The ADM32F036A7Q low-voltage motor evaluation board is a dual motor development platform based on the ADM32F036A7Q chip. It integrates two independent drive paths on a single chip, which can meet the requirements of dual sensing/non sensing FOC (single and dual resistors) and sensing/non sensing square wave independent debugging. The dual LIN transceiver integrated into the chip enables users to easily and cost effectively achieve dual LIN communication functions; Onboard dual channel CANFD transceiver, which can also achieve dual channel CANFD communication function; Support offline burning and adapt to multi scenario burning requirements.

● Main architecture dual 32-bit fixed-point DSP

● Main frequency 100MHz

● Storage resources 2x (18Kx16 bits) SARAM, 2x (64Kx16 bits) Flash

● Communication interface 2-channel CAN, 2-channel SPI, 2-channel LIN

● Analog peripheral 2OP+6PGA+6 comparator (internal DAC voltage reference, output associated TZ)+two temperature sensors

● Integrated configuration 5V-LDO, 12V-LDO, 2x6 NMOS pre drive, dual LIN transceiver, charge pump

tag10}

● Power input 12-24V

● Main control chip ADM32F036A7Q

● Communication interface dual LIN communication, dual SPI communication, dual SCI communication, dual CAN communication

● Drive mode dual non inductive FOC (single/dual resistor), dual non inductive square wave, dual motor independent control

● Burning mode supports offline burning JTAG online simulation burning