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2021-11-04 5:31 pm
I am working my way through Bill's introduction to ESP32 video on Youtube. I have made it through all of the examples up until the Repeat Timer segment. This segment requires a pin 0 which my ESP32 does not have.
Here's a link to the pinout for my module. https://esp32.com/viewtopic.php?t=9875
My question is I am looking for another pin 0 equivalent on this module?
Also, the pins are too wide for a breadboard so I had to muck around to get it situated on the breadboard. Life if full of challenges. 🤔
2021-11-05 12:50 pm
From the pinout diagram, it looks like GPIO0 shares the same pin as GPIO36.
A good reference on ESP32 GPIO pins is on Random Nerd Tutorials.
😎
Bill
"Never trust a computer you can’t throw out a window." — Steve Wozniak
2021-11-05 12:51 pm
Also, the pins are too wide for a breadboard so I had to muck around to get it situated on the breadboard
Sometimes it's easier to use two breadboards side-by-side for those huge modules!
"Never trust a computer you can’t throw out a window." — Steve Wozniak
2022-11-30 7:16 am
I am working my way through Bill's introduction to ESP32 video on Youtube. I have made it through all of the examples up until the Repeat Timer segment. This segment requires a pin 0 which my ESP32 does not have.
Here's a link to the pinout for my module. https://esp32.com/viewtopic.php?t=9875
My question is I am looking for another pin 0 equivalent on this module?
Also, the pins are too wide for a breadboard so I had to muck around to get it situated on the breadboard. Life if full of challenges. 🤔
You can put stackable headers on your breadboard and the make all of the connections under the ESP32 module before installing it in the headers. You could also cut a breadboard in half and use the ESP32 board to space the two pieces the proper distance apart before gluing them down. With a 3D printer, you can print a tray to hold the two breadboard halves.
HTH,
Ed
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