Active-Semi Motor Control Solutions for Drones & RCs Using Power Application ControllerTM (PACTM) IC Family PACTM Value for High-Performance Drones & RCs High Efficiency, Improved System Performance Smallest System Footprint BOM Cost Reduction Improved System Reliability Scalable Platform Solution Field Programmable thro UART Proven Firmware & Software IP Reduced Time-to-market Featured Products, Eval Kits & Firmware IP PAC5223 6mm x 6mm PACTM IC with 70V gate drivers, Multi-mode Power Manager, AFE, ARM Cortex core for 3-phase BLDC motor control HYDRA-X Eval Kits for PAC5223 IC: EP-HYDRA-X23-1, EP-HYDRA-X23S-1 EH-FOC1-1 motor head board for sensorless FOC control EH-BLDCM1-1 motor head board for Back-EMF control PACTM SDK, Firmware IP, Reference Designs, Code Examples About Active-Semi Headquartered in Dallas, Texas, USA Founded in 2004 Investors: USVP, Tenaya Capital, LG, LDV Partners 1.5 Billion ICs shipped Shipping over 30M ICs per Quarter Operations in the US, Europe, China, Taiwan, Hong Kong, Japan and S Korea ISO 9001:2008 Company www.active-semi.com/about/leadership Active-Semi International, Inc. 700 Central Expressway South, Ste. 330 Allen, TX 75013 USA Active-Semi’s Power Application ControllerTM (PACTM) IC Family offers highly integrated, single-IC solutions for BLDC motor control in drones and RC motor applications. Drone and other BLDC motor control solutions based on PAC5223 IC and firmware IP for sensorless BLDC and FOC control deliver highest system performance & efficiency for long battery life, design flexibility through field programmability and system reliability while reducing system footprint, BOM cost and time-to-market of these applications. WHAT MAKES PACTM IC FAMILY IDEAL FOR HIGH-END DRONES & RCs: HIGH EFFICIENCY & PERFORMANCE, LONG BATTERY LIFE: PACTM ICs deliver higher efficiency with integrated high voltage gate drivers offering superior switching performance than those in typical discrete implementations. In addition, software configurable hardware dead-time control enables complementary PWM control between high-side and low-side FETs further contributing to significant efficiency gains. The high efficiency aids in longer battery life which is critical in these applications. SMALLEST SYSTEM FOOTPRINT: In a tiny 6mm x 6mm package, PAC5223 integrates required power management, up to 70V, 1A gate drivers for 3-phase motor control, analog front-end along with 32-bit ARM Cortex-M0 core to enable high-performance BLDC motor in smallest system footprint. PACTM ICs also includes serial interfaces control, high-speed PWM Engines, timers, and sophisticated hardware based protection blocks for improved system reliability. BOM COST REDUCTION: PAC5223 IC comes integrated with 3 high-side and 3 low-side gate drivers for 3-phase control. In addition, the IC has integrated multi-mode power manager, single-ended and differential amps, on-chip temperature sensing, protection blocks that help reduce external components for lowest BOM cost and system footprint. SYSTEM SCALABILITY: PACTM ICs are highly configurable for different input power requirements, output drives with 3-half bridge drivers for up to 70V, open drains, GPIOs, and with software programmable ARM Cortex core, offering a scalable, programmable platform solution. PROVEN FIRMWARE IP & TOOLS: PACTM based motor solutions are supported with reference designs and software IP for sensored & sensorless control for FOC and back-EMF control. In addition, software tools such as motor tuning GUI help reduce development time and time-to-market. PACTM SDK is available for IAR, Coocox and Keil IDEs. Bootloader along with software examples enable field programmability of Drones & RC applications through UART. PAC5223 IC with 6mm x 6mm package, integrated 1A, 3-high-side, 3-low-side gate drivers also allows powering directly from 2S and 3S batteries, and offers highest efficiency solution in the smallest system footprint. Reference design and HYDRA-X evaluation kits are available for rapid system development of high-performance Drones and RCs Learn more about PACTM IC Family and Eval Kits at www.active-semi.com/pac To Order IC Samples and Eval Kits, email [email protected] Motor Control Solutions for Drones, Quadcopters and Radio Controlled Gadgets Using Active-Semi’s Power Application ControllerTM (PACTM) IC Family PAC5223 IC Block Diagram PAC5223 HIGHLIGHTS FOR DRONES & OTHER BLDC MOTOR APPLICATIONS • Tiny 6mm x 6mm QFN footprint • Single-IC Solution with Integrated 70V HS and LS Gate Drivers, Power Manager, AFE, ARM Cortex M0 • Input Voltage: 4.5 - 70V. Powers directly from Battery (<18V), or with Integrated Buck • Power directly from 2S & 3S Batteries For more information: active-semi.com/pac HYDRA-X Evaluation Kits for Drones, RCs and Other BLDC Motor Applications EP-HYDRA-X23-1 PAC5223 HYDRA Board EH-FOC1-1 FOC Control Head EP-HYDRA-X23S-1 EH-BLDCM1-1 PAC5223 HYDRA Board with Sepic BLDC BEMF Control Head • HYDRA-X Development Kits For Evaluation and Easy System Development with PAC5223 IC • EP-HYDRA-X23-1 and EP-HYDRA-X23S-1 HYDRA-X Body Boards With all Required Power Management and Onboard Debugger • EH-FOC1-1 and EH-BLDCM1-1 Head Boards to Support FOC and Back-EMF Trapezoidal Control of BLDC Motors • USB Connectors for Application-level Communication, Access to All PACTM Pins thro Headers for Debug & Custom Head Design • Available at Major Semiconductor Distributors World-wide PAC5223 ICs and HYDRA-X Eval Kits In Production Now Firmware IP and Motor Control Reference Designs • Firmware Support for Sensorless FOC Motor Control • Sensored/Sensorless Back-EMF Motor Control • Support for Advanced Features such as Initial Position Detection Start-in-Motion, Stall Detection etc. • Software GUI for Motor Tuning • PACTM SDK, Project Files for Fast Prototyping & Development Supprort for IAR, Coocox and Keil IDEs • Bootloader & Example Code for Field Programmability Support • Reference Designs for FOC (“TinyFOC”) & BLDC (“TinyBLDC”) Solutions PACTM SDK, Firmware, Motor Tuning GUI, Reference Designs at active-semi.com/support/resources For more Active-Semi IC Products, Evaluation Kits, Application Solutions visit www.active-semi.com, or email [email protected] Order your samples now www.active-semi.com