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Artery Agent 32-bit microcontrollers AT32L021C4T7

AT32L021C4T7

AT32L021C4T7

  • Manufacturer: Artery
  • Datecode: NEWS
  • Package: LQFP48
  • PDF: Download
  • Products Catalog:Download
  • Inventory: Available now
  • Delivery:  Contact us
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AT32L021C4T7 is a low-power MCU from Artery, based on the Cortex-M0+ core, with an 80MHz clock frequency, 16KB of Flash memory, and 8KB + 1KB of SRAM. It is packaged in an LQFP48 format. The MCU features a deep sleep current of 9μA and a standby current of 1.2μA, with fast wake-up capabilities. It integrates an ADC and a variety of communication interfaces, and its GPIOs are 5V-tolerant, making it suitable for IoT and portable devices.

Founded in 2016, Artery has rapidly gained prominence in the 32-bit microcontroller market, thanks to its forward-looking strategic layout and robust technical capabilities. The company's core team comprises top talents in chip design, semiconductor processes, and system development, with over 85% of employees dedicated to R&D, building a powerful engine for technological innovation. Within just five months of its establishment, Artery successfully launched a high-performance 32-bit MCU chip, demonstrating an astonishing speed of innovation. Currently, Artery has established branches in Chongqing, Shenzhen, Suzhou, Shanghai, Taiwan, and other locations, forming a nationwide network for R&D, production, and services. Relying on its comprehensive IP library and deep professional integration experience, Artery focuses on the development of ARM® Cortex®-M4/M0+ series MCUs, continuously introducing innovative products that meet market demands and becoming a highly regarded innovation leader in the industry. MANDU, as an agent, provides customers with a wide range of storage solutions.

--AT32L021 Series--

Part NumberSeriesSpeed (MHz)Flash (KB)SRAM (KB)Pkg.Download
AT32L021C4T7low-Power MCU80168+1LQFP48Not yet
AT32L021C6T7low-Power MCU80328+1LQFP48Not yet
AT32L021C8T7low-Power MCU80648+1LQFP48Not yet
AT32L021F4P7low-Power MCU80168+1TSSOP20Not yet
AT32L021F4U7low-Power MCU80168+1QFN20Not yet
AT32L021F6P7low-Power MCU80328+1TSSOP20Not yet
AT32L021F6U7low-Power MCU80328+1QFN20Not yet
AT32L021F8P7low-Power MCU80648+1TSSOP20Not yet
AT32L021F8U7low-Power MCU80648+1QFN20Not yet
AT32L021G4U7low-Power MCU80168+1QFN28Not yet
AT32L021G6U7low-Power MCU80328+1QFN28Not yet
AT32L021G8U7low-Power MCU80648+1QFN28Not yet
AT32L021K4T7low-Power MCU80168+1LQFP32Not yet
AT32L021K4U7low-Power MCU80168+1QFN32Not yet
AT32L021K4U7-4low-Power MCU80168+1QFN32Not yet
AT32L021K6T7low-Power MCU80328+1LQFP32Not yet
AT32L021K6U7low-Power MCU80328+1QFN32Not yet
AT32L021K6U7-4low-Power MCU80328+1QFN32Not yet
AT32L021K8T7low-Power MCU80648+1LQFP32Not yet
AT32L021K8U7low-Power MCU80648+1QFN32Not yet
AT32L021K8U7-4low-Power MCU80648+1QFN32Not yet


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