STM32 NUCLEO-L011 - Ultra Low Power STM32L011K4T6 ARM Cortex M0+

Index: DIS-06712 EAN: 5904422334956

A small module with a 32-bit microcontroller with ARM Cortex M0 +, 32MHz, 16 KB of Flash, 2 KB of SRAM. The pins are compatible with Arduino Nano.

STM32 NUCLEO-L011 - Ultra Low Power STM32L011K4T6 ARM Cortex M0+
€14.50
€11.79 tax excl.
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Manufacturer: STMicroelectronics

Description

Nucleo allows for the implementation of projects based on powerful microcontroller with 32-bit core ARM Cortex. The distribution of connectors is compatible with the Arduino Nano. Nucleo works with most of the popular development platforms, including Keil, IAR and environments based on the GCC compiler.

STM32 NUCLEO-L011 - Ultra Low Power

Specification

  • The microcontrollerSTM32L011K4T6:
    • Core: Cortex M0+
    • Clock frequency of 32 MHz
    • 16 KB Flash
    • 2 KB SRAM
    • Interfaces: I2C, SPI, USART, UART
  • I/O pins tolerate the voltage of 5 V
  • The module is compatible with the system mbed (mbed.org)
  • The debugger ST-Link/V2 is placed on the board with the possibility to work as a standalone device with the SWD output
  • Supply voltage: from 1.65 V to 3.6 V
    • Three LEDs (one at the user's disposal)
    • The Reset button
    • Connector micro-AB USB
    • Goldpins for I/O ports

 

A detailed description can be found in thedocumentationand onthe website of the manufacturer.

 

Package width 13 cm
Package height 2 cm
Package depth 15.5 cm
Package weight 0.085 kg

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Product reviews

STM32 NUCLEO-L011 - Ultra Low Power STM32L011K4T6 ARM Cortex M0+

5/5

Average grade

3

Customers opinion
The following opinions are collected
and verified by
an external partner Trustmate
and come from the post-purchase process.
Maciej S. 11.03.2021 Confirmed purchase Translated review
A plate that is very pleasant to use. The issue I bought it in terms of energy efficiency tests (stm32l0 are designed for this) but unfortunately, if you want to check the energy consumption of the entire system without unnecessary regulators and leds on it, and not only the microcontroller through the IDD pins [or use a battery], the board itself has a pair solder bridges (after resistors 0) that you need to desolder (and change to some cables if you want to be able to program it later from the current stlin) instead of jumpers like some larger boards :(
Wojciech 15.07.2024 Confirmed purchase
Karol 14.09.2022 Confirmed purchase

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