Felícito Manzano
Proyecto ABInBev para la tarjeta Guaria 1/2.
Guaria_PinOut/ics5_pinout.hpp
- Committer:
- fmanzano_dtk
- Date:
- 2022-07-07
- Revision:
- 18:522f706f03b1
- Parent:
- 1:9e821e640117
File content as of revision 18:522f706f03b1:
/**
* @file ics5_pinout.hpp
* @author Felícito Manzano (felicito.manzano@detektor.com.sv)
* @brief ics5_rev5
* @version 0.1
* @date 2020-09-22
*
* @copyright Copyright (c) 2020
*
*/
#ifndef __ICS5_PINOUT_H
#define __ICS5_PINOUT_H
#define ICS_BOARD_ID 11
/**
* @brief
*
*/
#if (ICS_BOARD_ID == 12)
//UART
#define BLE_TX PA_9 //USART1 - BLUETOOTH
#define BLE_RX PA_10
#define TTL_TX PA_2 //USART2
#define TTL_RX PA_3
#define RS232_CH1_TX PD_8 //USART3
#define RS232_CH1_RX PD_9
#define RS232_CH2_TX PC_12 //USART5
#define RS232_CH2_RX PE_7
#define RS485_TX PC_6 //USART6
#define RS485_RX PC_7
#define TTL_VOICE_TX PA_0 //USART4
#define TTL_VOICE_RX PA_1
// INPUT
#define INPUT1_POSITIVE PA_7
#define INPUT2_NEGATIVE PB_0
#define INPUT3_NEGATIVE PB_1
#define INPUT4_NEGATIVE PF_10
#define INPUT5_NEGATIVE PA_4
#define INPUT6_NEGATIVE PA_5
#define INPUT7_NEGATIVE PA_6
#define INPUT8_NEGATIVE PB_3
// OUTPUT
#define OUTPUT1_NEGATIVE PB_13
#define OUTPUT2_NEGATIVE PB_14
#define OUTPUT3_NEGATIVE PB_15
#define OUTPUT4_NEGATIVE PC_0
//#define OUTPUT5_NEGATIVE PB_5
//#define OUTPUT6_NEGATIVE PA_15
//#define OUTPUT7_NEGATIVE PA_8
// BSP
#define USER_BUTTON PC_13
#define USER_LED1 PB_4
#define USER_LED2 PB_12
// BLUETOOTH
#define BT_STATE PA_15
#define BT_RESET PB_5
// VOICE
#define VOICE_BUSY PC_1
// CAN
#define STBY_CAN PD_3
#define CAN1_TX PD_1
#define CAN1_RX PD_0
#define MP2155_ENABLE PB_10
// I2C
#define I2C_SDA_EE PB_9
#define I2C_SCL_EE PB_8
#define I2C_SDA_QW PC_9
#define I2C_SCL_QW PA_8
// SPI
#define SPI_SCK PE_2
#define SPI_SS PE_4
#define SPI_MISO PE_5
#define SPI_MOSI PE_6
// USB
#define USB_DP PA_12
#define USB_DM PA_11
//GPIO
#define GPIO01 PD_6
#define GPIO02 PD_7
#define GPIO03 PB_11
#define GPIO04 PF_14
#define GPIO05 PD_15
#define GPIO06 PE_15
#define GPIO07 PD_12
#define GPIO08 PG_0
#define GPIO09 PF_11
#define GPIO10 PG_2
#define GPIO11 PG_3
#define GPIO12 PG_4
#define GPIO13 PG_5
#define GPIO14 PG_6
#define GPIO15 PE_0
#define GPIO16 PG_8
#define GPIO17 PE_1
#define GPIO18 PG_10
#define GPIO19 PG_11
#define GPIO20 PG_12
#define GPIO21 PE_3
#elif (ICS_BOARD_ID == 11)
//UART
#define BLE_TX PA_9 //USART1 - BLUETOOTH
#define BLE_RX PA_10
#define TTL_TX PA_2 //USART2
#define TTL_RX PA_3
#define RS232_CH1_TX PB_10 //USART3
#define RS232_CH1_RX PB_11
#define RS232_CH2_TX PC_12 //USART5
#define RS232_CH2_RX PE_7
#define RS485_TX PC_6 //USART6
#define RS485_RX PC_7
#define TTL_VOICE_TX PA_0 //USART4
#define TTL_VOICE_RX PA_1
