AT32F407VCT7

AT32F407VCT7 is a mainstream MCU from Artery, featuring a high-speed clock frequency of 240MHz, which can efficiently handle complex calculations and multitasking scheduling. It is equipped with 256KB of Flash memory and 96KB/224KB of SRAM, meeting the storage requirements for medium and small-sized programs and the real-time data caching needs. The MCU adopts the LQFP100 package, which has more pins (100 pins) and provides richer peripheral interface resources (such as GPIO, USART, SPI, CAN, etc.). It is suitable for scenarios that require expanding multiple input/output channels or connecting various peripheral devices, such as industrial automation control, medical instruments, and high-end consumer electronics. With its high clock frequency, flexible storage configuration, and rich interface characteristics, this chip offers a high-performance and highly expandable solution for embedded systems.

Artery has launched a series of high-performance MCUs for motor control, such as the AT32F413 series, which has become a leader in the motor control field with its unique technological advantages. Its dual ADCs can perform high-frequency sampling simultaneously, enabling rapid and accurate calculation of motor parameters such as current, speed, and position, thus achieving precise vector control. In power tools, Artery's MCUs can enable the motor to instantly respond to the switching of different working modes, providing strong power output while being highly energy-efficient, which extends battery life. In the home appliance sector, when used for motor control in washing machines, air conditioners, and other appliances, Artery's MCUs can ensure smooth motor operation and intelligent speed adjustment, enhancing the performance and energy efficiency of these appliances. This provides users with a more comfortable and energy-saving experience and drives motor control technology towards higher precision and efficiency. MANDU, as an agent, offers customers a wide variety of storage solutions.

--AT32F407Series--