Mbed trial-Rapid Development of MCU applications (based on FRDM-KL25Z)

Mbed using frdm-kl25z microcontroller rapid development of C ++ development MCU

Mbed trial

In the past to participate in a small competition to get a Freescale FRDM-KL25Z Development Board, today out of the trial, inserted into the computer (board connection opensda Interface) to identify a MB virtual disk, then, when I open the HTM file, I find that the firmware has been updated, so I followed the update and found the mbed platform that has just appeared. The following are some of the simplest and most personal feelings:

1. No need to install the development software SDK (Compile directly on the Web)

2. You do not need to care about the hardware. You can instantiate and operate the hardware directly based on the C ++ class.

3. All engineering files exist in the cloud

The following is a brief introduction to the usage process. If you want to see the detailed tutorial of the original version (in English), you can directly stamp it:

Https://developer.mbed.org/platforms/KL25Z/

Usage:

For more information about mbed, see http://blog.csdn.net/guo8113/article/details/40479303.

Firmware update download and Tutorial: http://mbed.org/handbook/firmware-frdm-kl25z.

Then you can start the development journey.

1. Install the serial port driver: https://developer.mbed.org/handbook/windows-serial-configuration. Baud Rate 9600.8n1

2. Connect to the dashboard (opensda, identify the resource manager, and open mbed.htm to log on to your account (if not, you must register it)

3. Select the compiler online Compiler:

Add a sample project as prompted.

4. Click compile and the system will prompt you to save the file. This file is the executable file of. bin. Save it directly to the mbed disk. Restart the board and run the program. so easy!

Classes in the library are used for instantiation in the program, which is quite fast and convenient.

Mbed trial-Rapid Development of MCU applications (based on FRDM-KL25Z)