Blog
Technical articles on PCB design, manufacturing, and industry best practices. Written by our engineering team.
Complete PCB design and manufacturing guide for EV traction inverters. Covers 800V SiC/GaN power stages, heavy copper 4-12oz, high-voltage isolation per IEC 606
EV BMS PCB manufacturing guide: high-voltage isolation design, cell monitoring accuracy, ISO 26262 functional safety, and thermal management for 400V/800V batte
Complete PCB design and manufacturing guide for EV on-board chargers (OBC) and DC-DC converters. Covers 800V high-voltage isolation, SiC MOSFET gate drivers, pl
Ethernet PHY PCB design guide — magnetics placement rules, Bob Smith termination, 100 ohm MDI differential pair routing, crystal layout and ESD protection for 1
How to design and manufacture PCBs for EV Battery Management Systems (BMS). Covers high-voltage isolation (800V+), shunt vs Hall-effect current sensing, ISO 262
ENIG, HASL, OSP, Immersion Silver, Immersion Tin, ENEPIG — which surface finish is right for your application? Compare cost, shelf life, solderability, and reli
Energy storage system PCB guide: battery management system (BMS) layout, 1500V isolation design, high-current busbar integration, and thermal management for uti
EMS vs ODM vs OEM explained for electronics buyers: who owns the design, who owns the IP, and how turnkey, consignment and box-build change your cost, risk and
Energy harvesting PCB design guide — indoor solar, thermoelectric, piezoelectric and RF power sources, cold-start PMIC selection, supercapacitor storage, leakag
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