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Service and Support

AVP32F379QP176 development board

The AVP32F379QP176 development board is an evaluation and prototype development platform based on the AVP32F379QP176 high-performance real-time control chip, equipped with high-capacity on-chip storage and high-precision control peripherals; On board differential ADC sampling front-end, CAN bus interface, and orthogonal encoder interface, with full IO pin output and support for multiple BOOT boot modes, can quickly complete scheme verification and product development in high-performance servo drive, industrial automation, high-precision signal acquisition and other scenarios.

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AVP32F00157QP80 development board

The AVP32F00157QP80 development board is a learning and secondary development platform based on the AVP32F00157QP80 chip. It can be directly embedded into users' product development process as a functional board, greatly reducing the development cycle. Onboard 2-channel orthogonal encoder interface, equipped with industrial communication peripherals such as CAN, LIN, I2C, etc., paired with on-chip high-speed ADC and high-resolution PWM, with full IO pin output and support for multiple BOOT boot modes, can meet the development needs of high reliability industrial drivers, automotive electronics, and other multiple scenarios.

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AVP32F0039QP100S development board

The AVP32F0039 development board is a learning and secondary development platform based on the AVP32F0039 chip, which can be directly embedded into the user's product development process as a functional board, greatly reducing the development cycle. The chip adopts A200032 bit floating-point architecture, with a main frequency of 120MHz. It integrates programmable control accelerator and rich control peripherals, analog resources, and is suitable for various scenarios such as motor drive, industrial control, sensor acquisition, etc; Onboard standard debugging interface, full IO port pin out, supports multiple BOOT boot modes, facilitating users to quickly carry out scheme verification and secondary development.

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ADM32F036A7Q Low Voltage Motor Evaluation Board

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.

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ADM32F036A6Q Low Voltage Motor Evaluation Board

The ADM32F036A6Q low-voltage motor evaluation board is a motor development platform based on the ADM32F036A6Q chip, which can meet the needs of users for sensing/non sensing FOC (single resistor sampling) and sensing/non sensing square wave debugging. At the same time, the LIN transceiver integrated into the chip allows users to easily and cost effectively implement LIN communication functions; Onboard CANFD transceiver can also achieve CANFD communication function; Support offline burning and adapt to multi scenario burning requirements.

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ADM32F036A5Q Low Voltage Motor Evaluation Board

The ADM32F036A5Q low-voltage motor evaluation board is a motor development platform based on the ADM32F036A5Q chip, which can meet the needs of users for sensing/non sensing FOC (single and dual resistors) and sensing/non sensing square wave debugging. At the same time, the LIN transceiver integrated into the chip allows users to easily and cost effectively implement LIN communication functions; Onboard CANFD transceiver can also achieve CANFD communication function; Support offline burning and adapt to multi scenario burning requirements.

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