Configuration	TSYS01
STM32CubeMX 	4.18.0
Date	03/16/2017
MCU	STM32F042C4Tx



PERIPHERALS	MODES	FUNCTIONS	PINS
ADC	IN0	ADC_IN0	PA0
ADC	IN1	ADC_IN1	PA1
ADC	IN2	ADC_IN2	PA2
ADC	Single-ended	ADC_TempSens_Input	VP_ADC_TempSens_Input
ADC	Vrefint Channel	ADC_Vref_Input	VP_ADC_Vref_Input
ADC	Vbat Channel	ADC_Vbat_Input	VP_ADC_Vbat_Input
CAN	Master	CAN_RX	PB8
CAN	Master	CAN_TX	PB9
I2C1	I2C	I2C1_SCL	PA9
I2C1	I2C	I2C1_SDA	PA10
RCC	Crystal/Ceramic Resonator	RCC_OSC_IN	PF0-OSC_IN
RCC	Crystal/Ceramic Resonator	RCC_OSC_OUT	PF1-OSC_OUT
RCC	Crystal/Ceramic Resonator	RCC_OSC32_IN	PC14OSC32_IN
RCC	Crystal/Ceramic Resonator	RCC_OSC32_OUT	PC15OSC32_OUT
RTC	Activate RTC Clock Source	RTC_VS_RTC_Activate	VP_RTC_VS_RTC_Activate
SPI1	Full-Duplex Master	SPI1_MISO	PA6
SPI1	Full-Duplex Master	SPI1_MOSI	PA7
SPI1	Full-Duplex Master	SPI1_SCK	PA5
SYS	SysTick	SYS_VS_Systick	VP_SYS_VS_Systick
USART1	Asynchronous	USART1_RX	PB7
USART1	Asynchronous	USART1_TX	PB6
USB	Device (FS)	USB_DM	PA11
USB	Device (FS)	USB_DP	PA12



Pin Nb	PINs	FUNCTIONs	LABELs
3	PC14OSC32_IN	RCC_OSC32_IN	
4	PC15OSC32_OUT	RCC_OSC32_OUT	
5	PF0-OSC_IN	RCC_OSC_IN	
6	PF1-OSC_OUT	RCC_OSC_OUT	
10	PA0	ADC_IN0	V12
11	PA1	ADC_IN1	V5
12	PA2	ADC_IN2	V3.3
15	PA5	SPI1_SCK	
16	PA6	SPI1_MISO	
17	PA7	SPI1_MOSI	
18	PB0	GPIO_Output	ADDR0
19	PB1	GPIO_Output	ADDR1
20	PB2	GPIO_Output	ADDR2
25	PB12	GPIO_Output	Keyboard_column_0
26	PB13	GPIO_Output	Kcol_1
27	PB14	GPIO_Output	Kcol_2
28	PB15	GPIO_Output	Kcol_3
30	PA9	I2C1_SCL	
31	PA10	I2C1_SDA	
32	PA11	USB_DM	
33	PA12	USB_DP	
37	PA14	GPIO_Input	Keyboard_row_0
38	PA15	GPIO_Input	Krow_1
39	PB3	GPIO_Input	Krow_2
40	PB4	GPIO_Input	Krow_3
42	PB6	USART1_TX	
43	PB7	USART1_RX	
45	PB8	CAN_RX	
46	PB9	CAN_TX	



SOFTWARE PROJECT

Project Settings : 
Project Name : TSYS01
Project Folder : /Big/Data/00__Electronics/STM32/TSYS01/git/CubeMX/TSYS01
Toolchain / IDE : EWARM
Firmware Package Name and Version : STM32Cube FW_F0 V1.7.0


Code Generation Settings : 
STM32Cube Firmware Library Package : Copy all used libraries into the project folder
Generate peripheral initialization as a pair of '.c/.h' files per peripheral : No
Backup previously generated files when re-generating : No
Delete previously generated files when not re-generated : Yes
Set all free pins as analog (to optimize the power consumption) : No


Toolchains Settings : 
Compiler Optimizations : Balanced Size/Speed