Development board description:
Fudan Micro's FM33LG0XX development board carries an LQFP80 packaged MCU : FM33LG048 , FLASH 256KB , SRAM 32KB ; it has 4 onboard buttons and 4 LED indicators; the development board brings out the MCU 's peripheral resources in the form of pin headers, provides a wealth of expansion interfaces and functional modules, and facilitates early solution / function verification.
Development board resources:
Development data preparation:
FM33LG0xx Product Manual_V1.6 , including the data sheet and user manual; this is the first time I received a chip from Fudan Micro, so when I found that they combined the data sheet and user manual into one, I still felt it was very convenient and very applicable; Version 1.6 of the product manual is the latest version downloaded from the Fudan Micro Developer Forum;
FM33LG0XX-DEMO Evaluation Board User Manual VER1.0 introduces the hardware resources and detailed explanations of the development, software resource descriptions, and the basic usage and precautions of the development board. It is very detailed. You can refer to this manual to understand the development board in detail, which is very helpful for developers.
FM33LG0XX Development Notes V0.4 mainly lists some common problems that customers usually encounter during the development process, and describes these problems in detail, which can help us avoid some potential pitfalls during development and speed up the product development process;
Keil.FM33LG0XX_DFP.2.0.2.pack , chip support package under KEIL MDK development environment;
Fudan Micro IAR configuration file , chip support package under IAR EWARM development environment;
FM33LG0XX_IAR Routine_v0.21 , FM33LG0XX_KEIL Routine_v0.21 , official sample programs based on IAR and KEIL development environments (source code engineering) ;
The Fudan Micro FM33LG0xx development board data includes the schematic and PCB design source files as well as the PDF version of the schematic , which makes it convenient for us to refer to the schematic and quickly understand the principle design of the development;
Development environment preparation:
If you are using the KEIL MDK development environment, you need to install the Keil.FM33LG0XX_DFP.2.0.2.pack chip support package;
If you are using the IAR EWARM development environment, you need to copy the files in the Fudan Micro IAR configuration file to the IAR installation path. The IAR ARM 8.40.1 version is installed on my computer . You need to copy the config folder directly to the path " C:\Program Files (x86)\IAR Systems\Embedded Workbench 8.3\arm ". When you open the IAR sample project again, you can recognize the correct chip model normally.
appendix:
FM33LG0xx产品说明书_V1.6.PDF.zip
(12.6 MB, downloads: 27)
FM33LG0XX-DEMO评估板使用说明书VER1.0.PDF
(968.91 KB, downloads: 12)
FM33LG0XX开发注意事项V0.4.PDF
(340.51 KB, downloads: 14)
Keil.FM33LG0XX_DFP.2.0.2.pack.zip
(145.67 KB, downloads: 10)
复旦微IAR配置文件.zip
(346.17 KB, downloads: 12)
复旦微FM33LG0xx开发板资料.zip
(312.93 KB, downloads: 14)
The official sample program can be downloaded from the Fudan Micro Developer Forum. Due to the size limit of the attachment, it will not be uploaded here.
提升卡
变色卡
千斤顶
京公网安备 11010802033920号
