Core Application Fields

1. Motor Control (Core Advantage Scenario)
   • Industrial Motor Drives: Suitable for BLDC, PMSM, servo motors and stepper motors. It realizes precise closed-loop control of speed and position through vector control/direct torque control algorithms, combined with high-speed PWM and ADC. Ideal for equipment in textile, machine tool and automated production line applications.
   • Automotive Motor Control: Controls electric power steering (EPS), water pump/fan motors, and seat/window motors. Dual CAN bus ensures on-board communication, and AEC-Q100 certification is compatible with 12V/24V vehicle power supplies, enabling efficient driving and fault diagnosis.
   • Home Appliance Inverter Motors: Used in inverter air conditioner compressors and washing machine drum motors. PWM-based variable frequency speed regulation reduces energy consumption, improving operational stability and noise reduction performance.
2. Digital Power Supplies & Power Conversion
   • Industrial Digital Power Supplies: Compatible with AC-DC, DC-DC converters and UPS systems. High-speed PWM (with 1ns-level resolution) and high-precision ADC enable real-time power loop regulation, boosting conversion efficiency to over 95% and supporting overvoltage/overcurrent/overtemperature protection.
   • Photovoltaic Inverters & Energy Storage Systems: Processes MPPT tracking algorithms for solar panels, collects voltage and current data, uploads data via SPI-connected communication modules, and manages battery charging and discharging. Suitable for distributed photovoltaic and household energy storage scenarios.
   • Motor Drive Power Supplies: Serves as auxiliary power supplies for industrial/automotive motors, providing multi-channel isolated power supply, monitoring power status in real time, and ensuring stable operation of motor control systems.
3. Industrial Automation & Instrumentation
   • Programmable Logic Controllers (PLCs): Acts as the core of small PLCs, connecting remote I/O modules via CAN/LIN bus, processing digital/analog input and output signals, and executing logic control and motion control commands. Ideal for factory automation production lines.
   • Precision Measuring Instruments: Such as oscilloscopes, spectrum analyzers and process calibrators. The 32-channel 12-bit ADC collects multi-channel analog signals, and the DSP core implements digital filtering and fast FFT operations, ensuring data accuracy and response speed.
   • Industrial Communication Gateways: Integrates multi-protocol communication interfaces to achieve bus conversion between CAN, RS-485 and Ethernet, suitable for industrial Internet of Things (IIoT) data collection and edge computing scenarios.
4. Automotive Electronics & On-Board Systems
   • Body Control Modules (BCM): Controls vehicle lights, wipers and door locks. Dual CAN bus supports in-vehicle network communication, monitors load current to achieve overload protection, and is applicable to body electronic systems of passenger and commercial vehicles.
   • On-Board Diagnostics & Safety Systems: Reads vehicle fault codes via CAN bus, implements OBD-II diagnostics, controls airbag triggering and processes tire pressure monitoring data, ensuring driving safety.
   • New Energy Vehicle Auxiliary Systems: Used in charging pile control modules and on-board DC-DC converters, processes charging protocols, monitors voltage/current/temperature, and ensures safe and efficient charging.
5. Medical & Industrial Sensing
   • Medical Equipment Control: Such as ventilators, infusion pumps and anesthesia machines. The ADC collects physiological parameters, the DSP core processes data in real time, and SPI connects to displays and communication modules, ensuring precise equipment control and data upload.
   • Industrial Sensing Data Processing: Collects industrial parameters such as pressure, flow rate and vibration, improves data accuracy through digital filtering algorithms, connects sensors and storage modules via I2C/SPI, and realizes local data storage and remote transmission.
   • Audio Processing Equipment: Such as professional audio processors and hearing aids. The DSP core executes audio filtering, equalization and noise reduction algorithms, and the EUSART interface supports audio data transmission, suitable for medical and industrial audio monitoring scenarios.
6. Smart Home & Consumer Electronics
   • High-End Home Appliance Control: Such as smart refrigerators and robotic vacuum cleaners. Realizes intelligent mode switching and path planning through multi-sensor data fusion (temperature, humidity, distance, acceleration), and low-power mode meets battery-powered requirements.
   • Smart Security Devices: Controls network camera pan-tilt motors and access control systems, connects to encryption chips via SPI, supports identity authentication and video data preprocessing, ensuring security and stability of security terminals.

Application Advantages

• High-Performance Real-Time Processing: 70 MIPS DSP core supports complex control algorithms and digital signal processing, meeting the high-speed response requirements of closed-loop control.
• Rich Integrated Peripherals: Multi-channel PWM, 32-channel ADC, dual CAN and other interfaces reduce external components, simplify BOM, and shorten development cycles.
• Automotive-Grade Reliability: AEC-Q100 certification, wide temperature range (-40℃ to 125℃) and anti-interference design, suitable for harsh industrial and automotive environments.