time with EDABuilder. Automate symbol creation, PCB footprints, 3D models, datasheet extraction, and model validation to improve accuracy and productivity.
Read Article
Quickly identify where obsolete components are used across PCB designs with OrCAD X CIP. Perform where-used analysis, reduce redesign risk, and improve component lifecycle management.
Read Article
Integrate real-time BOM intelligence into PCB design with OrCAD X CIP. Analyze component lifecycle, compliance, availability, and sourcing risk to reduce redesigns and improve manufacturability.
Read Article
Accelerate PCB component selection with parametric search in OrCAD X Capture CIS, using centralized data and filters to quickly find validated components.
Read Article
Automate BOM generation in OrCAD Capture CIS with centralized component data, template workflows, and real-time updates to ensure accurate, orderable PCB BOMs.
Read Article
Analyze lifecycle, sourcing, and compliance risk across your PCB component database in OrCAD X CIP. Assess BOM exposure and make resilient decisions with real-time supply intelligence.
Read Article
Learn how signal integrity and power integrity affect PCB design, including energy flow, return paths, PDN behavior, decoupling, and high-speed layout performance.
Read Article
Read Article
Learn how remote PCB teams use OrCAD X collaboration tools to manage revisions, share design data, improve part control, and streamline PCB workflows.
Read Article
Explore the top 10 PDN-induced signal integrity issues impacting high-speed PCB designs, and learn how power noise, impedance, and voltage instability affect performance.
Read Flipbook
PCB BOM guide: learn how to create a complete bill of materials, improve component sourcing, and streamline PCB design, procurement, and manufacturing.
Read Flipbook
Loading More...