STM32CubeG0 STM32Cube MCU Package for STM32G0 Series with HAL, low-layer drivers and dedicated middleware Data brief

PublishTime： 2019-10-08 Manufacturer： ST

●Description
■STM32Cube™ is an STMicroelectronics original initiative to improve developers' productivity by reducing development effort, time and cost. STM32Cube™ covers the whole STM32 portfolio.STM32Cube™ includes STM32CubeMX, a graphical software configuration tool that allows the generation of C initialization code using graphical wizards.
■It also comprises the STM32CubeG0 MCU Package composed of the STM32Cube™ hardware abstraction layer(HAL) and the low-layer (LL) APIs, plus a consistent set of middleware components (RTOS, USB, FAT file system and UCPD power delivery).
■All embedded software utilities are delivered with a full set of examples running on STMicroelectronics boards.
■The STM32Cube™ HAL is an STM32 embedded software layer that ensures maximized portability across theSTM32 portfolio, while the LL APIs make up a fast, light-weight, expert-oriented layer which is closer to the hardware than the HAL. HAL and LL APIs can be used simultaneously with a few restrictions.
■Both the HAL and LL APIs are production-ready and have been developed in compliance with MISRA-C®:2012guidelines with some documented exceptions (reports available on demand) and ISO/TS 16949. Furthermore, ST-specific validation processes add a deeper-level qualification.
■The STM32CubeG0 gathers in one single package all the generic embedded software components required to develop an application on STM32G0 microcontrollers. Following STM32Cube™ initiative, this set of components is highly portable, not only within the STM32G0 Series but also to other STM32 Series. In addition, the low-layer APIs provide an alternative, high-performance, low-footprint solution to the STM32CubeG0 HAL at the cost of portability and simplicity.
■HAL and LL APIs are available in open-source BSD license for user convenience.
●Features
■Consistent and complete embedded software offer that frees the user from dependency issues
■Maximized portability between all STM32 Series supported by STM32Cube
■More than 130 examples for easy understanding
■High quality HAL and low-layer API drivers using CodeSonar® static analysis tool
■High quality low-layer APIs (LL) using CodeSonar® static analysis tool
■STM32G0-dedicated middleware including USB Device, FatFS, RTOS and UCPD library
■Free user-friendly license terms
■Update mechanism that can be enabled by the user to be notified of new releases

技术资料,数据手册,3D模型库,原理图,PCB封装文件,选型指南来源平台	世强硬创平台www.sekorm.com
现货商城,价格查询,交期查询,订货,现货采购,在线购买,样品申请渠道	世强硬创平台电子商城www.sekorm.com/supply/
概念,方案,设计,选型,BOM优化,FAE技术支持,样品,加工定制,测试,量产供应服务提供	世强硬创平台www.sekorm.com
集成电路,电子元件,电子材料,电气自动化,电机,仪器全品类供应	世强硬创平台www.sekorm.com

Data section preview(2pages)

- The full preview is over. If you want to read the whole 6 page document ,please Sign in/Register -

Download Documentation will be sent to the business email and automatically synchronized to all devices for easy management

+1 Like
Add to Favorites

All reproduced articles on this site are for the purpose of conveying more information and clearly indicate the source. If media or individuals who do not want to be reproduced can contact us, which will be deleted.

Recommend

STM32CubeF4 STM32Cube MCU Package for STM32F4 Series with HAL, low-layer drivers and dedicated middleware

January 2019 - Datasheet

STM32CUBEMX,STM32,STM32CUBEF4,STM32F4,STM32 NUCLEO,STM32CUBE

查看更多版本

STM32CubeF7 STM32Cube MCU Package for STM32F7 Series with HAL, low-layer drivers and dedicated middleware

01-Oct-2019 - Datasheet

STM32CUBEMX,STM32F7 SERIES,STM32CUBEF7,STM32CUBE,STM32F7

查看更多版本

Getting started with STM32CubeL5 for STM32L5 Series

12-Dec-2019 - User's Guide

STM32CUBEMX,STM32CUBEG0,STM32G0,STM32L5,STM32L5 SERIES,STM32CUBE

Getting started with STM32CubeG0 for STM32G0 Series

1-Apr-2019 - User's Guide

STM32CUBEMX,STM32CUBEG0,STM32CUBEMONPWR,STM32,STM32G0,STM32CUBE,STM32CUBEPROGRAMMER,STM32G0 SERIES,STM32CUBEMONITOR-POWER

