
Explore the power of lookup tables in microcontroller projects, from bit-banging Ethernet to USB stacks, and learn to solve complex problems on smaller processors.

Explore innovative PCB design techniques for 3D structures, circuits, and sensors. Learn to overcome common challenges and create unique, functional designs using EAGLE and practical examples.

Explore the challenges and progress in creating an open-source GHz+ sampling oscilloscope, including design insights, technical hurdles, and promising developments in high-frequency measurement technology.

Explore the art of free-formed circuit sculptures, learn techniques for interactive designs, and discover how to create unique electronic artworks using brass and simple tools.

Explore LED technology with expert Mike Harrison, covering RGB, dimming, PWM techniques, and practical applications for custom lighting installations and hardware projects.

Explore RF circuits with an analog engineer, covering Maxwell's equations, high-frequency techniques, and practical applications in cellular, WiFi, and Bluetooth communications.

Explore the potential of small FPGAs in electronics, their advantages, and applications using open-source tools and affordable development boards for high-performance, flexible projects.

Discover techniques for creating visually stunning PCBs, from variable thickness soldermasks to vector art silkscreens, transforming circuit boards into functional works of art.

Explore bio-inspired sensing and its applications in robotics, focusing on how biological systems like the human eye inform edge detection, noise rejection, and data processing in artificial sensors.

Explore microcontroller selection beyond the 8 vs 32-bit debate, emphasizing the importance of comprehensive knowledge in embedded systems design for optimal project outcomes.

Explore digital art installations combining projectors, lasers, and custom hardware. Learn about interactive experiences and the technology behind magical user interfaces.

Explore the journey of building laser-shooting robots, from simple beginnings to advanced designs. Learn valuable tips and lessons for creating your own competitive robot.

Explore CPLD module design for breadboards, including design decisions, improvements, and software considerations in this informative electronics tutorial.

Learn to program ATmega328p using Pololu 3pi robot, focusing on pulse width modulation for motor control and differential steering. Practical demonstrations included.

Explore ADC architectures: Flash, SAR, and Dual-Slope. Learn their designs, functionality, and trade-offs in sample rate, resolution, and cost. Gain insights into practical applications of analog-to-digital conversion.

Explore hardware prototyping to pilot production with NeuroBytes, an innovative electronic system mimicking neural networks. Learn from Zach Fredin's journey in creating educational tools for understanding neuroscience.

Explore instrumentation amplifiers, their key qualities, and applications. Learn about Common Mode Rejection Ratio, Hi-Z, and practical tips for measuring minute changes in electrical signals.

Explore SPI-controlled analog systems with Bil Herd, covering datasheets, I2C, bench testing, and practical demonstrations of universal active filters and linear meters.

Learn to program digital I/O on the Pololu 3pi robot, exploring buttons, LEDs, and beepers using ATmega328p microcontroller. Hands-on tutorial for embedded systems enthusiasts.

Debunking common misconceptions in high-speed PCB design, focusing on EM fields, inductance paths, glass weave effects, and trace angles for improved circuit performance.

Explore PCB layout inductance: its impacts, mitigation strategies, and real-world applications. Learn to optimize designs for better performance and reliability.