Article & Blog

Round PCBs optimize space in compact devices like wearables but face unique design challenges. Learn key considerations for effective implementation.

Zero PCB vs. Vero Board: Key differences, ideal uses, and step-by-step soldering tips for efficient DIY electronics prototyping.

Wire bonding enables precise microchip connections using ultrasonic tech, outperforming soldering in heat-sensitive semiconductor production with unmatched reliability.

Critical WiFi PCB design: components selection, impedance control, EMI mitigation, material optimization for stable high-speed connectivity.

ENIG black pad: Hidden nickel corrosion under gold plating causing PCB failures. Learn causes, detection, prevention prevents costly repairs.

Prevent PCB tombstoning via balanced pad design, precise thermal profiles, and controlled solder paste to neutralize uneven solder forces.

PCB stiffeners prevent circuit damage: learn to choose materials, calculate thickness, and avoid installation errors for reliable flexible PCBs.

Solve KiCad FreeRouting issues: via generation, export setup, efficiency hacks, crash fixes, manual-auto balance, via reduction techniques.

Decoupling capacitors prevent voltage spikes, stabilize IC power, and ensure reliable electronics. Learn PCB placement, value calculation, and resonance prevention techniques.

Optimize PCB projects: match specs to needs, reduce layers, validate design files, verify suppliers. Cut costs, avoid delays, ensure quality.