Texas Instruments Inc.
DAC32x2 EVM Register Configuration

DAC32x2 Registers
Address	Data
00		72
01		31
02		00
03		10
04		FF
05		34
06		00
07		00
08		6C
09		7A
0A		B6
0B		EA
0C		45
0D		1A
0E		16
0F		AA
10		C6
11		24
12		00
13		00
14		00
15		00
16		00
17		00
18		83
19		00
1A		00
1B		00
1C		00
1D		00
1E		24
1F		12
20		00
21		00

CDCE62005 Registers
Freq:19.200000MHz
Address	Data
00		00040000
01		81400001
02		811C0002
03		81040003
04		00040004
05		381C1A55
06		04BE1F26
07		3F98F7F7
08		20001808
<Cluster>
<Name></Name>
<NumElts>9</NumElts>
<Cluster>
<Name>Freq Calculations</Name>
<NumElts>6</NumElts>
<EXT>
<Name>VCO Freq Actual[MHz]</Name>
<Val>2400.00000</Val>
</EXT>
<EXT>
<Name>RF Freq Actual[MHz]</Name>
<Val>2400.00000</Val>
</EXT>
<EXT>
<Name>PFD Freq Actual[MHz]</Name>
<Val>0.80000</Val>
</EXT>
<DBL>
<Name>RF Stepsize [MHz]</Name>
<Val>0.80000</Val>
</DBL>
<DBL>
<Name>Fraction [KHz]</Name>
<Val>0.00000</Val>
</DBL>
<DBL>
<Name>CAL_CLK_FREQ [MHz]</Name>
<Val>5.00000E-2</Val>
</DBL>
</Cluster>
<Cluster>
<Name>Freq Targets</Name>
<NumElts>5</NumElts>
<DBL>
<Name>Ref Freq[MHz]</Name>
<Val>76.80000</Val>
</DBL>
<EXT>
<Name>RF Target [MHz]</Name>
<Val>2400.00000</Val>
</EXT>
<DBL>
<Name>INT Step (MHz)</Name>
<Val>0.80000</Val>
</DBL>
<I8>
<Name>Int/Frac Select</Name>
<Val>0</Val>
</I8>
<Boolean>
<Name>stop</Name>
<Val>1</Val>
</Boolean>
</Cluster>
<Cluster>
<Name>Reg1</Name>
<NumElts>9</NumElts>
<I8>
<Name>ADDR</Name>
<Val>9</Val>
</I8>
<I16>
<Name>RDIV</Name>
<Val>96</Val>
</I16>
<I8>
<Name>RSV</Name>
<Val>0</Val>
</I8>
<I8>
<Name>REF_INV</Name>
<Val>0</Val>
</I8>
<I8>
<Name>NEG_VCO</Name>
<Val>1</Val>
</I8>
<I8>
<Name>ICP</Name>
<Val>0</Val>
</I8>
<I8>
<Name>ICPDOUBLE</Name>
<Val>0</Val>
</I8>
<I16>
<Name>CAL_CLK_SEL</Name>
<Val>12</Val>
</I16>
<I8>
<Name>RSV 2</Name>
<Val>0</Val>
</I8>
</Cluster>
<Cluster>
<Name>Reg2</Name>
<NumElts>9</NumElts>
<I8>
<Name>ADDR</Name>
<Val>10</Val>
</I8>
<U16>
<Name>NINT</Name>
<Val>3000</Val>
</U16>
<I8>
<Name>PLL_DIV_SEL</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PRSC_SEL</Name>
<Val>1</Val>
</I8>
<I8>
<Name>RSV</Name>
<Val>0</Val>
</I8>
<I8>
<Name>VCO_SEL</Name>
<Val>2</Val>
</I8>
<I8>
<Name>VCOSEL_MODE</Name>
<Val>0</Val>
</I8>
<I8>
<Name>CAL_ACC</Name>
<Val>0</Val>
</I8>
<I8>
<Name>EN_CAL</Name>
<Val>0</Val>
</I8>
</Cluster>
<Cluster>
<Name>Reg3</Name>
<NumElts>3</NumElts>
<I8>
<Name>ADDR</Name>
<Val>11</Val>
</I8>
<U32>
<Name>NFRAC</Name>
<Val>0</Val>
</U32>
<I8>
<Name>RSV</Name>
<Val>0</Val>
</I8>
</Cluster>
<Cluster>
<Name>Reg4</Name>
<NumElts>25</NumElts>
<I8>
<Name>ADDR</Name>
<Val>12</Val>
</I8>
<I8>
<Name>PWD_PLL</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PWD_CP</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PWD_VCO</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PWD_VCOMUX</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PWD_DIV124</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PWD_PRESC</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PWD_RESYNC</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PWD_OUT_BUFF</Name>
