Common PCB Failure Reasons and How OrCAD X Minimizes Them
Explore common PCB failure reasons and discover advanced OrCAD X features to help identify and prevent them.
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Design Reliability
Design Boards That Work and Won't Fail
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Allegro X
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Showing Components in 3D with OrCAD X
Easily show components in 3D with OrCAD X. Also learn about features for configuring mechanical enclosures for optimal design integrity.
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PCB Design For Military & Aerospace Applications
Discover essential tips and considerations for PCB design in military and aerospace applications, including component selection, current capacity, and performance standards.
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Miniaturization of Satellite Technology Advancements
Explore how miniaturization of satellite technology is revolutionizing satellite development, with reduced costs and faster launches.
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Low Power Circuit Design Strategies for PCBs
Strategies for low power circuit design, including dynamic and static power, component selection, and advanced techniques.
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Designing Reliable PCBs for Space Applications
Learn how to design high-performance PCBs for space applications, tackling high voltage, high speed, RF, and EMI challenges.
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Aerospace PCB Design Standards with Allegro X
Discussion of aerospace PCB design standards, including guidelines for structural strength, corrosion resistance, and heat dissipation.
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Understanding PCB Connectivity Management With OrCAD X
Explore how OrCAD X enables a power PCB connectivity manager, including features like net management, design rule checking, cross-probing, and integration.
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How to Measure Bow and Twist on a PCB: Techniques and Tools
Explore effective methods of how to measure bow and twist on a PCB, including the IPC standards and the use of OrCAD X tools to minimize risks.
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How to Check for PCB Warpage: Techniques and Methods
Learn how to check PCB warpage, its causes, IPC standards, and preventive measures using OrCAD X to ensure high-quality PCB fabrication.
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Voltage Stability in Power Systems: Key Concepts and Analyses
Discussion of voltage stability in power systems, including types of disturbances, impacts of instability, and essential analysis methods.
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How to Find Faulty Components on a PCB: A Guide
Learn how to find faulty components on a PCB for efficient and accurate circuit board repair.
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OrCAD X 3D Export and DFM Features
Discover OrCAD X’s 3D export options, DesignTrue DFM technology, and enhanced 3D DRC capabilities for design verification.
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Optimizing PCB Design and Prototyping With OrCAD X
Explore the key stages and benefits of PCB design and prototyping, including steps like schematic capture and SPICE simulation, with tools from OrCAD X.
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Circuit Simulation and PCB Design Software
Circuit simulation and PCB design software play complementary roles in the PCB design process, providing engineers with tools for optimizing circuits.
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Low Voltage, High Current DC Power Supply: Applications & Features
Learn more about low voltage, high current DC power supplies, including their applications and key features.
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Electronic Parts Database Software for Improved Component Management
Explore how electronic parts database software optimizes component management, enhances compliance tracking, and improves supply chain efficiency.
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Engineering Bill of Materials Best Practices for Electrical Designs
Discussion of guidelines for engineering bill of materials best practices to improve product development and supply chain management.
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How to Generate a BOM in OrCAD X
The Bill of Materials (BOM) describes the components and materials that go into PCB manufacturing. This article examines how to generate a BOM in OrCAD X.
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How to Create a New Library in OrCAD X
Creating a library in OrCAD X is essential for managing electronic components. This article describes the key steps on how to create a new library in OrCAD X.
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