Failed to find MPU6050 but it's detected by i2cdetect about adafruit_circuitpython_mpu6050 HOT 10 OPEN

My first guess would be that when you use "i2cdetect" it is using the correct pins for SCL and SDA, but when you use
the line of code
"i2c = board.I2C() # uses board.SCL and board.SDA"

then that code is using different pins.
What are the values for "board.SCL" and "board.SDA"
do they match your hardware of pins 28 and 27?

from adafruit_circuitpython_mpu6050.

My first guess would be that when you use "i2cdetect" it is using the correct pins for SCL and SDA, but when you use the line of code "i2c = board.I2C() # uses board.SCL and board.SDA"

then that code is using different pins. What are the values for "board.SCL" and "board.SDA" do they match your hardware of pins 28 and 27?

in my code, I connect the i2c variable to board.SCL_1 and board.SDA_1

i2c = board.I2C(board.SCL_1, board.SDA_1)

why? because if I connected it to board.SCL and board.SDA the error would be no I2C device at address: 0x69

from adafruit_circuitpython_mpu6050.

My first guess would be that when you use "i2cdetect" it is using the correct pins for SCL and SDA, but when you use the line of code "i2c = board.I2C() # uses board.SCL and board.SDA"

then that code is using different pins. What are the values for "board.SCL" and "board.SDA" do they match your hardware of pins 28 and 27?

wait do we have to follow hardware pin to connect the i2c cable? isn't it enough to connect it to the i2c pin on jetson nano?

from adafruit_circuitpython_mpu6050.

Do I get Failed to find MPU6050 - check your wiring because the MPU broken?

from adafruit_circuitpython_mpu6050.

@Aldhanekaa. Hello :). It seems to me that this is more a question than a problem with the library. I have just checked the sensor, and it worked fine using the RP2040 feather. I would recommend following this guide
https://learn.adafruit.com/circuitpython-on-raspberrypi-linux/i2c-sensors-and-devices.
I have no knowledge of how the Jetson works, but you could take a look here https://learn.adafruit.com/circuitpython-libraries-on-linux-and-the-nvidia-jetson-nano/i2c-sensors-devices.
Another suggestion would be to contact the sensor manufacturer to see if they have any more information.

from adafruit_circuitpython_mpu6050.

@Aldhanekaa. Hello :). It seems to me that this is more a question than a problem with the library. I have just checked the sensor, and it worked fine using the RP2040 feather. I would recommend following this guide https://learn.adafruit.com/circuitpython-on-raspberrypi-linux/i2c-sensors-and-devices. I have no knowledge of how the Jetson works, but you could take a look here https://learn.adafruit.com/circuitpython-libraries-on-linux-and-the-nvidia-jetson-nano/i2c-sensors-devices. Another suggestion would be to contact the sensor manufacturer to see if they have any more information.

I follow this tutorial https://automaticaddison.com/visualize-imu-data-using-the-mpu6050-ros-and-jetson-nano/ to run MPU6050 on jetson nano, I've followed all of the steps though even when after I changed the i2c to pin 5,3 (SCL,SDA) it still unable to find the MPU. But, is it possible this occur because my MPU broken? I think I do so because I once scratched the board with screwdriver because the soldier tin from different pin was joined (I want to split it) (I'm newbie in soldering :D ), however if it really broken why the LED still turned on and i2cdetect still able to detect the address?.

from adafruit_circuitpython_mpu6050.

@Aldhanekaa the library is looking for a sensor in the 0x68 address, so you could change the value here to 0x69, so it could read your sensor :). Hope that helps. Good luck!

Regarding, the broken sensor, light comes from power, and not directly from the sensor, so it does not indicate that the sensor is working or not. No worries, soldering is an art :)
If you have any other question, please come by the adafruit discord channel. Maybe some people could help you :)

from adafruit_circuitpython_mpu6050.

@Aldhanekaa the library is looking for a sensor in the 0x68 address, so you could change the value here to 0x69, so it could read your sensor :). Hope that helps. Good luck!

Adafruit_CircuitPython_MPU6050/adafruit_mpu6050.py

Line 55 in a11a310

_MPU6050_DEVICE_ID = 0x68 # The correct MPU6050_WHO_AM_I value

Regarding, the broken sensor, light comes from power, and not directly from the sensor, so it does not indicate that the sensor is working or not. No worries, soldering is an art :) If you have any other question, please come by the adafruit discord channel. Maybe some people could help you :)

Hm still returns an error cant find MPU.

I've changed the library python script as you suggest, however it seems like the error occurred because it tries to check.

    def __init__(self, i2c_bus: I2C, address: int = _MPU6050_DEFAULT_ADDRESS) -> None:
        self.i2c_device = i2c_device.I2CDevice(i2c_bus, address)

        print(f"{self._device_id}  {_MPU6050_DEVICE_ID}")

        if self._device_id != _MPU6050_DEVICE_ID:
            raise RuntimeError("Failed to find MPU6050 - check your wiring!")

and it prints 152 105, why does the device_id returns 152? I already changed _MPU6050_DEVICE_ID to 0x69

from adafruit_circuitpython_mpu6050.

The _device_id get the response of asking the device to respond to a specific I2C command with it's own address. So since it doesn't match the I2C address you provided, it doesn't seem to be communicating with it. Is the response consistently 152, or does it change?

from adafruit_circuitpython_mpu6050.

The _device_id get the response of asking the device to respond to a specific I2C command with it's own address. So since it doesn't match the I2C address you provided, it doesn't seem to be communicating with it. Is the response consistently 152, or does it change?

The response consistently 152.

from adafruit_circuitpython_mpu6050.