
Learn to design and manufacture custom Arduino shields using Fritzing software, enhancing project reliability and robustness while avoiding common breadboard issues.

Comprehensive guide to creating a custom ESP32 board, covering schematic design, PCB layout, manufacturing, and programming, with practical examples and industry insights.

Explore signal reflections in PCB tracks with Eric Bogatin. Learn about electrically short vs. long tracks, simulation techniques, and strategies to eliminate reflections for improved signal integrity.

Learn to design and simulate PCB antennas for WiFi or Bluetooth using MATLAB Antenna toolbox. Covers creation, simulation, optimization, and exporting of inverted F coplanar antennas.

Comprehensive guide to measuring DDR4 memory signals, including probing techniques, oscilloscope analysis, and compliance testing. Covers signal identification, read/write cycles, and result interpretation.

Comprehensive explanation of S-Parameters in high-speed PCB layout simulation, covering their creation, usage, and interpretation for effective board design and analysis.

Explore PCB power distribution with Eric Bogatin, discussing current limits, stackup options, and real-world examples of noise and emissions in board design.

Detailed 3D animation exploring signal loss through VIAs in PCB design, covering single-ended and differential pair scenarios with various stitching configurations and impedance considerations.

Explore common PCB design issues and solutions with expert Amit Bahl. Learn about tombstones, component rotation, footprints, board edges, solder masks, exposed pads, and thermal relief.

Comprehensive guide to versioning, releases, and project management in Altium Designer, covering key features like project history, comparisons, and manufacturing outputs.

Explore high-current PCB design with Steve Sandler. Learn about inductance challenges, ASIC decoupling, stability, and testing techniques. Gain insights on VRMs, GaN technology, and current-carrying capacity in PCBs.

Comprehensive guide to PCB design using OrCAD and Allegro, covering schematic creation, footprint design, PCB layout, and manufacturing output generation for beginners.

Learn to design and calculate a PCB patch antenna for WiFi and Bluetooth using KiCad. Covers antenna theory, calculations, and practical implementation on a circuit board.

Step-by-step guide to designing and 3D printing a custom enclosure for PCB boards using Fusion 360, demonstrated with a Raspberry Pi example. Covers modeling, adjustments, and exporting for printing.

Comprehensive guide to PCB track impedance and Time-Domain Reflectometry (TDR). Covers key concepts, practical applications, and expert insights for effective PCB design and signal integrity analysis.

Expert insights on EMC design for PCBs, covering simulations, component placement, shielding, filtering, and board layout techniques to improve electromagnetic compatibility in hardware engineering.

Comprehensive guide to designing electronics for space missions, covering component selection, testing procedures, and unique challenges of the space environment.

Explore USB Type-C basics, power delivery, and connector design. Learn PCB optimization, RF engineering, and successful connector-PCB matching through simulated examples.

Explore crystal oscillator circuit measurements, assess robustness to component variations, and learn simple improvements in this practical webinar on electronic design.

Comprehensive guide to designing a custom PCB for the RP2040 microcontroller, covering schematic creation, PCB layout, fabrication, soldering, and debugging techniques for Raspberry Pi Pico-compatible boards.

Learn to design a custom carrier board for Raspberry Pi CM4 using KiCad. Covers PCB layout, differential pair routing, power distribution, and manufacturing preparation. Ideal for embedded projects and industrial applications.