Resources
Guides, case studies, videos, and press.
Practical electronics-design guides, real-world case studies, product videos, and press coverage from the CADY team.
Videos
How to Configure CADY's Analysis
How to Run CADY for the First Time
How to Upload a Pin Assignment File to CADY
How to Analyze Multi-Boards with CADY
CADY Pro Tips
Interview with ipXchange
CADY Webinar with IpXChange
Intel Ignite Press Conference
Intel Ignite 2022
Parallel Systems
EDACafe
CADY at PCB Live 2025
Joseph Ogbonna
Kirsch Mackey
Articles
Understanding Capacitors: An Essential Component in Electronic Design
Capacitors are essential in electronic circuits, ensuring functionality, stability, and reliability across various devices. They filter noise, stabilize voltage levels, and support proper circuit operation. This article examines the importance of capacitors, their roles in different circuits, potential issues from neglecting them, and specific applications in microcontroller circuits.
Read more →
Power Supply Design: Linear Regulators and Switching Regulators
This article explores the characteristics, advantages, and potential pitfalls of different power supply designs, helping you make informed decisions and create efficient, reliable circuits.
Read more →
How to Select the Right Component for Your Electronics Design
Selecting the right components for your electronics board is crucial for ensuring optimal performance, reliability, and cost-effectiveness. This paper will cover some tips and best practices for selecting the right components for your project
Read more →
The Importance of Annotation and Label in Schematic Designs
Clear annotation and labeling are essential in schematic design, ensuring design intent is communicated accurately and enabling efficient collaboration, review, and successful project execution.
Read more →
4 Essential Electronics Components You Must Know Before Starting Circuit Design
Successful circuit design starts with understanding how core components-resistors, capacitors, inductors, and ICs-work and interact, forming the foundation for building and debugging reliable electronics.
Read more →
Understanding Pull-up and Pull-down Resistors in Digital Circuits
Pull-up and pull-down resistors prevent floating inputs in digital circuits by ensuring stable logic levels, improving reliability and overall system performance.
Read more →
The Engineer's Guide to Understanding and Applying datasheets
Datasheets are essential tools in electronics design, providing the specifications and guidance needed to choose and use components correctly, if you know how to read and apply them effectively.
Read more →
Balancing Cost, Quality and Availability in Electronics Component Selection
Choosing the right components in electronics design requires balancing cost, quality, and availability to ensure performance, reliability, and long-term scalability.
Read more →
How to Use Reference Designs Effectively During Schematics Designing
Reference designs provide proven frameworks for building reliable schematics, helping engineers reduce errors and optimize performance-when sourced from trusted, up-to-date providers.
Read more →
Modular Design for Complex Schematics Circuit
Using modular design techniques to break complex circuits into clear, manageable blocks improves schematic organization, reduces errors, and makes designs more scalable and easier to debug.
Read more →
Advantages of Running CADY Analysis on Your Schematic Design Before Board Production
Before moving to production, validating your schematic through simulation testing is essential to catch issues early and save time, cost, and resources.
Read more →
5 Things to Know Before Starting Any Electronics Design
Before starting an electronics project, careful planning around component availability and manufacturing constraints is essential to avoid costly mistakes and ensure a successful design.
Read more →
Common Drawing Mistakes in Schematic Design and How to Avoid Them
Well-designed schematics are essential for clear, efficient circuit development, as avoiding common design mistakes improves collaboration, reduces errors, and ensures smoother implementation.
Read more →
Linear Regulators in Modern Circuit Design: Why They Still Matter and How to Use Them Well
Linear regulators remain essential in modern electronics because they provide clean, stable, and predictable power-key to building reliable, high-performance designs despite lower efficiency.
Read more →White Papers & Case Studies
10 Common Errors to Avoid in Electrical Board Design
Design errors can cause delays, increased expenses, or product malfunctions. This article highlights common PCB design mistakes.
Read more →
Strategic Electrical Schematic Management - Looking to the future, now.
What is automatic electrical schematic analysis and what problem has CADY solved in an industry that has only seen manual analysis.
Read more →
Introducing Automatic Schematic Electrical Analysis
Discover the future of electrical schematic inspection with our automatic, AI-powered solution. Try it out for yourself.
Read more →
CADY’s AI-powered technology effectively identified two critical errors in a schematic design during its final stage, eliminating the need for a re-spin.
An American aerospace manufacturer early adopted CADY, and this case study highlights how the system identified critical issues across two complex boards.
Read more →
CADY’s AI-powered technology detected a potential capacitor breach in WINT’s schematic design, leading to an ECO.
This case study shows how CADY’s analysis of WINT’s main board identified a critical issue, prompting an immediate ECO to replace a capacitor before the product left the assembly line.
Read more →
How CADY’s AI-powered technology detected two critical errors in the final stage of a schematic design, preventing the need for a re-spin
A leading French telecom company adopted CADY’s automated electrical analysis solution to reduce PCB re-spins, cut design costs, and accelerate time to market, after first validating its accuracy through controlled testing with intentional design errors.
Read more →
CADY’s AI-powered technology demonstrated remarkable effectiveness in identifying and flagging six critical errors within a schematic design
Babyark engaged CADY to automatically analyze their main board before advancing development, validating design integrity through AI-driven analysis.
Read more →
How CADY Saved My Node.IO Development Board
From “Good Design” to Production-Ready, read how CADY helped identify critical issues in a development board.
Read more →Press & Media
CADY Updates
CADY's Automatic Technology Analyzes Electronic Circuit Designs in Minutes Instead of Days to Weeks and Eliminates Human Errors…
Read more →
How does CADY tackle errors in electrical schematics?
Read more about the company and its technology, via Calcalistech.
Read more →
How we founded CADY – who, what and where.
Read the story of how CADY was founded, via LinkedIn.
Read more →
Altair x CADY Collaboration: Seamless Integration with Altair Points
A unified approach to schematic analysis.
Read more →See what CADY finds in your design.
No setup, no commitment - just a faster path to a clean schematic.