Designing compact, high-performance BLDC and PMSM motor control systems has always been a balancing act. Engineers constantly fight for PCB real estate, struggle to minimize component counts, and work hard to balance thermal performance with real-time processing power.
Whether you’re developing high-end robotics, industrial automation equipment, light e-mobility vehicles, or professional power and garden tools, the engineering demands are clear: higher voltages, smarter integration, and faster fault protection.
Enter the Qorvo PAC53710—a true game-changer in intelligent motor control and drive system-on-chip (SoC) architecture.
What is the PAC53710?
The Qorvo PAC53710 is a highly integrated Power Application Controller (PAC) engineered specifically for compact, high-performance motor-control systems operating up to 72 V.
Instead of cobbling together a discrete MCU, separate gate drivers, linear and switching power supplies, and external analog conditioning components, the PAC53710 packs everything into a single, cohesive device.
Core Architecture & Processing Power
At the heart of the device is Qorvo’s new 160 MHz Arm Cortex-M0+ 32-bit microcontroller. Running at 160 MHz, it delivers the raw processing muscle needed for complex field-oriented control (FOC), sensorless algorithms, and real-time telemetry. It is backed by:
This computing headroom allows developers to implement advanced motor control algorithms while leaving plenty of processing capacity open for system-level housekeeping and communication protocols.
Key Hardware Highlights Under the Hood
The true brilliance of the PAC architecture lies in its high level of hardware integration, minimizing the external Bill of Materials (BOM) and shrinking your overall footprint.
1. Multi-Mode Power Manager™ & Power Supplies
2. High-Performance Gate Drivers
The SoC integrates robust gate drivers designed to handle demanding inverter stages without external buffer transistors:
3. Configurable Analog Front End (AFE)
Say goodbye to crowded analog signal conditioning circuitry. The PAC53710 features programmable gain amplifiers (PGAs), precision comparators, digital-to-analog converters (DACs), and flexible signal sensing.
4. Advanced Safety & VDS Sensing
For industrial and high-reliability environments, safety is non-negotiable. The PAC53710 includes integrated protection mechanisms featuring VDS sensing, supporting lightning-fast fault response and diagnostics in both single-shunt and three-shunt motor-drive topologies.
Key Parameters at a Glance
Parameter | Specification |
Input Voltage Range | 5.2 V to 72 V |
Power Supply Topology | 72 V Buck |
Microcontroller | 160 MHz Arm Cortex-M0+ |
Memory | 128 kB Flash (Main), 16 kB (User Data), 20 kB SRAM |
High-Side Gate Drivers | 3 @ 72V — 1.2A Source / 1.8A Sink |
Low-Side Gate Drivers | 3 @ 20V — 1.2A Source / 1.8A Sink |
Compliance & Ratings | RoHS Compliant, Lead-Free, Halogen-Free, ITAR Restricted: No, ECCN: 5A992.c |
Target Applications
Because of its high voltage tolerance, robust gate drive strength, and compact footprint, the PAC53710 is tailor-made for:
Why It Matters for Your Next Design
By consolidating the microcontroller, power management, analog front end, and gate drivers into a single silicon device, the Qorvo PAC53710 drastically reduces PCB area, simplifies layout complexity, and improves overall system reliability. Fewer traces and fewer discrete components mean lower susceptibility to noise and a faster path to market.
Ready to dive deeper into the documentation? Check out the official Qorvo PAC53710 Data Sheet to explore pinouts, evaluation kits, and application notes for your next high-performance motor design.
Get in touch for orders or any queries: sales@rfdesign.co.za / +27 21 555 8400
Courtesy of Qorvo
