Hi! I just had an issue with the same servo that you used: Pi 5 turns off when I start the servo or interrupt the script. What is the possible reason for this? Thank you beforehand 😊
This channel is EXACTLY what I was looking for, keep up the good work! However, I encounter an issue I don't know how to solve - The Pi 5 crashes, it seems, after the servo running for about 30 seconds. Do you know why this might happen?
Thanks for reaching out! It sounds like the Raspberry Pi 5 might be experiencing some power or resource-related issues when running the servo for an extended period. Here are a few things you could try to troubleshoot: Power Supply: Ensure that your Pi 5 is getting enough power, especially if you're running multiple peripherals. Servos can draw significant current, which might cause the Pi to crash if the power supply isn't sufficient. Overheating: Check if your Pi is overheating. The Pi 5 has a higher performance than its predecessors, so it may generate more heat, particularly when running tasks like controlling a servo. You might want to check the temperature or use a heatsink/fan. Servo Power: If you're powering the servo directly from the Pi, it could be causing a power drop. It's recommended to use an external power supply for the servo to avoid overloading the Pi's power circuit. Code Optimization: Review the code controlling the servo to ensure there are no memory leaks or resource-intensive operations that might cause the crash after some time. Try these steps, and let me know how it goes.
@@raspberrypimadeeasy Hi, I'm using the active cooler with the Pi 5. I'm not sure how to monitor temperature better. As for the Servo power, I tried powering the servo externally at current 5v==1.8A, but this caused the Pi to crash immediately. I think I changed the library or something and it seems to be working for now. I'm not entirely sure, but it is fine for now, and I don't know what I did! 😅 Thanks for the vids though, hope you'll make more! Do you have one maybe from people used to Arduino looking to use a Pi? I would definitely watch
Hello, recently I was working on a project and it was my first time trying to access the Raspberry Pi 5 GPIOs. I encountered the error that says Runtime error: Could not determine the SOC peripheral base address ? I was using gpiozero library,can you help me with that
Hi! The error you're encountering typically happens when the system can't detect the correct hardware base address for the GPIO pins. This can be resolved by ensuring that your Raspberry Pi is fully updated. You can try running the following commands: ``` sudo apt-get update sudo apt-get upgrade ``` Also, make sure the `gpiozero` library is installed and configured properly. If the issue persists, consider switching to the `RPi.GPIO` library to see if that helps. Hope this helps!
Try the following: 1. Use a stabilizing delay: Add a short delay after the movement, allowing the servo to stabilize. For example, `sleep(2)` after setting the angle might help reduce shake. 2. Adjust the pulse width: As with jittering, adjusting the `min_pulse_width` and `max_pulse_width` to fine-tune the signal to match the servo’s specifications could reduce shaking. 3. Check for power supply issues: Make sure your power supply is consistent and sufficient to drive the servo motor without fluctuations.
To address the jittering issue with your servo, try adjusting the min_pulse_width and max_pulse_width values, as different servos may require slight tweaks in those values to operate smoothly. Some servos are more sensitive to pulse width variations, and using values that are too low or high can cause jittering. Additionally, you could try adding a small delay (like `sleep(0.05)`) between angle changes to prevent rapid movement, which sometimes helps reduce jitter.
Love it ❤ But I think u might have made into a short under 1 min by showing the connections in a schematic maybe and omit the time needed to show it done
![Seungmin "그렇게, 천천히, 우리(As we are)" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/kAzmhLHePqU/mqdefault.jpg)
Thanks for the video. Pleaseee make a lot more. There are very few resources for RPI5.
Sounds good!
Hi! I just had an issue with the same servo that you used: Pi 5 turns off when I start the servo or interrupt the script. What is the possible reason for this? Thank you beforehand 😊
This is a wonderful RPi5 servo example. Do you have a video using the RPI5 controlling the PWM pins for the brightness of a LED? Thank you.
you can find that in the internet
This channel is EXACTLY what I was looking for, keep up the good work! However, I encounter an issue I don't know how to solve - The Pi 5 crashes, it seems, after the servo running for about 30 seconds. Do you know why this might happen?
Thanks for reaching out! It sounds like the Raspberry Pi 5 might be experiencing some power or resource-related issues when running the servo for an extended period.
Here are a few things you could try to troubleshoot:
Power Supply: Ensure that your Pi 5 is getting enough power, especially if you're running multiple peripherals. Servos can draw significant current, which might cause the Pi to crash if the power supply isn't sufficient.
Overheating: Check if your Pi is overheating. The Pi 5 has a higher performance than its predecessors, so it may generate more heat, particularly when running tasks like controlling a servo. You might want to check the temperature or use a heatsink/fan.
Servo Power: If you're powering the servo directly from the Pi, it could be causing a power drop. It's recommended to use an external power supply for the servo to avoid overloading the Pi's power circuit.
Code Optimization: Review the code controlling the servo to ensure there are no memory leaks or resource-intensive operations that might cause the crash after some time.
Try these steps, and let me know how it goes.
@@raspberrypimadeeasy Hi, I'm using the active cooler with the Pi 5. I'm not sure how to monitor temperature better. As for the Servo power, I tried powering the servo externally at current 5v==1.8A, but this caused the Pi to crash immediately. I think I changed the library or something and it seems to be working for now. I'm not entirely sure, but it is fine for now, and I don't know what I did! 😅
Thanks for the vids though, hope you'll make more! Do you have one maybe from people used to Arduino looking to use a Pi? I would definitely watch
@@brightfuturelearningacadem1042 Glad it worked, looking forward to making more videos. Your support is appreciated
Hello, recently I was working on a project and it was my first time trying to access the Raspberry Pi 5 GPIOs.
I encountered the error that says
Runtime error: Could not determine the SOC peripheral base address ?
I was using gpiozero library,can you help me with that
Hi! The error you're encountering typically happens when the system can't detect the correct hardware base address for the GPIO pins. This can be resolved by ensuring that your Raspberry Pi is fully updated. You can try running the following commands:
```
sudo apt-get update
sudo apt-get upgrade
```
Also, make sure the `gpiozero` library is installed and configured properly. If the issue persists, consider switching to the `RPi.GPIO` library to see if that helps. Hope this helps!
How can we solve shaking problem after completed movement?
you are a solved this problem?
@@g-4660-i4l no solved
Try the following:
1. Use a stabilizing delay: Add a short delay after the movement, allowing the servo to stabilize. For example, `sleep(2)` after setting the angle might help reduce shake.
2. Adjust the pulse width: As with jittering, adjusting the `min_pulse_width` and `max_pulse_width` to fine-tune the signal to match the servo’s specifications could reduce shaking.
3. Check for power supply issues: Make sure your power supply is consistent and sufficient to drive the servo motor without fluctuations.
my servo jitters please help
To address the jittering issue with your servo, try adjusting the min_pulse_width and max_pulse_width values, as different servos may require slight tweaks in those values to operate smoothly. Some servos are more sensitive to pulse width variations, and using values that are too low or high can cause jittering.
Additionally, you could try adding a small delay (like `sleep(0.05)`) between angle changes to prevent rapid movement, which sometimes helps reduce jitter.
Love it ❤
But I think u might have made into a short under 1 min by showing the connections in a schematic maybe and omit the time needed to show it done
Great suggestion!