比特28

The DY515 MCU is built around the ARM M33 core, adopting the AMBA AHB5 32-bit high-performance bus and APB4 32-bit advanced peripheral bus. It supports floating-point DSP instructions and integrates an FPU, making it ideal for motor control, photovoltaic inverters and high-reliability industrial control scenarios.
The DY515 features a single-core dual-bus architecture. The main MCU handles task scheduling and peripheral management, while the DSP coprocessor undertakes real-time computation. Equipped with an on-chip 32-bit hardware multiplier and divider, the chip further delivers hardware-accelerated DSP computing via its math coprocessor, enabling fast calculations for coordinate rotation, sine, cosine, arctangent, modulus and other mathematical functions.
It integrates 5 high-speed analog comparators, plus a 12-bit multi-channel high-speed ADC with 8 pre-stage high-speed follower operational amplifiers. This configuration delivers outstanding performance for motor control, especially for BLDC and PMSM drives. The chip supports simultaneous dual-motor FOC control and active PFC control.
It is equipped with comprehensive communication peripherals including UART, SPI, I2C and CAN interfaces, which greatly facilitate deployment in industrial control systems. In addition, the chip embeds auxiliary modules such as CRC code & data check, SRAM self-test algorithm, watchdog timer, low-voltage reset circuit and power-fail detection circuit. These functions effectively enhance code security and system reliability, well suited for applications demanding high operational stability.

The DY2039 is an MCU designed for motor control, photovoltaic inverters and high-reliability industrial control applications. It adopts a heterogeneous dual-core and dual-bus architecture. Both cores are capable of task scheduling and peripheral management, while the HDSP serves as a computing accelerator.
Built on the ARM M52 core with the Armv8.1-M architecture, the chip utilizes AXI5 high-speed bus and 32-bit AHB5 high-performance bus. It integrates an FPU that supports half-precision (FP16) and single-precision (FP32) floating-point operations, as well as a Memory Protection Unit (MPU). The dual-core design delivers superior instruction processing efficiency.
Equipped with on-chip 32-bit hardware multiplier and divider, the chip further leverages the mathematical coprocessor (HDSP module) for hardware-accelerated computing. It enables fast execution of coordinate rotation, sine, cosine, arctangent, modulus, Park and inverse Park transformations.
The enhanced PWM module supports high-resolution mode up to 100 ps, and the chip integrates 8 high-speed analog comparators. It is fitted with a full set of communication interfaces including UART, SPI, QSPI, I2C, LIN, PMBus and CAN FD, greatly simplifying deployment in industrial control systems.
Furthermore, it features CRC code and data check, SRAM self-test algorithm, watchdog timer and low-voltage reset circuit. These built-in auxiliary modules effectively improve code security and system reliability, making the chip well-suited for scenarios with stringent reliability requirements.

The FY5100 is a digital control MCU tailored for motor control, photovoltaic inverters and high-reliability industrial control applications. It adopts a heterogeneous dual-core dual-bus architecture. Both cores handle task scheduling and peripheral management, while the HDSP acts as a dedicated computing accelerator.
Based on the ARM M52 core compliant with Armv8.1-M architecture, the chip is equipped with AXI5 high-speed bus and 32-bit AHB5 high-performance bus. It integrates an FPU supporting FP16 half-precision and FP32 single-precision floating-point operations, as well as a Memory Protection Unit (MPU). The dual-core design delivers outstanding instruction processing efficiency.
The device embeds 32-bit hardware multiplier and divider. Supported by the HDSP math coprocessor, it achieves high-speed computation for coordinate rotation, sine, cosine, arctangent, modulus, Park and inverse Park transformations.
Its enhanced PWM module features 100 ps high-resolution mode, and the chip integrates 8 high-speed analog comparators. A comprehensive set of communication interfaces is available, including UART, SPI, QSPI, I2C, LIN, PMBus, CAN FD and EtherCAT, which greatly facilitates industrial control deployment.
Built-in functions such as CRC code and data check, SRAM self-test algorithm, watchdog timer and low-voltage reset circuit effectively strengthen code security and system reliability, making this MCU ideal for applications with strict reliability standards.