[GD32L233C-START Review] + Unboxing and Building a Development Environment
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- Preface
First of all, I would like to thank eeworld and GigaDevice for providing this trial opportunity. I have used GD32F103CBT6 in previous projects , and the development was quite smooth, but power consumption has always been a relatively weak link of GD . Later, an agent came to promote GD 's low-power series, which is the L series. Basically, the projects on hand require low power consumption, so I am more interested in this L series. I happened to encounter this evaluation event and played with this board.
After looking through the manual, I found out that this microcontroller is based on the ARM Cortex -M23 core. Haha, in the past two years, the good ones have been the M33 security core, which is probably used in applications such as smart homes.
- Unpacking and development environment setup
( 1 ) First, here are some beautiful photos of the board. The layout looks familiar.
A brief introduction to the onboard resources:
- GD-LINK
- 2 buttons
- 4 LED lights
- A USB to serial port
- One USB port
- SWD programming port
- The rest is the IO port lead
- Environment Construction
The official example is keil V5 version. I have used F103 chip before. I just need to add pack package. Double click GigaDevice.GD32L23x_DFP_1.0.0.pack and install it.
The routine runs:
no problem.
- A little advice
- Since the L series focuses on low power consumption, the low power consumption value should be placed at the beginning to let everyone know how low the power consumption can be.
- Added power consumption test application to the development board application guide
- Test interface provided on the development board
- Development Plan
- An external LCD screen for display
- Using ADC to collect PT1000 temperature sensor
- An external serial port transparent LORA wireless RF module sends data
- Low power consumption function (tentative)
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