Memoria_pre_M24CXX.h

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/// \file
 
#include <stdint.h>
 
//Inizio CROSS 
 
/*! \brief EPROM addresses for preamplifier EPROM. The definitions must be multiplied by 4, namely <<2, or 4 bytes per information
*/
enum preamplifier_EPROM {
//Preamplifier general
    Memory_preamplifier_address_SN,  //!< Preamplifier sn: B0: fet n on top, B1: its board, B2: fet n on bot, B3: its board
//Preamplifier offset trimmer
    Memory_preamplifier_slope_calibration_ON_0_OFF_ff, //!< slope trimmer active if zero
    Memory_preamplifier_address_fine_trimmer_slope_offset,  //!< fine slope for trimmer offset
    Memory_preamplifier_address_coarse_trimmer_slope_offset,  //!< coarse slope for trimmer offset
//Offset trimmer for sturtup
    Memory_preamplifier_startup_offset_trimmer_ON_0_OFF_ff,  //!< startup offset trimmer active if zero
    Memory_preamplifier_startup_offset_trimmer, //!< startup offset trimmer active if zero
//User Offset trimmer
    Memory_preamplifier_user_offset_trimmer_ON_0_OFF_ff,  //!< user offset trimmer active if zero
    Memory_preamplifier_user_offset_trimmer, //!< startup offset trimmer active if zero 
    Memory_preamplifier_user_detector_and_gain, //!< detectro setup anf PGA gain at user location
    Memory_preamplifier_user_detector_trimmer, //!< detector trimmer content is stored here
//Detector trimmer coarse calibration voltage   
    Memory_detector_coarse_slope_calibration_ON_0_OFF_ff, //!< slope detector positive trimmer active if zero
    Memory_detector_positive_address_coarse_trimmer_slope_bias,  //!< coarse slope for detector positive trimmer bias
    Memory_detector_negative_address_coarse_trimmer_slope_bias,  //!< coarse slope for detector negative trimmer bias   
//Detector trimmer fine calibration voltage 
    Memory_detector_fine_slope_calibration_ON_0_OFF_ff, //!< slope detector negative trimmer active if zero
    Memory_detector_positive_address_fine_trimmer_slope_bias,  //!< fine slope for detector positive trimmer bias           
    Memory_detector_negative_address_fine_trimmer_slope_bias,  //!< fine slope for detector negative trimmer bias
//Preamplifier Drift parameteers
    Memory_preamplifier_drift_ON_0_OFF_ff,  //!< offset drift correction active if zero 
    Memory_preamplifier_trimmers_for_drift,  //!< preamplifier trimmer at default   
    Memory_preamplifier_offset_slope_trimmer_with_temp,  //!< offset trimmer temperature drift, this number is in nV
    Memory_preamplifier_compensation_slope_trimmer_with_temp,  //!< thermal compensation trimmer temperature drift
    Memory_preamplifier_compensation_slope,  //!< thermal compensation trimmer effect on ouput per step
        //Last used memory
    Memory_preamplifier_last_memory_used_first_free                             //!< last memory used, useful for backup    
};
 
