MiniSTM32F103ZE - Revision history

Bertrik Sikken at 13:20, 11 May 2020

2020-05-11T13:20:25Z

← Older revision		Revision as of 13:20, 11 May 2020
Line 3:		Line 3:
	\|Picture=MiniSTM32F103ZE.jpg		\|Picture=MiniSTM32F103ZE.jpg
	\|Omschrijving=Making my miniSTM32F103ZE-EK board work		\|Omschrijving=Making my miniSTM32F103ZE-EK board work
	\|Status=~~Initializing~~		\|Status=Completed
	\|Contact=bertrik		\|Contact=bertrik
	}}		}}

2018-12-03T21:57:36Z

platformio

← Older revision		Revision as of 21:57, 3 December 2018
Line 61:		Line 61:
	The software archive contains a platformio configuration.		The software archive contains a platformio configuration.
	Once you have platformio installed, you should be able to compile, upload and run code from the command line as follows.		Once you have platformio installed, you should be able to compile, upload and run code from the command line as follows.

			Preparation:
			follow the instructions [http://docs.platformio.org/en/latest/faq.html#platformio-udev-rules here] to configure non-root access to your board.

	To compile:		To compile:

2018-05-28T21:06:06Z

Hardware

← Older revision		Revision as of 21:06, 28 May 2018
Line 26:		Line 26:
	* more GPIOs		* more GPIOs

			Here's the datasheet of this board: [[File:ministm32f103zet6_core_board_schematic.pdf]].
			Although dated 2013, the LEDs and buttons match up exactly with the actual hardware.
	The board is not actually the same as advertised: instead of mounting holes next to the JTAG connector, it has an 8-pin header for an NRF24L01 and room for another 8-pin header (ESP8266?).		The board is not actually the same as advertised: instead of mounting holes next to the JTAG connector, it has an 8-pin header for an NRF24L01 and room for another 8-pin header (ESP8266?).

	~~I have a~~
	~~[[File:ministm32f103zet6_core_board_schematic.pdf\|datasheet of this board]].~~
	~~Although dated 2013, the LEDs and buttons match up exactly with the actual hardware.~~
	The 8-pin nRF24L01 connector is not on the schematic, so I think the board I received is an updated, slightly newer, version.		The 8-pin nRF24L01 connector is not on the schematic, so I think the board I received is an updated, slightly newer, version.

2018-05-28T20:56:32Z

Hardware

← Older revision		Revision as of 20:56, 28 May 2018
Line 28:		Line 28:
	The board is not actually the same as advertised: instead of mounting holes next to the JTAG connector, it has an 8-pin header for an NRF24L01 and room for another 8-pin header (ESP8266?).		The board is not actually the same as advertised: instead of mounting holes next to the JTAG connector, it has an 8-pin header for an NRF24L01 and room for another 8-pin header (ESP8266?).

	[[File:ministm32f103zet6_core_board_schematic.pdf ~~Datasheet~~]]		I have a
			[[File:ministm32f103zet6_core_board_schematic.pdf\|datasheet of this board]].
			Although dated 2013, the LEDs and buttons match up exactly with the actual hardware.
			The 8-pin nRF24L01 connector is not on the schematic, so I think the board I received is an updated, slightly newer, version.

	== Software ==		== Software ==

2018-05-28T20:49:13Z

← Older revision		Revision as of 20:49, 28 May 2018
Line 21:		Line 21:

	== Hardware ==		== Hardware ==
	The STM32F103ZE appears to be quite similar to the STM32F103VE, with the following differences:		The STM32F103ZE processor present on this board appears to be quite similar to the STM32F103VE, with the following differences:
	* 144 pin package instead of 100 pin package		* 144 pin package instead of 100 pin package
	* more ADC channels		* more ADC channels
Line 27:		Line 27:

	The board is not actually the same as advertised: instead of mounting holes next to the JTAG connector, it has an 8-pin header for an NRF24L01 and room for another 8-pin header (ESP8266?).		The board is not actually the same as advertised: instead of mounting holes next to the JTAG connector, it has an 8-pin header for an NRF24L01 and room for another 8-pin header (ESP8266?).

			[[File:ministm32f103zet6_core_board_schematic.pdf Datasheet]]

	== Software ==		== Software ==

2018-05-27T15:13:14Z

Flashing the bootloader

← Older revision		Revision as of 15:13, 27 May 2018
Line 53:		Line 53:
	If you now reset the board (e.g. press the reset button), you should be able to see the green LED flash.		If you now reset the board (e.g. press the reset button), you should be able to see the green LED flash.

	You can now upload programs over USB using the 'dfu' method, using the USB port ~~closes~~ to the microsd slot (marked "USB").		You can now upload programs over USB using the 'dfu' method, using the USB port next to the microsd slot (marked "USB").

	=== platformio ===		=== platformio ===

2018-05-27T12:54:07Z

platformio

← Older revision		Revision as of 12:54, 27 May 2018
Line 56:		Line 56:

	=== platformio ===		=== platformio ===
	The archive contains a platformio configuration.		The software archive contains a platformio configuration.
	Once you have platformio installed, you should be able to compile, upload and run code from the command line as follows.		Once you have platformio installed, you should be able to compile, upload and run code from the command line as follows.

2018-05-27T12:33:51Z

Flashing the bootloader

← Older revision		Revision as of 12:33, 27 May 2018
Line 53:		Line 53:
	If you now reset the board (e.g. press the reset button), you should be able to see the green LED flash.		If you now reset the board (e.g. press the reset button), you should be able to see the green LED flash.

	You can now upload programs using the 'dfu' method, using the ~~right~~ USB port (marked "USB").		You can now upload programs over USB using the 'dfu' method, using the USB port closes to the microsd slot (marked "USB").

	=== platformio ===		=== platformio ===

2018-05-27T11:45:31Z

platformio

← Older revision		Revision as of 11:45, 27 May 2018
Line 57:		Line 57:
	=== platformio ===		=== platformio ===
	The archive contains a platformio configuration.		The archive contains a platformio configuration.
			Once you have platformio installed, you should be able to compile, upload and run code from the command line as follows.

	To compile:		To compile:
	pio run		pio run

	To upload:		To upload:
	pio run -t upload		pio run -t upload

	To run:		To run:
	pio device monitor		pio device monitor

2018-05-27T11:41:29Z

Hardware

← Older revision		Revision as of 11:41, 27 May 2018
Line 25:		Line 25:
	* more ADC channels		* more ADC channels
	* more GPIOs		* more GPIOs

			The board is not actually the same as advertised: instead of mounting holes next to the JTAG connector, it has an 8-pin header for an NRF24L01 and room for another 8-pin header (ESP8266?).

	== Software ==		== Software ==