@TheScissorunner
Every now and then while wandering through the wasteland called YouTube you come across a real gem.. This video is Gold!
@alielectronics17
Nice tutorial
@elfadilisimo2657
Nice work
@elsayedayman7003
Great video Keep on 🥰🥰
@ritschratsch3175
I'm truly amazed at how you manage to pack so much information into this video. I spent a long time searching through the datasheet for some of these details before I came across your channel. You're awesome!
@starasowa320
Super extra video. I would like to ask for a video of the readings
@JorritIW
Goed uitgezocht en heel duidelijk uitgelegd. Dank je (Y)
@elektronikBP
Great work! I havent seen such interesting video with so many well explained practical informations in a long, long time ;)
@ganeshsharma24894
Excellent content.
@MrBobWareham
Wow, your brain is wired as a clock, I was totally mesmerised listening to you describe how it all works 5 star, thank you so much Bob in the UK
@prebengranberg2971
Great interesting video, well done, understandable 😊 You write at 11:30 inside the video that you want to give an example of setting DS3231 to: 11:23:47 PM October 2023 as well as alarm-1: 11:50:00 pm 28th each month, but without github the code, can I get it from you, you are really good at packaging the code to a minimum, thanks
@user-MrsYT
thx for the hint to desolder the chargeresistor :washhands:
@calebcourteau
Incredible video. So information dense yet easy to understand. I’m trying to make an automated door that will open and close at specific times of the day, set by the user. I’m new to arduino, but I’m having a hard time moving from “hello world” and blinking LEDs to using libraries to control external components over I2C. I bought a ds3231 but man the learning curve is steep. Your video is helping me break through the fog of confusion. Thank you for all the effort you put into making this.
@ericwright3382
Excellent. This will help a lot of people out. Slight correction to your video 25:00 the Aging register is a signed 8 bit number.. you can set from decimal negative 128 [80h] to positive 127 [7Fh] . I have calibrated over 120 of these modules and found adjusting 1 number was much closer to 0.06PPM change (not the 0.1PPM the datasheet mentions.)
@pdipatria
Great video, though please check the BCD conversion at 15:14, it looks like the operations were 'mixed up'
@matheussteinmetz
What a great video
@elektron2kim666
I like those. Have a couple of Pico's running MMBasic with a DS3231 attached. The temperature "quarters" in register 18 worries me. The integer number in register 17 gives the full number in Celsius directly. Typing RTC getreg 17,a and print a will give 19 (or whatever) degrees and RTC getreg 18,a and print a gives 64 which could mean 0.75 and it's weird to test, but I got to see another number. If it's 64,32,16 then it's still weird. Edit: You answered it to be bit 6 and 7 in the end of the video. The code you showed bit moved (>>) down to 0/1/2/3 as a reading and x 0.25, so I figure it out.
@TruthWielders
There are also the LIR2032 or (a bit harder to find) the CR2032H (high output), that are rechargeable.
@DyaaEldinMoustafaK
Dank je
@GregCoonrod