/*! \brief EPROM addresses for mainboard EPROM. The definitions must be multiplied by 4, or 4 bytes per information
*/
enum frontend_EPROM {
//Eprom general
    Memory_mainboard_address_SN,                                            //!< Mainboard sn
    Memory_mainboard_address_fw,                                            //!< Mainboard fw version
    Memory_mainboard_address_CAN_own_filter,                        //!< This is the filter of the board
    Memory_mainboard_address_CAN_common_filter,                 //!< This is the filter common to all the boards,
    //Preamplifier information
    Memory_mainboard_preamplifier_address_SN_0,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_mainboard_preamplifier_address_SN_1,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_mainboard_preamplifier_address_SN_2,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_mainboard_preamplifier_address_SN_3,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_mainboard_preamplifier_address_SN_4,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_mainboard_preamplifier_address_SN_5,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM   
    //Copy of the detector trimmer slopes for ch0
    Memory_mainboard_det_coa_slope_cali_ON_0_OFF_ff_ch0, //!< slope detector positive trimmer active if zero
    Memory_mainboard_det_positive_ad_coarse_trim_slope_bias_ch0,  //!< coarse slope for detector positive trimmer bias
    Memory_mainboard_det_negative_ad_coarse_trim_slope_bias_ch0,  //!< coarse slope for detector negative trimmer bias      
    Memory_mainboard_det_fin_slope_cali_ON_0_OFF_ff_ch0, //!< slope detector negative trimmer active if zero
    Memory_mainboard_det_positive_ad_fine_trim_slope_bias_ch0,  //!< fine slope for detector positive trimmer bias          
    Memory_mainboard_det_negative_ad_fine_trim_slope_bias_ch0,  //!< fine slope for detector negative trimmer bias  
    //Copy of the detector trimmer slopes for ch1
    Memory_mainboard_det_coa_slope_cali_ON_0_OFF_ff_ch1, //!< slope detector positive trimmer active if zero
    Memory_mainboard_det_positive_ad_coarse_trim_slope_bias_ch1,  //!< coarse slope for detector positive trimmer bias
    Memory_mainboard_det_negative_ad_coarse_trim_slope_bias_ch1,  //!< coarse slope for detector negative trimmer bias      
    Memory_mainboard_det_fin_slope_cali_ON_0_OFF_ff_ch1, //!< slope detector negative trimmer active if zero
    Memory_mainboard_det_positive_ad_fine_trim_slope_bias_ch1,  //!< fine slope for detector positive trimmer bias          
    Memory_mainboard_det_negative_ad_fine_trim_slope_bias_ch1,  //!< fine slope for detector negative trimmer bias
        //Copy of the detector trimmer slopes for ch2
    Memory_mainboard_det_coa_slope_cali_ON_0_OFF_ff_ch2, //!< slope detector positive trimmer active if zero
    Memory_mainboard_det_positive_ad_coarse_trim_slope_bias_ch2,  //!< coarse slope for detector positive trimmer bias
    Memory_mainboard_det_negative_ad_coarse_trim_slope_bias_ch2,  //!< coarse slope for detector negative trimmer bias      
    Memory_mainboard_det_fin_slope_cali_ON_0_OFF_ff_ch2, //!< slope detector negative trimmer active if zero
    Memory_mainboard_det_positive_ad_fine_trim_slope_bias_ch2,  //!< fine slope for detector positive trimmer bias          
    Memory_mainboard_det_negative_ad_fine_trim_slope_bias_ch2,  //!< fine slope for detector negative trimmer bias  
    //Copy of the detector trimmer slopes for ch3
    Memory_mainboard_det_coa_slope_cali_ON_0_OFF_ff_ch3, //!< slope detector positive trimmer active if zero
    Memory_mainboard_det_positive_ad_coarse_trim_slope_bias_ch3,  //!< coarse slope for detector positive trimmer bias
    Memory_mainboard_det_negative_ad_coarse_trim_slope_bias_ch3,  //!< coarse slope for detector negative trimmer bias      
    Memory_mainboard_det_fin_slope_cali_ON_0_OFF_ff_ch3, //!< slope detector negative trimmer active if zero
    Memory_mainboard_det_positive_ad_fine_trim_slope_bias_ch3,  //!< fine slope for detector positive trimmer bias          
    Memory_mainboard_det_negative_ad_fine_trim_slope_bias_ch3,  //!< fine slope for detector negative trimmer bias      
    //Copy of the detector trimmer slopes for ch4
    Memory_mainboard_det_coa_slope_cali_ON_0_OFF_ff_ch4, //!< slope detector positive trimmer active if zero
    Memory_mainboard_det_positive_ad_coarse_trim_slope_bias_ch4,  //!< coarse slope for detector positive trimmer bias
    Memory_mainboard_det_negative_ad_coarse_trim_slope_bias_ch4,  //!< coarse slope for detector negative trimmer bias      
    Memory_mainboard_det_fin_slope_cali_ON_0_OFF_ff_ch4, //!< slope detector negative trimmer active if zero
    Memory_mainboard_det_positive_ad_fine_trim_slope_bias_ch4,  //!< fine slope for detector positive trimmer bias          
    Memory_mainboard_det_negative_ad_fine_trim_slope_bias_ch4,  //!< fine slope for detector negative trimmer bias  
        //Copy of the detector trimmer slopes for ch5
    Memory_mainboard_det_coa_slope_cali_ON_0_OFF_ff_ch5, //!< slope detector positive trimmer active if zero
    Memory_mainboard_det_positive_ad_coarse_trim_slope_bias_ch5,  //!< coarse slope for detector positive trimmer bias
    Memory_mainboard_det_negative_ad_coarse_trim_slope_bias_ch5,  //!< coarse slope for detector negative trimmer bias      
    Memory_mainboard_det_fin_slope_cali_ON_0_OFF_ff_ch5, //!< slope detector negative trimmer active if zero
    Memory_mainboard_det_positive_ad_fine_trim_slope_bias_ch5,  //!< fine slope for detector positive trimmer bias          
    Memory_mainboard_det_negative_ad_fine_trim_slope_bias_ch5,  //!< fine slope for detector negative trimmer bias
        //Detector Trimmer settings, 50 V per channels x 6 channels= 306
    Memory_mainboard_det_chan_0_0V,  //!< fine slope for detector negative trimmer bias
        //Last used memory
    Memory_mainboard_last_memory_used_first_free                            //!< last memory used, useful for backup
};
/*! \brief Refer to these definitions for using the channels during eprom R/W
*/
 
