Article & Blog

Master 10 high-frequency PCB layout strategies: shorten traces, minimize vias/bends, use ground planes, impedance matching & decoupling. Boost signal integrity & cut EMI!

Chemical etching removes excess copper from PCBs using chemicals, creating precise circuits. Key factors: material compatibility (copper/FR-4), precision control, pros (cost/detail) and cons (waste/safety).

Comprehensive PCB design checklist: Data input validation, component/layout inspection, signal/power/thermal optimization, routing rules, and final verification for reliability.

Uncover hidden flex PCB expenses! Avoid design errors causing 60% failures, learn rigid-flex applications, and choose reliable manufacturers to prevent budget shocks and defects.

Avoid disasters by choosing the right EMS partner. Key factors include quality systems, outsourcing strategy, and NPI management for reliable electronics manufacturing.

Learn the 3 essential SMT machines: stencil printer, pick-and-place for speed/accuracy, and reflow oven. Selection tips, common issues, and fixes for efficient PCB assembly.

Through-hole components create unbeatable mechanical bonds in PCBs for high-stress applications. Learn PTH design rules, sizing limits, and SMT comparisons to prevent failures.

Choose PCB copper thickness by evaluating current, impedance, thermal, and cost needs. Thin copper suits signals; thick handles power. Mixed layers balance performance and cost.

Learn how PCB gold fingers ensure reliable connections via gold plating (hard vs. soft), ENIG treatment, critical beveling/cleanliness standards, and repair techniques for durable electronics.

Learn budget PCB waterproofing methods under $20, understand IP ratings, avoid critical design mistakes, and salvage water-damaged boards effectively.