Closed-loop PCB stator control simulates rotational inertia in a jog knob, restoring smooth haptic feel in lightweight camera controls.
A heater-integrated fuse at the stator neutral cuts the circuit after inverter short-circuit detection, reducing relay resistance and power loss.
A shared protection circuit disconnects the rotor coil from the rectifier, absorbs stored energy, and enables reliable demagnetization.
Parallel tooth windings and configurable stator connections raise BLDC motor power density in compact power tools while improving efficiency.
A labyrinth rib layout stiffens the inverter cover to suppress vibration noise while guiding water off the surface to prevent accumulation.
Overlapping the inverter and output member enables a compact two-axis drive layout while linked coolant channels cool both the motor and inverter.
By integrating the contactor around the winch motor, this case cuts external wiring, speeds installation, and shields connections from weather.
Columnar capacitor units and plate bus bars shorten inverter current paths, cutting inductance, weight, heat, and EMI.
Columnar unit capacitors placed at equal distances and linked by circumferential bus bars lower inverter inductance, EMI, weight, and noise.
Sensor feedback corrects harmonic drive output angle errors, cutting backlash and preserving servomotor precision in a compact reducer.
Cooling fins and a recessed wire path help a potting boat dissipate PCB heat in power tools while preventing electrical shorts.
Annular carbon steel members let a stator be press-fitted into an aluminum frame without damage, improving holding force and reducing motor radial size.
A shear shaft and dual wedges decouple the prime mover and brake a permanent magnet generator to zero speed during short-circuit faults.
By mounting module electrodes on shared power wiring, this case cuts motor electronics wiring space, impedance, and inductance.