void AW5306_User_Cfg1(void)
{
unsigned char i;
for(i=0;i<AWTPCfg.TX_LOCAL;i++)
{
AW_I2C_WriteByte(SA_TX_INDEX0+i,AWTPCfg.TX_ORDER[i]); //TX REVERT
}
AW_I2C_WriteByte(SA_TX_NUM,AWTPCfg.TX_LOCAL);
AW_I2C_WriteByte(SA_RX_NUM,AWTPCfg.RX_LOCAL);
if(1 == AWTPCfg.MULTI_SCANFREQ)
{
AW_I2C_WriteByte(SA_SCANFREQ1,AWTPCfg.BASE_FREQ);
AW_I2C_WriteByte(SA_SCANFREQ2,AWTPCfg.BASE_FREQ);
AW_I2C_WriteByte(SA_SCANFREQ3,AWTPCfg.BASE_FREQ);
}
else
{
AW_I2C_WriteByte(SA_SCANFREQ1,AWTPCfg.BASE_FREQ); //3-5
}
//AW_I2C_WriteByte(SA_TCLKDLY,1);
AW_I2C_WriteByte(SA_RX_START,AWTPCfg.RX_START);
AW_I2C_WriteByte(SA_SCANTIM,4); // set to 32 TX cycles mode
AW_I2C_WriteByte(SA_PAGE,1);
AW_I2C_WriteByte(SA_CHAMPCFG,0x2b); //
AW_I2C_WriteByte(SA_OSCCFG1,AWTPCfg.FREQ_OFFSET); //
AW_I2C_WriteByte(SA_PAGE,0);
AW5306_CLB_WriteCfg();
}
void AW5x0x_User_Cfg1(void)
{
unsigned char i;
AW_I2C_WriteByte(SA_PAGE,0);
AW_I2C_WriteByte(SA_IDRST,0x55);
AW_Sleep(5);
if(AWTPCfg.TX_LOCAL > 21)
{
for(i=0; i<21; i++)
{
AW_I2C_WriteByte(SA_TX_INDEX0+i,AWTPCfg.TX_ORDER[i]); //TX REVERT
}
AW_I2C_WriteByte(SA_PAGE,2);
for(i=21; i<AWTPCfg.TX_LOCAL; i++)
{
AW_I2C_WriteByte(SA_TXINDEX21+(i-21),AWTPCfg.TX_ORDER[i]); //TX REVERT
}
AW_I2C_WriteByte(SA_PAGE,0);
}
else
{
for(i=0; i<AWTPCfg.TX_LOCAL; i++)
{
AW_I2C_WriteByte(SA_TX_INDEX0+i,AWTPCfg.TX_ORDER[i]); //TX REVERT
}
}
AW_I2C_WriteByte(SA_TX_NUM,AWTPCfg.TX_LOCAL);
AW_I2C_WriteByte(SA_RX_NUM,AWTPCfg.RX_LOCAL);
if(AWTPCfg.MULTI_SCANFREQ & 1)
{
AW_I2C_WriteByte(SA_SCANFREQ1,AWTPCfg.BASE_FREQ);
AW_I2C_WriteByte(SA_SCANFREQ2,AWTPCfg.BASE_FREQ);
AW_I2C_WriteByte(SA_SCANFREQ3,AWTPCfg.BASE_FREQ);
}
else if(! (AWTPCfg.MULTI_SCANFREQ & 1))
{
AW_I2C_WriteByte(SA_SCANFREQ1,AWTPCfg.BASE_FREQ); //3//-5
}
if(AWTPCfg.INT_MODE == 0)
{
AWTPCfg.WAIT_TIME = 0;
}
AW_I2C_WriteByte(SA_WAITTIME,AWTPCfg.WAIT_TIME);
AW_I2C_WriteByte(SA_RX_START,AWTPCfg.RX_START);
if((AWTPCfg.MULTI_SCANFREQ & 0xF0) == 0)
AW_I2C_WriteByte(SA_SCANTIM,4); // set to 32 TX cycles mode
else if((AWTPCfg.MULTI_SCANFREQ & 0xF0) == 0x10)
AW_I2C_WriteByte(SA_SCANTIM,8); // set to 64 TX cycles mode
else if((AWTPCfg.MULTI_SCANFREQ & 0xF0) == 0x20)
{
AW_I2C_WriteByte(SA_SCANTIM,0x0C); // set to 96 TX cycles mode
AW_I2C_WriteByte(SA_CARRNUM,96); // set to 96 TX cycles mode
}
else if((AWTPCfg.MULTI_SCANFREQ & 0xF0) == 0x30)
{
AW_I2C_WriteByte(SA_SCANTIM,0x0C); // set to 128 TX cycles mode
AW_I2C_WriteByte(SA_CARRNUM,128); // set to 128 TX cycles mode
}
else if((AWTPCfg.MULTI_SCANFREQ & 0xF0) == 0x40)
{