// INPUT
#define INPUT1_POSITIVE PA_7
#define INPUT2_NEGATIVE PB_0
#define INPUT3_NEGATIVE PB_1
#define INPUT4_NEGATIVE PF_10
#define INPUT5_NEGATIVE PA_4
#define INPUT6_NEGATIVE PA_5
#define INPUT7_NEGATIVE PA_6
#define INPUT8_NEGATIVE PB_3
// OUTPUT
#define OUTPUT1_NEGATIVE PB_13
#define OUTPUT2_NEGATIVE PB_14
#define OUTPUT3_NEGATIVE PB_15
#define OUTPUT4_NEGATIVE PC_0
//#define OUTPUT5_NEGATIVE PB_5
//#define OUTPUT6_NEGATIVE PA_15
//#define OUTPUT7_NEGATIVE PA_8
// BSP
#define USER_BUTTON PC_13
#define USER_LED1 PB_4
#define USER_LED2 PB_12
// BLUETOOTH
#define BT_STATE PA_15
#define BT_RESET PB_5
// VOICE
#define VOICE_BUSY PC_1
// CAN
#define STBY_CAN PD_3
#define CAN1_TX PD_1
#define CAN1_RX PD_0
// I2C
#define I2C_SDA_EE PB_9
#define I2C_SCL_EE PB_8
#define I2C_SDA_QW PC_9
#define I2C_SCL_QW PA_8
// SPI
#define SPI_SCK PE_2
#define SPI_SS PE_4
#define SPI_MISO PE_5
#define SPI_MOSI PE_6
// USB
#define USB_DP PA_12
#define USB_DM PA_11
#elif (ICS_BOARD_ID == 5)
//UART
#define BLE_TX PA_9 //USART1
#define BLE_RX PA_10
#define TTL_1_TX PA_9 //USART1
#define TTL_1_RX PA_10
#define TTL_2_TX PA_2 //USART2
#define TTL_2_RX PA_3
#define RS232_CH1_TX PA_2 //USART2
#define RS232_CH1_RX PA_3
#define RS232_CH2_TX PB_10 //USART3
#define RS232_CH2_RX PB_11
#define RS485_TX PB_10 //USART3
#define RS485_RX PB_11
#define TTL_4_TX PA_0 //USART4
#define TTL_4_RX PA_1
#define TTL_5_TX PB_3 //USART5
#define TTL_5_RX PB_4
// INPUT
#define INPUT1_POSITIVE PA_7
#define INPUT2_NEGATIVE PB_0
#define INPUT3_NEGATIVE PB_1
#define INPUT4_NEGATIVE PB_2
#define INPUT5_NEGATIVE PA_4
#define INPUT6_NEGATIVE PA_5
// OUTPUT
#define OUTPUT1_NEGATIVE PA_12
#define OUTPUT2_NEGATIVE PA_11
#define OUTPUT3_NEGATIVE PB_7
#define OUTPUT4_NEGATIVE PB_6
#define OUTPUT5_NEGATIVE PB_5
#define OUTPUT6_NEGATIVE PA_15
#define OUTPUT7_NEGATIVE PA_8
// BSP
#define USER_BUTTON PC_13
#define USER_LED2 PB_14
#define USER_LED3 PB_15
// BLUETOOTH
#define BT_STATE PB_13
#define BT_LED PB_12
// 1-WIRE
#define ONE_WIRE PA_6
// I2C
#define I2C_SCL PB_8
#define I2C_SDA PB_9
/**
* @brief
*
*/
#elif (ICS_BOARD_ID == 3)
//UART
#define BLE_TX PA_9 //USART1 ==> AVL FMU130
#define BLE_RX PA_10
#define TTL_1_TX PA_9 //USART1
#define TTL_1_RX PA_10
#define TTL_2_TX PA_2 //USART2 ==> Lector de Huellas
#define TTL_2_RX PA_3
#define RS232_CH1_TX PA_2 //USART2
#define RS232_CH1_RX PA_3
#define RS232_CH2_TX PB_10 //USART3
#define RS232_CH2_RX PB_11
#define RS485_TX PB_10 //USART3
#define RS485_RX PB_11
#define TTL_4_TX PA_0 //USART4 ==> N/C Parlante
#define TTL_4_RX PA_1
#define TTL_5_TX PB_3 //USART5 ==> PC DEbug
#define TTL_5_TX PB_4
// INPUT
#define INPUT1_POSITIVE PA_15
#define INPUT2_NEGATIVE PA_6