<Val>1</Val>
</I8>
<I8>
<Name>PWD_LO_DIV</Name>
<Val>1</Val>
</I8>
<I8>
<Name>PWD_TX_DIV</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PWD_BB_VCM</Name>
<Val>0</Val>
</I8>
<I8>
<Name>PWD_DC_OFF</Name>
<Val>0</Val>
</I8>
<I8>
<Name>EN_EXTVCO</Name>
<Val>0</Val>
</I8>
<I8>
<Name>EN_ISOURCE</Name>
<Val>0</Val>
</I8>
<I8>
<Name>LD_ANA_PREC0</Name>
<Val>0</Val>
</I8>
<I8>
<Name>LD_ANA_PREC1</Name>
<Val>0</Val>
</I8>
<I8>
<Name>CP_TRISTATE</Name>
<Val>0</Val>
</I8>
<I8>
<Name>SPEEDUP</Name>
<Val>0</Val>
</I8>
<I8>
<Name>LD_DIG_PREC</Name>
<Val>0</Val>
</I8>
<I8>
<Name>EN_DITH</Name>
<Val>1</Val>
</I8>
<I8>
<Name>MOD_ORD</Name>
<Val>2</Val>
</I8>
<I8>
<Name>DITH_SEL</Name>
<Val>0</Val>
</I8>
<I8>
<Name>DEL_SD_CLK</Name>
<Val>2</Val>
</I8>
<I8>
<Name>EN_FRAC</Name>
<Val>0</Val>
</I8>
</Cluster>
<Cluster>
<Name>Reg5</Name>
<NumElts>14</NumElts>
<I8>
<Name>ADDR</Name>
<Val>13</Val>
</I8>
<I8>
<Name>VCOBIAS_RTRIM</Name>
<Val>4</Val>
</I8>
<I8>
<Name>PLLBIAS_RTRIM</Name>
<Val>2</Val>
</I8>
<I8>
<Name>VCO_BIAS</Name>
<Val>8</Val>
</I8>
<I8>
<Name>VCOBUF_BIAS</Name>
<Val>2</Val>
</I8>
<I8>
<Name>VCOMUX_BIAS</Name>
<Val>3</Val>
</I8>
<I8>
<Name>BUFOUT_BIAS</Name>
<Val>0</Val>
</I8>
<I8>
<Name>RSV</Name>
<Val>0</Val>
</I8>
<I8>
<Name>VCO_CAL_IB</Name>
<Val>0</Val>
</I8>
<I8>
<Name>VCO_CAL_REF</Name>
<Val>2</Val>
</I8>
<I8>
<Name>VCO_AMPL_CTRL</Name>
<Val>3</Val>
</I8>
<I8>
<Name>VCO_VB_CTRL</Name>
<Val>0</Val>
</I8>
<I8>
<Name>VCO_MUX_GAIN</Name>
<Val>0</Val>
</I8>
<I8>
<Name>EN_LD_ISOURCE</Name>
<Val>0</Val>
</I8>
</Cluster>
<Cluster>
<Name>Reg6</Name>
<NumElts>8</NumElts>
<I8>
<Name>ADDR</Name>
<Val>14</Val>
</I8>
<I16>
<Name>IOFF</Name>
<Val>128</Val>
</I16>
<I16>
<Name>QOFF</Name>
<Val>128</Val>
</I16>
<I8>
<Name>VREF_SEL</Name>
<Val>4</Val>
</I8>
<I8>
<Name>TX_DIV_SEL</Name>
<Val>0</Val>
</I8>
<I8>
<Name>LO_DIV_SEL</Name>
<Val>0</Val>
</I8>
<I8>
<Name>TX_DIV_BIAS</Name>
<Val>1</Val>
</I8>
<I8>
<Name>LO_DIV_BIAS</Name>
<Val>2</Val>
</I8>
</Cluster>
<Cluster>
<Name>Reg7</Name>
<NumElts>14</NumElts>
<I8>
<Name>ADDR</Name>
<Val>15</Val>
</I8>
<I8>
<Name>RSV</Name>
<Val>0</Val>
</I8>
<I16>
<Name>VCO_TRIM</Name>
<Val>32</Val>
</I16>
<I8>
<Name>RSV 2</Name>
<Val>0</Val>
</I8>
<I8>
<Name>VCO_TESTMODE</Name>
<Val>0</Val>
</I8>
<I8>
<Name>CAL_BYPASS</Name>
<Val>0</Val>
</I8>
<I8>
<Name>MUX_CTRL</Name>
<Val>1</Val>
</I8>
<I8>
<Name>ISOURCE_SINK</Name>
<Val>0</Val>
</I8>
<I8>
<Name>ISOURCE_TRIM</Name>
<Val>4</Val>
</I8>
<I8>
<Name>PD_TC</Name>
<Val>0</Val>
</I8>
<I8>
<Name>IB_VCM_SEL</Name>
<Val>0</Val>
</I8>
<I8>
<Name>MIXLO_VCM</Name>
<Val>4</Val>
</I8>
<I8>
<Name>DCOFFSET_I</Name>
<Val>2</Val>
</I8>
<I8>
<Name>VCO_TRIM_SEL</Name>
<Val>1</Val>
</I8>
</Cluster>
</Cluster>