Sugar gliders, first experience with RSL10-SENSE-GEVK, brightness sensor error, help

justd0

Sugar gliders, first experience with RSL10-SENSE-GEVK, brightness sensor error, help [Copy link]

 

What a patchwork May 1st "golden porridge", there are a lot of people everywhere. Instead of going out and crowding with people, it is better to play board at home...

Today I played with RSL10-SENSE-GEVK. This small board has six sensors installed, and some of the sensors have data that is not just one-dimensional. For example,

BME680, a 3*3 metal packaged gadget that can store four types of sensing data: temperature, humidity, air pressure, and air quality;

BHI160 has 3-axis acceleration and 3-axis angular velocity data;

The BMM150 is a three-axis magnetometer;

NOA1305 is a light sensor.

A MIC microphone and an NFC,

It is very powerful and is powered by a button battery, which shows its low power consumption capability.

Many friends have posted a lot about the installation and use of IED. I won’t go into details here.

The official description of the development guide and routines is quite detailed. As long as you can understand English a little, you can follow the instructions step by step.

The official website has provided an On-board sensor Tests project. This project uses all the sensors on the RSL10-SENSE-GEVK.

The data from all sensors can be obtained.

After copying, compiling, and debugging, the firmware has been burned to RSL10-SENSE-GEVK~

After clicking Run, you can see the LED light on the board changes from red to green to blue to off, and the initialization is complete.

Use J-link RTT to see the sensor data:

Here we encounter an ERROR that is visible to the naked eye . I wonder if those of you who have the RSL10-SENSE-GEVK board have the same problem.

I suspect it's a hardware problem, maybe it's not soldered properly or something? I feel like the official test code shouldn't have this kind of error of failing to initialize.

And I changed to the NOA1305 Sensor Example routine, and it also reported an error that it could not initialize NOA1305.

INMP522 is visible in the data printed by J-link RTT. It is the microphone. The data waveform can be viewed through J-scope.

After connecting the board and configuring it, you can see that the sound can be visualized with a waveform~

Jacktang

With so many peripherals and button batteries, the low power consumption is indeed good.

The brightness sensor is initialized, but why is this

Done, remember to share it

w494143467

The first animated picture is really high definition!

Justice_Gao

How do you configure J-Scope? I can't connect to the device. Please advise.

justd0

w494143467 posted on 2021-6-13 19:48 The first animated picture is really high-definition!

Haha, it was recorded in HD

justd0

Justice_Gao posted on 2021-6-14 09:47 Can you please use J-scope to view? How to configure J-Scope? I can't connect to the device. Please advise

Where exactly is the card?

justd0

Justice_Gao posted on 2021-6-14 09:47 Can you please use J-scope to view? How to configure J-Scope? I can't connect to the device. Please advise

I wanted to write a tutorial and saw a forum friend introduce it: https://bbs.eeworld.com.cn/thread-1168954-1-1.html