Constraint Driven Design in OrCAD X | Cadence

Learn how constraint driven design in OrCAD X integrates a multidisciplinary approach into the PCB design process to improve reliability and manufacturability.

Microvia Reliability in High-Density Designs

Learn about microvia reliability through failure causes in PCBs with proper design notes, materials, and simulation tools.

Copper Current Density in PCB Design

Learn how to optimize copper current density in PCB design, including temperature, trace width, and via design. Improve reliability with OrCAD X.

High Voltage PCB Design Guidelines and Materials

Learn essential high voltage PCB design guidelines, covering trace spacing, creepage, material selection, and more.

Design, Simulate, and Validate Your Circuit With PSpice

Introduction to best-in-class functional simulation environment and ecosystem powered by PSpice. PSpice and OrCAD X Capture combine to provide industry-leading schematic entry, native analog...

Controlled Impedance Design Guide

Applying IPC PCB Design Standards | Cadence

Design for Reliability Tools With OrCAD X | Cadence

MTBF and Reliability Standards in PCB Design | Cadence

Improve Your Circuit Manufacturing Yield With Monte Carlo Analysis In PSpice! (Part 4 of 4)

Lets improve our circuit manufacturing yield using Monte Carlo Analysis in PSpice!

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.

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.

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.

Miniaturization of Satellite Technology Advancements

Explore how miniaturization of satellite technology is revolutionizing satellite development, with reduced costs and faster launches.

Low Power Circuit Design Strategies for PCBs

Strategies for low power circuit design, including dynamic and static power, component selection, and advanced techniques.

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.

Aerospace PCB Design Standards with Allegro X

Discussion of aerospace PCB design standards, including guidelines for structural strength, corrosion resistance, and heat dissipation.

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.

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.