How to Check a PCB Footprint Before Ordering Boards
A practical pre-order PCB footprint checklist: verify part numbers, pin-to-pad mapping, dimensions, orientation, DRC results and fabrication outputs.
Arduino Modules and Shields: Compatibility Guide
Learn how Arduino boards, modules and shields work together. Check voltage, pins, buses and libraries, then build an I²C sensor logger.
FPGA Logic Analyser: Eight-Channel Project Brief
Design an eight-channel FPGA logic analyser with a protected 3.3 V input PCB, trigger capture and host software. Explore the proposed build and test plan.
LiFi Audio and Data Transmitter: Practical Build
Build a LiFi audio and data transmitter concept with a measured LED-to-photodiode data link, circuit, code and troubleshooting.
Biometric Vehicle Ignition: Safe Bench Prototype
Explore biometric vehicle ignition safely with an isolated fingerprint bench demonstrator, fault handling, privacy and recovery design.
A visual representation of unlocking the potential of Eagle CAD software for circuit design
Unlocking the Power of Eagle CAD: A Comprehensive Guide
Unlocking the Power of Eagle CAD: A Comprehensive Guide In today's fast-paced world of electronics design, having the right tools is essential for achieving efficiency and precision. One such tool…
KiCad
KiCad: The Open-Source PCB Design Tool That’s Changing the Game
KiCad is rapidly becoming a go-to choice for engineers, hobbyists, and makers looking for a powerful yet completely free PCB design solution. In this post, we explore how this open-source tool is transforming the electronics design landscape, from schematic capture to advanced PCB layout, and why it’s a compelling alternative to expensive commercial software. Whether you’re just getting started or looking to upgrade your workflow, KiCad offers the flexibility and capability to bring your ideas to life.
Rolling Chasing LEDs
Mastering PCB Prototyping: How to Avoid Common Mistakes Before Manufacturing
Author: David Richards | Published on: 19/03/25 Introduction PCB prototyping is a critical step before mass production. It helps identify design flaws, test circuit functionality, and optimize layouts. However, many…