How to Simulate PCB Design Using PSpice and OrCAD X
Learn how to simulate PCB design with PSpice and OrCAD X—analyze transients and signal integrity before your board ever hits production.
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Learn how to simulate PCB design with PSpice and OrCAD X—analyze transients and signal integrity before your board ever hits production.
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Discover guidelines for isolated power supply design, including transformer selection, EMI reduction, PCB layout tips, and safety considerations.
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Unified system design is a cornerstone of modern electronics development due to the varying disciplines necessary to optimize board performance.
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Discover how OrCAD X aids in Ethernet differential impedance control and differences in single ended vs differential signals.
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Explore common PCB failure reasons and discover advanced OrCAD X features to help identify and prevent them.
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Easily show components in 3D with OrCAD X. Also learn about features for configuring mechanical enclosures for optimal design integrity.
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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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Explore how miniaturization of satellite technology is revolutionizing satellite development, with reduced costs and faster launches.
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Creating a layer stackup in PCB stackup design tool takes an understanding of the needs of the design and knowing how to best use the tools at your disposal.
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Learn the best practices for PCB Design for Manufacturability (DFM) with Allegro X.
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Discover the principles of circuit switching network communication, its benefits, and inefficiencies, and explore modern-day applications in telecommunications.
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Strategies for low power circuit design, including dynamic and static power, component selection, and advanced techniques.
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Learn the significance of via transitions in RF PCB layouts, especially at GHz frequencies, and best practices for high and low-frequency designs.
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Discover how the properties panel in OrCAD X aids in management, component management, DRC error filtering, and more.
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Learn how to design high-performance PCBs for space applications, tackling high voltage, high speed, RF, and EMI challenges.
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Discussion of aerospace PCB design standards, including guidelines for structural strength, corrosion resistance, and heat dissipation.
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Discover how PCB cross-hatching enhances flexibility, structural support, and controlled impedance in flex and rigid-flex PCBs.
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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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Learn how via stitching in OrCAD X improves EMI reduction, signal integrity, thermal management, and mechanical strength in PCB designs.
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Here are the essential features to consider when choosing PCB design software for beginners, including user-friendly interfaces, tutorials, and advanced tools like OrCAD X.
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