/*! \brief EPROM addresses for postmainboard EPROM. The definitions must be multiplied by 4, or 4 bytes per information
*/
enum postmainboard_EPROM {
//Eprom general
    Memory_postmainboard_address_SN,                                            //!< postmainboard sn
    Memory_postmainboard_address_fw,                                            //!< postmainboard fw version
    Memory_postmainboard_address_CAN_own_filter,                        //!< This is the filter of the board
    Memory_postmainboard_address_CAN_common_filter,                 //!< This is the filter common to all the boards,
    Memory_postmainboard_CAN_from_hw_switch_1_from_EPROM_0,  //!< CAN bu from memory or from switches on board  
    //Preamplifier information
    Memory_postmainboard_preamplifier_address_SN_0,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_postmainboard_preamplifier_address_SN_1,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_postmainboard_preamplifier_address_SN_2,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_postmainboard_preamplifier_address_SN_3,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_postmainboard_preamplifier_address_SN_4,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM
    Memory_postmainboard_preamplifier_address_SN_5,                 //!< Preamplifier 0 sn, a replica from preamplifier EPROM   
    //Power ON/OFF of micro-controller and ADCs
    Memory_postmainboard_micro_powdown_active_1_alwaysON_0,             //!< microntroller aoutopower OFF if true, always ON if false
    Memory_postmainboard_ADCs_always_ON_0_powerdown_1,      //!< ADCs powerdown ON if 0, always ON if >1
    Memory_postmainboard_micro_PD_wait_time_in_sec,     //!< wait time before microcontroller power down since last operation
        //Last used memory
    Memory_postmainboard_last_memory_used_first_free            //!< last memory used, useful for backup    
};
/*! \brief Refer to these definitions for using the channels during eprom R/W
*/
 
//! <!-- [fun_canali_eprom] --> 
enum canali_eprom{
    canale1,
    canale2,
    canale3,
    canale4,
    canale5,
    canale6,
    Canale_Eprom_mainboard,
    Canale_EPROM_postmainboard_down,
    Canale_EPROM_postmainboard_up};  
//! <!-- [fun_canali_eprom] --> 
 
//! I2C address of the onboard EPROM
#define EPROM_mainboard_I2C_addres     0x50  //< /* I2C address of the mainboard EPROM */
#define EPROM_postmainboard_I2C_addres     0x51  //< /* I2C address of the 2 postboard EPROMs */    
 
//! I2C address of channle 0, 2 and 4
#define EPROM_I2C_addres_memory_ch_pari     0x50  //< /* I2C address of channle 0, 2 and 4 */
 
//! I2C address of channle 1, 3 and 5
#define EPROM_I2C_addres_memory_ch_dispari  0x54  //< /* I2C address of channle 1, 3 and 5*/
 
//  /*! \brief Coordinates for the preamplifier and onboard EPROMs 
//*/
////! <!-- [fun_EPROM_I2C] --> 
//struct address_detector_bias_trimmer_type {
//  uint8_t quale_I2C;  
//  uint8_t indirizzo_I2C;
//};
////! <!-- [fun_EPROM_I2C] -->
 
//extern const struct address_detector_bias_trimmer_type    EPROM_address[7];
 
 
void EPROM_lettura_M24C08_16(uint8_t scheda_su_scheda_giu,enum canali_eprom canale, short indirizzo_memoria , uint8_t *dati_letti);
void EPROM_scrittura_M24C08_16(uint8_t scheda_su_scheda_giu, enum canali_eprom canale, short indirizzo_memoria , uint8_t *dati_da_scrivere);
void EPROM_scrittura_M24C32_64(uint8_t scheda_su_scheda_giu, uint8_t mainboard_postmainboard,uint8_t canale, short indirizzo_memoria , uint8_t *dati_da_scrivere);
void EPROM_lettura_M24C32_64(uint8_t scheda_su_scheda_giu,uint8_t mainboard_postmainboard, uint8_t canale, short indirizzo_memoria , uint8_t *dati_letti) ;
void instr_EPROM_read_write_function(void);
void EPROM_store_recover_state_M24C32_64(uint8_t scheda_su_scheda_giu,uint8_t canali_da_regolare, \
uint8_t set_1_store_0 , uint8_t startup_1_user_0);
void EPROM_restore_detector_slopes_in_pream( uint8_t scheda_su_scheda_giu , uint8_t canale);
void EPROM_store_recover_detector_voltage_M24C32_64(uint8_t scheda_su_scheda_giu,uint8_t canali_da_regolare, \
uint32_t voltage_integer  ,uint8_t set_1_store_0 );
 
//Fine CROSS
 
 
//void instruction_preamplifier_memory(void);
//void lettura_EPROM(char canale, short indirizzo_memoria , unsigned char *dati_letti);
//void  scrivi_mem_EPROM( unsigned short indirizzo, int valore_da_scrivere, char canale);