Typical values at TA = +25°C and nominal supply voltages, IFS_SWITCH = 20.5 mA, 1 DAC device = DAC39RFS12, 2 DAC device = DAC39RF12 except where noted.
Figure 6-203 Power
Dissipation vs Clock Frequency and Digital Mode
JMODE 0, single DAC Device |
Figure 6-205 Power
Dissipation vs Clock Frequency and DAC Mode
JMODE 0, 1x interpolation, single DAC device vs dual
DAC device |
Figure 6-207 Power
Dissipation vs Clock Frequency and DAC Mode
Independent of JMODE, interpolation, and single/dual
DAC device |
Figure 6-209 VDDCLK18 Current vs Clock Frequency
Independent of JMODE, Interpolation, single DAC device
vs dual DAC device |
Figure 6-211 VDDLx
Current vs Clock Frequency
Independent of JMODE, Interpolation, single DAC device
vs dual DAC device |
Figure 6-213 VDDE
Current vs Clock Frequency
Dependent on # of Serdes and baud rate |
Figure 6-215 VDDT Current vs Clock Frequency and Mode
single DAC device, JMODE 0, bypass mode |
Figure 6-217 VDDDIG Current vs Clock FrequencyFigure 6-204 Power
Dissipation vs Clock Frequency and Digital Mode
JMODE 1, 2x interpolation, dual DACs |
Figure 6-206 Power
Dissipation vs Clock Frequency and DAC Mode
Independent of JMODE and interpolation, single DAC
device vs dual DAC device |
Figure 6-208 VDDA18 Current vs Clock Frequency and DAC Mode
Independent of JMODE, interpolation, single DAC device
vs dual DAC device |
Figure 6-210 VEEM18 Current vs Clock Frequency and DAC Mode
Independent of JMODE, Interpolation, single DAC device
vs dual DAC device |
Figure 6-212 VDDCLK Current vs Clock Frequency
Dependent on # of Serdes and baud rate |
Figure 6-214 VDDR18 Current vs Clock Frequency and ModeFigure 6-216 VDDDIG Current vs Clock Frequency and Digital Mode