SRV_PLC_PCOUP_DATA Struct

typedef struct
{  
    /* Target RMS values in HIGH mode for dynamic Tx gain */
    uint32_t                         rmsHigh[SRV_PCOUP_MAX_NUM_TX_LEVELS];

    /* Target RMS values in VLOW mode for dynamic Tx gain */
    uint32_t                         rmsVLow[SRV_PCOUP_MAX_NUM_TX_LEVELS];

    /* Threshold RMS values in HIGH mode for dynamic Tx mode */
    uint32_t                         thrsHigh[SRV_PCOUP_MAX_NUM_TX_LEVELS << 1];

    /* Threshold RMS values in VLOW mode for dynamic Tx mode */
    uint32_t                         thrsVLow[SRV_PCOUP_MAX_NUM_TX_LEVELS << 1];

    /* Values for configuration of PLC DACC peripheral, according to hardware 
       coupling design and PLC device (PL360/PL460) */
    uint32_t                         daccTable[17];

    /* Pointer to Tx equalization coefficients table in HIGH mode. 
       There is one coefficient for each carrier in the used band */
    const uint16_t *                 equHigh;

    /* Pointer to Tx equalization coefficients table in VLOW mode. 
       There is one coefficient for each carrier in the used band */
    const uint16_t *                 equVlow;

    /* Tx gain values for HIGH mode [HIGH_INI, HIGH_MIN, HIGH_MAX] */
    uint16_t                         gainHigh[3];

    /* Tx gain values for VLOW mode [VLOW_INI, VLOW_MIN, VLOW_MAX] */
    uint16_t                         gainVLow[3];

    /* Number of Tx attenuation levels (3 dB step) suppoting dynamic Tx mode */
    uint8_t                          numTxLevels;

    /* Size of Tx equalization coefficients table in bytes */
    uint8_t                          equSize;

    /* Configuration of the PLC Tx Line Driver, according to hardware coupling 
       design and PLC device (PL360/PL460) */
    uint8_t                          lineDrvConf;

} SRV_PLC_PCOUP_DATA;

PLC PHY Coupling data.

This structure contains all the data required to set the PLC PHY Coupling parameters, for a specific transmission branch (associated to a G3-PLC PHY band).

This type is only generated by MCC if the PLC Driver uses G3-PLC PHY.

Equalization coefficients are not stored in the structure, just pointers to arrays were they are actually stored. This allows to use the same type for different G3-PLC PHY bands.