#define INPUT3_NEGATIVE PA_7
#define INPUT4_NEGATIVE PA_5
#define INPUT5_NEGATIVE PA_8
// OUTPUTS
#define OUTPUT1_NEGATIVE PB_9
#define OUTPUT2_NEGATIVE PB_8
#define OUTPUT3_NEGATIVE PB_7
#define OUTPUT4_NEGATIVE PB_6
#define OUTPUT5_NEGATIVE PB_5
#define OUTPUT6_NEGATIVE PB_4
#define OUTPUT7_NEGATIVE PB_3
// BSP
#define USER_BUTTON PC_13
#define USER_LED2 PA_4
#define USER_LED3 PB_0
// 1-WIRE
#define ONE_WIRE PB_1
#define ONE_WIRE2 PB_2
// TTL
#define TTL_IO1 PA_11
#define TTL_IO2 PA_12
#define RF_TTL_DIN0 PA_8
#define RF_TTL_DIN1 PB_15
#define RF_TTL_DIN2 PB_14
#define RF_TTL_DIN3 PB_13
#define RF_TTL_DIN_VT PB_12
// BLUETOOTH
#define BT_STATE PB_13
#define BT_LED PB_12
/**
* @brief
*
*/
#elif (ICS_BOARD_ID == 303)
/* ******************************************** */
/* *** PRUEBAS CON NUCLEO F303K8 *** */
/* ******************************************** */
#define TTL_1_TX PA_2 //USART1
#define TTL_1_RX PA_15
#define RS232_CH1_TX PA_2 // USART1
#define RS232_CH1_RX PA_15
#define TTL_2_TX PA_9 //USART2
#define TTL_2_RX PA_10
#define RS232_CH2_TX PA_9
#define RS232_CH2_RX PA_10
#define RS485_TX PA_9
#define RS485_RX PA_10
#define INPUT1_POSITIVE PA_12
#define INPUT2_NEGATIVE PB_0
#define INPUT3_NEGATIVE PB_7
#define INPUT4_NEGATIVE PB_6
#define OUTPUT1_NEGATIVE PB_1
#define OUTPUT2_NEGATIVE PF_0
#define OUTPUT3_NEGATIVE PF_1
#define OUTPUT4_NEGATIVE PA_8
#define OUTPUT5_NEGATIVE PA_11
#define OUTPUT6_NEGATIVE PB_5
#define OUTPUT7_NEGATIVE PB_4
#define USER_LED2 PB_3 // LED BSP
/**
* @brief
*
*/
#elif (ICS_BOARD_ID == 91)
/* ******************************************** */
/* *** PRUEBAS CON NUCLEO F091RC *** */
/* ******************************************** */
//UART
#define BLE_TX PC_10 //USART1
#define BLE_RX PC_11
#define TTL_1_TX PC_10 //USART1
#define TTL_1_RX PC_11
#define TTL_2_TX PC_12 //USART2
#define TTL_2_RX PD_2
#define RS232_CH1_TX PC_12 //USART2
#define RS232_CH1_RX PD_2
#define RS232_CH2_TX PC_0 //USART3
#define RS232_CH2_RX PC_1
#define RS485_TX PC_0 //USART3
#define RS485_RX PC_1
#define TTL_4_TX PC_8 //USART4
#define TTL_4_RX PC_9
#define TTL_5_TX PA_2 //USART5
#define TTL_5_RX PA_3
// INPUT
#define INPUT1_POSITIVE PC_4
#define INPUT2_NEGATIVE PB_13
#define INPUT3_NEGATIVE PB_14
#define INPUT4_NEGATIVE PB_15
#define INPUT5_NEGATIVE PB_1
#define INPUT6_NEGATIVE PB_2
// OUTPUT
#define OUTPUT1_NEGATIVE PC_3
#define OUTPUT2_NEGATIVE PC_2
#define OUTPUT3_NEGATIVE PF_1
#define OUTPUT4_NEGATIVE PF_0
#define OUTPUT5_NEGATIVE PC_15
#define OUTPUT6_NEGATIVE PC_14
#define OUTPUT7_NEGATIVE PB_7
// BSP
#define USER_BUTTON PC_13
#define USER_LED2 PA_5
// BLUETOOTH
#define BT_STATE PB_0
#define BT_LED PA_4
#endif
#endif //__ICS5_PINOUT_H