//Clock source =master clock in = 24.576MHz, DAC sampling freq =192Ksps
    AIC_writeRegister(AIC3106_REG_PAGESELECT, 0);
    AIC_writeRegister(AIC3106_REG_RESET, 1);

    uint8_t value;int i;
    //TEST DAC flag REGISTERs
    AIC_writeRegister(AIC3106_REG_PAGESELECT, 0);
    AIC_readRegister(37,&value);
    UART_txString(DEBUG_PORT, "value of register p0-37:");
    UART_txUint8(DEBUG_PORT,value);
    UART_txString(DEBUG_PORT, "\r\n");


    //###############################################
    //# Clock and Interface Settings
    AIC_writeRegister(AIC3106_REG_PAGESELECT, 0);
    AIC_writeRegister(11,0b10000001);//Power up the NDAC divider with value 1
    AIC_writeRegister(12,0b10000100);//Power up the MDAC divider with value 4
    AIC_writeRegister(18,0b10000001);//Power up the NADC divider with value 1
    AIC_writeRegister(19,0b10000100);//Power up the MADC divider with value 4
    AIC_writeRegister(14,32);// Program the DOSR to 32 for 192ksps
    AIC_writeRegister(20,32);// Program the AOSR to 32 for 192ksps
    AIC_writeRegister(27,1);//I2s and 16 bit | CHANGE TO DSP AND 32 BIT EVENTUALY  (DOUT is high impedance while not used)
    AIC_writeRegister(28, 0x00);// Data offset = 0
    AIC_writeRegister(60,17);//Set the DAC processing block to PRB_P17
    AIC_writeRegister(61,13);//Set the ADC processing block to PRB_P13
    //###############################################

    //At this point, at the latest, the analog power supply must be applied to the device

    //###############################################
    //# Program Analog Blocks
    AIC_writeRegister(AIC3106_REG_PAGESELECT, 1);//Select Page 1
    AIC_writeRegister(1, 8);// Disable crude AVDD generation from DVDD
    AIC_writeRegister(2, 1);// Enable Analog Blocks, use LDO power
    AIC_writeRegister(10, 0b00000011);//Program Common Mode voltage default is 0.9v  HERE 1.5v
    AIC_writeRegister(123, 1);//Reference charges up in 40ms after analog blocks
    AIC_writeRegister(14,0b00001000);//rout lol
    AIC_writeRegister(15,0b00001000);//rout lor
    AIC_writeRegister(18,0);//lol unmute ,0b00011011 for 27 db
    AIC_writeRegister(19,0);//lor unmute
    AIC_writeRegister(9,0x00001100);//Power up loL and loR drivers
    //###############################################



     //###############################################
     //# Power Up DAC
     AIC_writeRegister(AIC3106_REG_PAGESELECT, 0);//Select Page 0
     AIC_writeRegister( 64, 2 ); // Left vol=right vol &unmute
     AIC_writeRegister(63,0b11010100);//Power up LDAC/RDAC (soft-step one per DAC word)
     AIC_writeRegister(64,0);//Unmute LDAC/RDAC
     //###############################################


     //TEST flag REGISTERs
     AIC_writeRegister(AIC3106_REG_PAGESELECT, 0);
     AIC_readRegister(36,&value);
     UART_txString(DEBUG_PORT, "value of register p0-36:");
     UART_txUint8(DEBUG_PORT,value);
     UART_txString(DEBUG_PORT, "\r\n");
     AIC_readRegister(37,&value);
     UART_txString(DEBUG_PORT, "value of register p0-37:");
     UART_txUint8(DEBUG_PORT,value);
     UART_txString(DEBUG_PORT, "\r\n");
     AIC_readRegister(38,&value);
     UART_txString(DEBUG_PORT, "value of register p0-38:");
     UART_txUint8(DEBUG_PORT,value);
     UART_txString(DEBUG_PORT, "\r\n");
     AIC_writeRegister(AIC3106_REG_PAGESELECT, 1);
     AIC_readRegister(9,&value);
     UART_txString(DEBUG_PORT, "value of register p1-9:");
     UART_txUint8(DEBUG_PORT,value);
     UART_txString(DEBUG_PORT, "\r\n");
     AIC_readRegister(12,&value);
     UART_txString(DEBUG_PORT, "value of register p1-12:");
     UART_txUint8(DEBUG_PORT,value);
     UART_txString(DEBUG_PORT, "\r\n");
     AIC_readRegister(13,&value);
     UART_txString(DEBUG_PORT, "value of register p1-13:");
     UART_txUint8(DEBUG_PORT,value);
     UART_txString(DEBUG_PORT, "\r\n");