3481 views|0 replies

278

Posts

0

Resources
The OP
 

STEVAL-IDB007V1——Development environment construction and Demo demonstration @【ST MEMS sensor technology forum】 [Copy link]

 This post was last edited by zhoupxa on 2018-1-5 15:48 1.PC software installation: Download and install the following 5 software from the official website (you can install all at once or install as needed): 1> BlueNRG-1 DK software package: BlueNRG-1_V1 DK-1.0.0.0-Setup.exe 2> BlueNRG-1 profiles library software package: BLE Profiles_Lib-2.2.0.0-Setup.exe 3> BlueNRG GUI software package: BlueNRG GUI-2.6.0.0-Setup.exe 4> BlueNRG power consumption estimation tool: BlueNRG Current Consumption Estimation Tool-Setup-1.4.exe 5> BlueNRG-1 ST-LINK programming tool: BlueNRG-1_2 ST-Link Utility V-2.0.0.0-Setup.exe 6> ARM compilation development tools: You can choose IAR, MDK or Truestudio according to your personal preference. I use MDK. Software installation directory 2. Mobile APP installation (Andriod): Download and install the APP on your phone from the official website: BlueNRGApp1.1test.apk BlueNRG APP 3. Development board firmware programming (the development board has been pre-installed with BLE Sensor Demo firmware, this step can also be skipped): 1> The development board is powered by USB: jumper JP1 connects 1-2, jumper JP2 connects 2-3; 2> Connect the development board to the USB port of the computer with a MicroUSB data cable, and the power indicator DL4 lights up; 3> Run the PC software: BlueNRG-1 Navigator 4> InIn the window, click the first menu item: Demonstration Applications 5>In the window, click the second menu item: BLE demonstration and test applications 6>In the window, click the 9th menu item: BLE Sensor Demo 7>In the window, click the first item in the menu in the lower right corner: Flash & Run, start programming until the programming is completed, and the BLE Sensor Demo firmware will be burned to the development board. Programming in progress [attach]338368 [/attach] Programming completed [attach]338369 [/attach] 4. Development board installation and operation: 1> The development board is powered by USB: jumper JP1 connects 1-2, jumper JP2 connects 2-3; 2> Connect the development board to the USB port of the computer with a MicroUSB data cable, and the power indicator DL4 lights up; [attach]338363 [/attach] 3> Connect the development board to the USB port of the computer with a MicroUSB data cable, the power indicator DL4 lights up, the demonstration firmware starts running, and the user indicator DL1 flashes quickly. [attach]338370 [/attach] 5. Run the mobile phone APP BlueNRG to scan Bluetooth, and you will find the "BlueNRG" device, which is the STEVAL-IDB007V1 Bluetooth development board. 6. Click the "BlueNRG" device name, and the phone will connect to the development board running the demo firmware. The user indicator DL1 will flash slower, and the mobile phone APP will display the measurement data of the sensor on the development board in real time, including: three-axis acceleration data, ambient air pressure/temperature data, and mobile phone Bluetooth reception signal strength data. Three-axis acceleration Ambient air pressure/temperature Mobile phone Bluetooth signal reception strength



35.jpg (122.49 KB, downloads: 0)

35.jpg

36.jpg (121.79 KB, downloads: 0)

36.jpg

02_gaitubao_com_.jpg (1.85 MB, downloads: 0)

02_gaitubao_com_.jpg
This post is from ST - Low Power RF
Personal signature每天一个小目标......
 
 

Just looking around
Find a datasheet?

EEWorld Datasheet Technical Support

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号
快速回复 返回顶部 Return list