Guide to PCBs and IoT
Ultra-low power, RF stability & thermal management key to IoT PCB success—material choices, layout precision & compliance are critical.
What Skills Should PCB Education Focus on by 2025?
Modernize PCB education with AI, IoT, and sustainable design by 2025 to bridge skills gap for smart factories.
AR vs. VR: Can You Actually Tell Them Apart?
AR overlays digital elements on reality; VR replaces it. Differing tech drives unique uses – from navigation to gaming. Future may merge both.
PCB Industry Market Outlook Report 2025
Global PCB market growth (3.5% YOY), U.S.-China decoupling shifts production to ASEAN, risks from tariffs, AI/EV/6G demand drives 2025 strategy.
What is Thermal Management in PCB Design?
PCB thermal management prevents overheating using thermal vias, heatsinks, and layout optimization, reducing failures while extending device lifespan by 2–3×.
What is the Best Finish for PCB Surfaces?
Choose optimal PCB surface finishes (HASL, ENIG, OSP, Silver, ENEPIG) by balancing cost, performance, and environmental needs. Expert selection guide.
DFM: Is Your PCB Design Ready for Manufacturing?
5 PCB DFM errors to avoid: edge clearance, vias, thermal pads, copper balance, panelization. Prevent costly respins via proven stackup & validation.
What is Moisture Sensitivity in PCBs?
Moisture damages PCBs via vapor expansion and hydrolysis, causing delamination, popcorning. Prevention: baking, dry storage per IPC/JEDEC MSL standards.
How to Choose the Materials for Low-Temperature PCB Assembly?
Guide to cryogenic PCB design: Balance CTE, Tg, moisture resistance. Material selection (ceramics/polyimides), FPGA alternatives, testing per IPC-6012 for Arctic/space tech.
When to Choose FPGA Over a Microcontroller?
FPGAs excel in parallel processing, real-time tasks, and hardware flexibility; microcontrollers suit simpler, sequential apps. Compare needs vs. development costs.
