Mastering Segmented Stator Architecture: How Advanced Tooth Geometry and Backlack Lamination Stacks Solve Next-Gen Motor Performance Bottlenecks
Dec 9, 2020
As electric propulsion systems demand extreme torque density, ultra-high operating frequencies (>1,000 Hz), and stringent thermal dissipation, traditional continuous-ring stator laminations hit rigid physical and economic boundaries. This technical whitepaper evaluates how segmented stator architecture—integrated with sub-micron progressive stamping and zero-stress Backlack self-bonding technology—overcomes winding slot limitations, drastically lowers high-frequency core loss, and minimizes silicon steel waste for global Tier-1 OEMs...