AW_I2C_WriteByte(SA_SCANTIM,0x0C); // set to 160 TX cycles mode
AW_I2C_WriteByte(SA_CARRNUM,160); // set to 160 TX cycles mode
}
else if((AWTPCfg.MULTI_SCANFREQ & 0xF0) == 0x50)
{
AW_I2C_WriteByte(SA_SCANTIM,0x0C); // set to 192 TX cycles mode
AW_I2C_WriteByte(SA_CARRNUM,192); // set to 192 TX cycles mode
}
else if((AWTPCfg.MULTI_SCANFREQ & 0xF0) == 0x60)
{
AW_I2C_WriteByte(SA_SCANTIM,0x0C); // set to 224 TX cycles mode
AW_I2C_WriteByte(SA_CARRNUM,224); // set to 224 TX cycles mode
}
else if((AWTPCfg.MULTI_SCANFREQ & 0xF0) == 0x70)
{
AW_I2C_WriteByte(SA_SCANTIM,0x0C); // set to 255 TX cycles mode
AW_I2C_WriteByte(SA_CARRNUM,255); // set to 255 TX cycles mode
}
else if((AWTPCfg.MULTI_SCANFREQ & 0xF0) == 0x80)
{
AW_I2C_WriteByte(SA_SCANTIM,0x0C); // set to any TX cycles mode
AW_I2C_WriteByte(SA_CARRNUM,AWTPCfg.CARRNUM); // set to any TX cycles mode
}
if(AWTPCfg.CHIPVER == 259)
{
if(AWTPCfg.MULTI_SCANFREQ & 4)
AW_I2C_WriteByte(SA_SCANTIM,(AW_I2C_ReadByte(SA_SCANTIM)|0x40)); // enable CAC CFB cycle reset
else
AW_I2C_WriteByte(SA_SCANTIM,(AW_I2C_ReadByte(SA_SCANTIM)&0xBF)); // disable CAC CFB cycle reset
}
AW_I2C_WriteByte(SA_DRV_VLT, AWTPCfg.DRVVLT);
AW_I2C_WriteByte(SA_PAGE,1);
AW_I2C_WriteByte(SA_CHAMPCFG,AWTPCfg.CHAMP_CFG); //
AW_I2C_WriteByte(SA_OSCCFG1,AWTPCfg.FREQ_OFFSET); //
AW_I2C_WriteByte(SA_OSCCFG2,0x10); //TRIM register
AW_I2C_WriteByte(SA_POSLEVELTH,AWTPCfg.POSLEVEL_TH);
AW_I2C_WriteByte(SA_CPFREQ,AWTPCfg.CPFREQ);
AW_I2C_WriteByte(SA_ADCCFG,AWTPCfg.ADCCFG);
AW_I2C_WriteByte(SA_IBCFG1,AWTPCfg.IBCFG1);
AW_I2C_WriteByte(SA_IBCFG2,AWTPCfg.IBCFG2);
AW_I2C_WriteByte(SA_LDOCFG,AWTPCfg.LDOCFG);
if((AWTPCfg.CHIPVER == 256) || (AWTPCfg.CHIPVER == 259))
{
AW_I2C_WriteByte(SA_ATEST1,AWTPCfg.ATEST1);
AW_I2C_WriteByte(SA_ATEST2,AWTPCfg.ATEST2);
AW_I2C_WriteByte(SA_ADCDCR,AWTPCfg.ADCDCR);
if(AWTPCfg.MULTI_SCANFREQ & 2)
AW_I2C_WriteByte(SA_CCR1,AWTPCfg.CCR1 | 0x10);
else
AW_I2C_WriteByte(SA_CCR1,AWTPCfg.CCR1);
AW_I2C_WriteByte(SA_CCR2,AWTPCfg.CCR2);
AW_I2C_WriteByte(SA_CAMPRSTCR,AWTPCfg.CAMPRSTCR);
AW_I2C_WriteByte(SA_PAGE,2);
for(i=0; i<7; i++)
{
AW_I2C_WriteByte(SA_RXOFFSET_CC0+i,AWTPCfg.RXOFFSET_CC[i]);
}
for(i=0; i<13; i++)
{
AW_I2C_WriteByte(SA_TXOFFSET_CC0+i,AWTPCfg.TXOFFSET_CC[i]);
}
}
for(i=0; i<16; i++)
{
if(AWTPCfg.REGISTER_LIST[i][1]!= 0) //register != 0
{
AW_I2C_WriteByte(SA_PAGE,AWTPCfg.REGISTER_LIST[i][0]);
AW_I2C_WriteByte(AWTPCfg.REGISTER_LIST[i][1],AWTPCfg.REGISTER_LIST[i][2]);
}
else
{
break;
}
}
AW_I2C_WriteByte(SA_PAGE,0);
AW5x0x_CLB_WriteCfg();
}
