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EPC9186HC2 and HC3 Bring GaN to 5 kW Motor Drives

EPC’s EPC9186HC2 and EPC9186HC3 evaluation boards use EPC2361 GaN FETs to support 3-phase BLDC motor drives up to 5 kW, targeting robotics, industrial automation, light EVs, forklifts, and drones.

EPC, EPC2361, EPC9186HC2, EPC9186HC3, GaN, eGaN, gallium nitride, motor drive, BLDC inverter, 3-phase inverter, robotics, industrial automation, light EV, electric scooter, forklift, agricultural machinery, drone power, field oriented control, motion control, power electronics

EPC GaN Power Stages Push Motor Drives Toward Simpler Control

EPC’s new 100 V integrated GaN power stages combine FETs, gate drive, and protection in a compact package, giving motor drive, robotics, and power conversion designers tighter shutdown control, 100% duty-cycle support, and simpler system integration.

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EPC GaN Inverter Board Targets Faster BLDC Prototyping

EPC’s EPC91121 gives engineers a compact three-phase GaN inverter platform for 24 V-class BLDC development, combining 50 ARMS output, integrated sensing, controller support, and switching up to 150 kHz.

EPC, EPC91121, EPC2366, GaN, eGaN, BLDC motor drive, three-phase inverter, motor control, power electronics, field-oriented control, space-vector PWM, 24 V motor drive, robotics, drones, industrial automation, handheld power tools, evaluation board, power transistor

EPC’s EPC91202 GaN Inverter Board Pushes BLDC Drives to 150 kHz

EPC’s EPC91202 GaN inverter evaluation board delivers up to 50 ARMS phase current and 150 kHz PWM switching for high-density BLDC motor drive development in robotics, drones, and e-mobility systems.

Efficient Power Conversion, EPC, EPC91202, EPC2361, eGaN FET, gallium nitride power devices, GaN motor drives, BLDC inverter, three phase inverter, motor control electronics, robotics motor drives, drone propulsion electronics, eMobility motor drives, field oriented control, space vector PWM, power electronics

EPC91122 from EPC Puts GaN Motor Drive Inverter Inside Robotic Joints

EPC’s EPC91122 integrates a complete 3 phase BLDC motor drive inverter inside a compact circular form factor for humanoid joints, combining GaN switching, onboard control, sensing, and communication to deliver high current in limited space.

EPC, EPC91122, EPC33110, GaN inverter, BLDC motor drive, humanoid robotics, integrated motor controller, three phase motor control, GaN power stage, high frequency switching, motion control, robotic joints, servo drive design, compact motor inverters, electromechanical systems, actuator design

EPC’s First Gen 7 eGaN FET Pushes Power Density in 40 V Designs

EPC’s new 40 V Gen 7 eGaN transistor offers low RDS(on) and reduced switching loss for compact, high efficiency power stages.

EPC, Efficient Power Conversion, EPC2366, GaN FET, eGaN transistor, Gen 7 GaN, 40 V FET, low RDSon, QG, synchronous rectification, DC DC conversion, AI servers, motor drives, power electronics, high density power, PQFN package

EPC Reveals GaN Motor Drive for Humanoid Robots and UAVs

EPC’s new GaN-powered EPC91118 reference design delivers 15 ARMS per phase in a compact 32 mm board for humanoid joints and drones.

EPC, GaN, Motor Drivers, BLDC Control, Humanoid Robotics, UAV Systems, Power Electronics, Embedded Systems, Motion Control, ePower Stage, RS485 Communication, STM32 Microcontroller, Robotics, Drone Design, Motor Control Solutions

EPC9186HC2 and HC3 Bring GaN to 5 kW Motor Drives

EPC GaN Power Stages Push Motor Drives Toward Simpler Control

EPC GaN Inverter Board Targets Faster BLDC Prototyping

EPC’s EPC91202 GaN Inverter Board Pushes BLDC Drives to 150 kHz

EPC91122 from EPC Puts GaN Motor Drive Inverter Inside Robotic Joints

EPC’s First Gen 7 eGaN FET Pushes Power Density in 40 V Designs

EPC Reveals GaN Motor Drive for Humanoid Robots and UAVs

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