Arduino - Revision history

Adamcolton: /* Pro-Mini Notes */

2021-10-11T00:51:01Z

Pro-Mini Notes

← Older revision		Revision as of 00:51, 11 October 2021
Line 5:		Line 5:
	== Pro-Mini Notes ==		== Pro-Mini Notes ==
	Red board, no plastic. Connect to Arduino pro mini with tops of circuit boards facing the same way. Open Arduino IDE as root (or it can't access the serial port). Programmer is "ArduinoISP"		Red board, no plastic. Connect to Arduino pro mini with tops of circuit boards facing the same way. Open Arduino IDE as root (or it can't access the serial port). Programmer is "ArduinoISP"

	~~The boards I have are 328P 5v/16MHz. Upload blink and check the timing to figure out if it's 16/8 MHz.~~

	Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.		Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.

	~~For the cheap clones, they go back to back. I think I broke one when I tried to burn a boot loader.~~		* Sparkfun: 3.3v 8MHz
			* Other: 5v/16MHz
	I have two sets of boards, one from sparkfun, one is unbranded. I can get the unbranded ones working. I'm having trouble with the sparkfun ones. It seems like I can upload, but the timing doesn't work right. I can't get serial output. The sparkfun boards are 3.3v 8MHz.

	== Systems ==		== Systems ==

Adamcolton: /* Pro-Mini Notes */

2021-10-11T00:47:57Z

Pro-Mini Notes

← Older revision		Revision as of 00:47, 11 October 2021
Line 12:		Line 12:
	For the cheap clones, they go back to back. I think I broke one when I tried to burn a boot loader.		For the cheap clones, they go back to back. I think I broke one when I tried to burn a boot loader.

	I have two sets of boards, one from sparkfun, one is unbranded. I can get the unbranded ones working. I'm having trouble with the sparkfun ones. It seems like I can upload, but the timing doesn't work right. I can't get serial output. ~~I think the~~ sparkfun boards are 5v 8MHz.		I have two sets of boards, one from sparkfun, one is unbranded. I can get the unbranded ones working. I'm having trouble with the sparkfun ones. It seems like I can upload, but the timing doesn't work right. I can't get serial output. The sparkfun boards are 3.3v 8MHz.

	== Systems ==		== Systems ==

Adamcolton: /* Pro-Mini Notes */

2021-10-11T00:47:16Z

Pro-Mini Notes

← Older revision		Revision as of 00:47, 11 October 2021
Line 12:		Line 12:
	For the cheap clones, they go back to back. I think I broke one when I tried to burn a boot loader.		For the cheap clones, they go back to back. I think I broke one when I tried to burn a boot loader.

	I have two sets of boards, one from sparkfun, one is unbranded. I can get the unbranded ones working. I'm having trouble with the sparkfun ones. It seems like I can upload, but the timing doesn't work right. I can't get serial output.		I have two sets of boards, one from sparkfun, one is unbranded. I can get the unbranded ones working. I'm having trouble with the sparkfun ones. It seems like I can upload, but the timing doesn't work right. I can't get serial output. I think the sparkfun boards are 5v 8MHz.

	== Systems ==		== Systems ==

Adamcolton: /* Pro-Mini Notes */

2021-10-11T00:45:48Z

Pro-Mini Notes

← Older revision		Revision as of 00:45, 11 October 2021
Line 11:		Line 11:

	For the cheap clones, they go back to back. I think I broke one when I tried to burn a boot loader.		For the cheap clones, they go back to back. I think I broke one when I tried to burn a boot loader.

			I have two sets of boards, one from sparkfun, one is unbranded. I can get the unbranded ones working. I'm having trouble with the sparkfun ones. It seems like I can upload, but the timing doesn't work right. I can't get serial output.

	== Systems ==		== Systems ==

Adamcolton: /* Pro-Mini Notes */

2021-07-12T23:39:11Z

Pro-Mini Notes

← Older revision		Revision as of 23:39, 12 July 2021
Line 6:		Line 6:
	Red board, no plastic. Connect to Arduino pro mini with tops of circuit boards facing the same way. Open Arduino IDE as root (or it can't access the serial port). Programmer is "ArduinoISP"		Red board, no plastic. Connect to Arduino pro mini with tops of circuit boards facing the same way. Open Arduino IDE as root (or it can't access the serial port). Programmer is "ArduinoISP"

	The boards I have are 328P 5v/16MHz.		The boards I have are 328P 5v/16MHz. Upload blink and check the timing to figure out if it's 16/8 MHz.

	Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.		Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.

Adamcolton: /* Pro-Mini Notes */

2021-02-18T18:40:10Z

Pro-Mini Notes

← Older revision		Revision as of 18:40, 18 February 2021
Line 6:		Line 6:
	Red board, no plastic. Connect to Arduino pro mini with tops of circuit boards facing the same way. Open Arduino IDE as root (or it can't access the serial port). Programmer is "ArduinoISP"		Red board, no plastic. Connect to Arduino pro mini with tops of circuit boards facing the same way. Open Arduino IDE as root (or it can't access the serial port). Programmer is "ArduinoISP"

	The boards I have are 5v/16MHz.		The boards I have are 328P 5v/16MHz.

	Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.		Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.

Adamcolton at 12:53, 13 September 2019

2019-09-13T12:53:17Z

← Older revision		Revision as of 12:53, 13 September 2019
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	* $0.13 : Small Perf Board		* $0.13 : Small Perf Board
	$6.63		$6.63

			== STM32 ==
			https://circuitdigest.com/microcontroller-projects/getting-started-with-stm32-development-board-stm32f103c8-using-arduino-ide

	[[Category:Electronics]]		[[Category:Electronics]]
	[[Category:Notes]]		[[Category:Notes]]

Adamcolton: /* Pro-Mini Notes */

2018-03-02T20:54:46Z

Pro-Mini Notes

← Older revision		Revision as of 20:54, 2 March 2018
Line 10:		Line 10:
	Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.		Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.

	For the cheap clones, they go ~~face~~ to ~~face~~. I think I broke one when I tried to burn a boot loader.		For the cheap clones, they go back to back. I think I broke one when I tried to burn a boot loader.

	== Systems ==		== Systems ==

Adamcolton: /* Pro-Mini Notes */

2018-03-02T20:46:40Z

Pro-Mini Notes

← Older revision		Revision as of 20:46, 2 March 2018
Line 9:		Line 9:

	Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.		Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.

			For the cheap clones, they go face to face. I think I broke one when I tried to burn a boot loader.

	== Systems ==		== Systems ==

Adamcolton: /* Pro-Mini Notes */

2018-03-02T19:29:52Z

Pro-Mini Notes

← Older revision		Revision as of 19:29, 2 March 2018
Line 8:		Line 8:
	The boards I have are 5v/16MHz.		The boards I have are 5v/16MHz.

	Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again.		Power is supplied to the Raw pin. Do not connect power directly to Vcc pin. It's supposed to handle up to 12V, but I tried that and the board died very quickly, so don't do that again. Actually, I think I had just above that (12.3v) and 12v is a hard limit. I'm pretty sure the on board regulator is linear, so probably shouldn't give it more than 7V.

	== Systems ==		== Systems ==