Configure_Reset_selection_port_analog_mux_ResIn_ADC_buffer()

void Configure_Reset_selection_port_analog_mux_ResIn_ADC_buffer

(

void

)

Set the reset pins of te analog mux's. Take care: reset=0 means output off.

Returns

No input parameters

void Configure_Reset_selection_port_analog_mux_ResIn_ADC_buffer(void){
    uint8_t ii;
 
    // Vengono configurati i pin dei Chip Selector degli anolog Mux da 1 a 8 ed impostati a 0, off condition
    //sono in sequenza
    for (ii=0;ii<8;ii++){   
        status= PIN_Configure(Mux_enable_postmainboard_1.porta_num, Mux_enable_postmainboard_1.pin_num +ii, PIN_FUNC_0, PIN_PINMODE_PULLUP, PIN_PINMODE_NORMAL);    
        GPIO_SetDir(Mux_enable_postmainboard_1.porta_num, Mux_enable_postmainboard_1.pin_num + ii, GPIO_DIR_OUTPUT);
        GPIO_PinWrite(Mux_enable_postmainboard_1.porta_num, Mux_enable_postmainboard_1.pin_num + ii, 0);
    }
    //setting of the parallel configuration pins of the analog mux
    for (ii=0;ii<2;ii++){   
            status= PIN_Configure(Mux_select_word_0.porta_num, Mux_select_word_0.pin_num +ii, PIN_FUNC_0, PIN_PINMODE_PULLUP, PIN_PINMODE_NORMAL);  
            GPIO_SetDir(Mux_select_word_0.porta_num, Mux_select_word_0.pin_num + ii, GPIO_DIR_OUTPUT);
            GPIO_PinWrite(Mux_select_word_0.porta_num, Mux_select_word_0.pin_num + ii, 0);
    }
    //Non sono in sequenza i pin in questo caso
            status= PIN_Configure(Mux_select_word_2.porta_num, Mux_select_word_2.pin_num , PIN_FUNC_0, PIN_PINMODE_PULLUP, PIN_PINMODE_NORMAL); 
            GPIO_SetDir(Mux_select_word_2.porta_num, Mux_select_word_2.pin_num , GPIO_DIR_OUTPUT);
            GPIO_PinWrite(Mux_select_word_2.porta_num, Mux_select_word_2.pin_num , 0);  
    
    
        //ResIn of ADC buffer input
            status= PIN_Configure(ADC_ResIn_A_buffer_down.porta_num, ADC_ResIn_A_buffer_down.pin_num , PIN_FUNC_0, PIN_PINMODE_PULLUP, PIN_PINMODE_NORMAL); 
            GPIO_SetDir(ADC_ResIn_A_buffer_down.porta_num, ADC_ResIn_A_buffer_down.pin_num , GPIO_DIR_OUTPUT);
            GPIO_PinWrite(ADC_ResIn_A_buffer_down.porta_num, ADC_ResIn_A_buffer_down.pin_num , 1);
    
            //ResIn of ADC buffer input
            status= PIN_Configure(ADC_ResIn_B_buffer_down.porta_num, ADC_ResIn_B_buffer_down.pin_num , PIN_FUNC_0, PIN_PINMODE_PULLUP, PIN_PINMODE_NORMAL); 
            GPIO_SetDir(ADC_ResIn_B_buffer_down.porta_num, ADC_ResIn_B_buffer_down.pin_num , GPIO_DIR_OUTPUT);
            GPIO_PinWrite(ADC_ResIn_B_buffer_down.porta_num, ADC_ResIn_B_buffer_down.pin_num , 1);
    
                //ResIn of ADC buffer input
            status= PIN_Configure(ADC_ResIn_A_buffer_up.porta_num, ADC_ResIn_A_buffer_up.pin_num , PIN_FUNC_0, PIN_PINMODE_PULLUP, PIN_PINMODE_NORMAL); 
            GPIO_SetDir(ADC_ResIn_A_buffer_up.porta_num, ADC_ResIn_A_buffer_up.pin_num , GPIO_DIR_OUTPUT);
            GPIO_PinWrite(ADC_ResIn_A_buffer_up.porta_num, ADC_ResIn_A_buffer_up.pin_num , 1);
    
                    //ResIn of ADC buffer input
            status= PIN_Configure(ADC_ResIn_B_buffer_up.porta_num, ADC_ResIn_B_buffer_up.pin_num , PIN_FUNC_0, PIN_PINMODE_PULLUP, PIN_PINMODE_NORMAL); 
            GPIO_SetDir(ADC_ResIn_B_buffer_up.porta_num, ADC_ResIn_B_buffer_up.pin_num , GPIO_DIR_OUTPUT);
            GPIO_PinWrite(ADC_ResIn_B_buffer_up.porta_num, ADC_ResIn_B_buffer_up.pin_num , 1);
            
    
}

Definition at line 308 of file Gpio.c.