@ In this setup, we are using a precise stepper motor controller and the Arduino Nano’s millis() function to track time accurately. The Arduino is programmed to turn the motor at precise intervals, such that it moves the motor exactly once every minute. This method does not require any internet connection or synchronization. Once you set the initial time on the clock, it will continue to keep time using the millis() function, which adds time accurately without external updates. Let me know if this explanation helps or if you have any further questions!
@@maisonupstore the "once you set the initial time" is what I was talking about when I said "synchronisation". What if Arduino loses power midway ?? We have to re-upload the sketch with correct time right ?
@ It’s true that the clock will lose time during a power loss. However, it won’t require reprogramming. You can simply adjust the watch hands to the correct time, and it will work fine. To prevent this issue, you have a few simple options: 1. Use a power-backed socket or add a 5V mini UPS to keep the system running during power outages. 2. Alternatively, for a more advanced setup, you can explore projects using ESP-based boards. These can utilize Wi-Fi capabilities to automatically set and update the time.
Very C😎😎L !
Luv the Retro voice synthesizer.
Thanks for listening
Thank you so much for sharing! This is such an amazing project!👏👏
Glad you like it!
How does Arduino synchronize time?
Hello, it’s is programmed to move the motor specifically a certain level every 60 seconds, time is sync with the help of gears attached to motors :)
@@maisonupstore i think what he meant to ask is , "how does arduino know what time it is "
@ In this setup, we are using a precise stepper motor controller and the Arduino Nano’s millis() function to track time accurately. The Arduino is programmed to turn the motor at precise intervals, such that it moves the motor exactly once every minute. This method does not require any internet connection or synchronization. Once you set the initial time on the clock, it will continue to keep time using the millis() function, which adds time accurately without external updates.
Let me know if this explanation helps or if you have any further questions!
@@maisonupstore the "once you set the initial time" is what I was talking about when I said "synchronisation". What if Arduino loses power midway ?? We have to re-upload the sketch with correct time right ?
@ It’s true that the clock will lose time during a power loss. However, it won’t require reprogramming. You can simply adjust the watch hands to the correct time, and it will work fine. To prevent this issue, you have a few simple options:
1. Use a power-backed socket or add a 5V mini UPS to keep the system running during power outages.
2. Alternatively, for a more advanced setup, you can explore projects using ESP-based boards. These can utilize Wi-Fi capabilities to automatically set and update the time.
The link to your shop does not work
Hi! Sorry about the broken link. Please email us at nidhi@maisonup.in for assistance. We're here to help!