Preamplifier_Offset_Drift_Correcttion.h

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#include <stdint.h>
/// \file
 
 
 
#define preamplifier_scrivi_il_trimmer 1    /*!< trimmer writing flag */
#define preamplifier_leggi_il_trimmer  0    /*!< trimmer reading flag */
 
#define preamplifier_coarse_step_trimmer_default 230e3
#define preamplifier_fine_step_trimmer_default 1970
 
#define preamplifier_positive_saturation 9e6  /*The positive max differential amplitude*/
#define preamplifier_negative_saturation -9e6 /*The negative max differential amplitude*/
 
extern int32_t preamplifier_Output_offset_target[12];  //in microV
 
extern volatile uint16_t preamplifier_attesa_tra_le_misure ;        //attesa tra le misure per aggiustamento offset
        
extern int32_t      preamplifier_error_voltage; //errore tollerato in microV
 
extern uint8_t preamplifier_canali_da_regolare;         //i canali da agiustare
 
extern uint8_t      preamplifier_externalADC_1_onboardADC_0 ; //ADC selection for offset adjustment
extern uint8_t      preamplifier_SAR_1_no_SAR_0; //SAR / no SAR in offset adjustment.
extern uint8_t preamplifier_fastSAR_1_no_fastSAR_0; //fast SAR in offset adjustment
 
extern volatile uint8_t  termalizzazione_fatta[];
 
extern struct preamplifier_SAR_ini_type { // SAR ini register
    uint8_t starting_value;
    uint8_t starting_value_neg;
    uint8_t starting_exp_value[2];
} preamplifier_SAR_ini[];
 
 
extern int32_t preamplifier_coarse_step_trimmer[];  //Value in microV
extern int32_t preamplifier_fine_step_trimmer[];  //Value in microV
 
extern uint8_t preamplifier_canali_da_regolare_old;
extern volatile int32_t     preamplifier_Output_offset_target_at_the_moment[] ;
 
void instr_ouput_offset_we_want_to_set_function(void);
void instr_output_offset_to_be_set_function(void);
static void preamplifier_normalize_gain_offset_error(uint8_t scheda_su_scheda_giu_);
//void preamplifier_aggiusta_offset_FastSAR(void);
void preamplifier_aggiusta_offset_SAR(void);
void instr_preamplifier_scrittura_lettura_trimmer_offset_function(void);
void preamplifier_ritorno_al_gain_originale(uint8_t scalata, uint8_t indice_trimmer, uint8_t * target_raggiunto_1_non_raggiunto_0);
int32_t preamplifier_ADC_external_measured_node_function(uint8_t scheda_su_scheda_giu,  uint8_t indice);
void preamplifier_trova_il_guess(uint8_t trimmer_da_usare);
void preamplifier_determina_trimmer_therma_comp(uint8_t scheda_su_scheda_giu,uint8_t canale,  \
    uint8_t valore_previsto_trimmer_offset, uint8_t solo_recupero_default_comp_se_1);