Description of STM32F7xx HAL drivers User Manual

June 2015 - User's Guide

STM32CUBEMX,STM32,STM32F7XX,STM32CUBE,STM32CUBEF7,STM32 SERIES

Getting started with the CORDIC accelerator using STM32CubeG4 MCU Package

11-Mar-2021 - Application note & Design Guide

STM32CUBEG4,STM32G4,STM32G4 SERIES,CORDIC

STM32MP1-COPROC Coprocessor management

2019/8/29 - Supplier and Product Introduction

STM32CUBEMX,STM32,STM32CUBE,STM32MP1

STM32Cube MCU Package examples for STM32WB Series

02-Dec-2021 - Application note & Design Guide

STM32CUBEWB,STM32WB,STM32CUBEIDE,STM32CUBE,STM32CUBEFW,STM32WB SERIES

查看更多版本

STM32Cube MCU Package examples for STM32WB Series Application note

07-Jul-2021 - Application note & Design Guide

STM32CUBEWB,STM32CUBEMX,STM32,STM32WB5MM-DK,STM32WB,STM32_WPAN,STM32CUBEIDE,STM32CUBE,STM32WB SERIES

查看更多版本

STM32Cube MCU Package examples for STM32WL Series

08-2-2022 - Application note & Design Guide

STM32CUBEMX,STM32WL,STM32WLEX,STM32WL SERIES,NUCLEO-WL55JC,STM32 KMS,STM32 NUCLEO,NUCLEO-WL55JC1,STM32CUBE,STM32CUBEWL

查看更多版本

Getting started with STM32CubeF4 firmware package for STM32F4 Series

05-Feb-2019 - User's Guide

STM32F4 SERIES,STM32CUBEMX,STM32CUBEF4,STM32F4,STMCUBE

查看更多版本

Code generation for STM32 MCUs using MATLAB®and simulink®

March 2020 - Supplier and Product Introduction

STM32CUBEMX,STM32,STM32CUBEIDE,STM32CUBE,STM32-MAT/TARGET

UM1730 User manual Getting started with STM32CubeF4 MCU Package for STM32F4 Series

22-Mar-2018 - User's Guide

STM32F427ZI,STM32F427ZG,STM32F423ZH,STM32F4,STM32F469BE,STM32F469AE,STM32F469AG,STM32F412CE,STM32F439BG,STM32F446ZC,STM32F469AI,STM32F429NG,STM32F439BI,STM32F446ZE,STM32F412ZX,STM32F429VI,STM32F446RC,STM32F429VG,STM32F446RE,STM32F423RH,STM32F417VE,STM32F411RE,STM32F415ZG,STM32F411RC,32F412CG,STM32F479XX,STM32429I,STM32F437XX,STM32F407XX,STM32F412RX,STM32F407IG,STM32F469BG,STM32F423CH,STM32F407IE,STM32F469BI,STM32F415RG,STM32F417VG,STM32F412CX,STM32F405VG,STM32F407ZG,STM32F413XH,STM32F407ZE,STM32F413XG,STM32F401VD,STM32F401VE,STM32F401VB,STM32F479IG,STM32F401VC,STM32F479II,STM32F437IG,STM32F437II,STM32F410R8,STM32F411CE,STM32F411CC,STM32F439VG,STM32F446MC,STM32F439VI,STM32F446ME,32F412VG,STM32F410RB,STM32F412VE,STM32F439NG,STM32F401XE,STM32F439NI,STM32F401XC,STM32F429XX,STM32F417XX,STM32F479AG,STM32F429IG,STM32F479AI,STM32F413XX,STM32CUBEF4,STM32F437ZG,STM32F437ZI,STM32F427VG,STM32F429ZI,STM32F429ZG,STM32F469NE,STM32F410C8,STM32F423VH,STM32F469NG,STM32F469NI,STM32F429II,STM32F405XX,STM32F410RX,STM32F479BG,STM32F417IG,STM32F410T8,STM32F412VX,STM32F479BI,STM32F417IE,STM32F446VC,STM32F410CB,STM32F446VE,STM32F427VI,STM32F415VG,STM32F417ZG,STM32F417ZE,STM32F413ZH,STM32F411VE,STM32F429BI,STM32F410TB,STM32F411VC,STM32F429BG,STM32F439XX,STM32F407VE,STM32F401RD,STM32F401RE,STM32F410CX,STM32F401RB,STM32F405ZG,STM32F401RC,STM3241G,STM32F411XE,STM32F446XX,STM32F469XX,STM32F439IG,STM32F439II,STM32F427XX,STM32F410TX,STM32,STM32F423XX,STM3240G,32F412RG,STM32F405RG,STM32F407VG,STM32F437VI,32F412ZG,STM32F412RE,STM32F479NG,STM32F479NI,STM32439I,STM32F469IE,STM32F412ZE,STM32F469IG,STM32F469II,STM32F427II,STM32F415XX,STM32F401CE,STM32F427IG,STM32F401CC,STM32F401CD,STM32F401CB,STM32F439ZG,STM32F437VG,STM32F439ZI