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Artery Agent 32-bit MCU AT32L021C6T7

AT32L021C6T7

AT32L021C6T7

  • Manufacturer: Artery
  • Datecode: NEWS
  • Package: LQFP48
  • PDF: Download
  • Products Catalog:Download
  • Inventory: Available now
  • Delivery:  Contact us
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AT32L021C6T7 is a low-power MCU from Artery, operating efficiently at an 80MHz clock frequency. It features 32KB of Flash memory and 8KB + 1KB of SRAM, and is packaged in an LQFP48 format. With its excellent low-power performance and a rich set of integrated peripherals, it is well-suited for applications in the Internet of Things (IoT) and portable devices where power consumption and storage requirements are critical.

Artery's MCUs utilize an advanced 55nm process technology, which gives them a leading edge in chip performance, power consumption, and integration. Their products based on the ARM® Cortex®-M4/M0+ architecture have distinct performance characteristics. The Cortex®-M4 core, equipped with a single-precision floating-point unit (FPU) and a digital signal processor (DSP), handles complex algorithms and high-speed data with ease. Its maximum clock frequency of 288MHz allows it to respond quickly to various commands, meeting the high computational demands of applications such as industrial automation and motor control. On the other hand, the Cortex®-M0+ core focuses on low power consumption, making it suitable for energy-sensitive devices like smart bracelets and wireless sensors. It maximizes device battery life while ensuring basic functions operate normally, achieving a perfect balance between performance and power consumption. MANDU, as an agent, offers customers a wide variety 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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