at TA = 25°C, AVDD = 5 V, DVDD = 3 V, internal reference VREF = 2.5 V, and fS = 500 kSPS per channel (unless otherwise noted)
Figure 6-10 Analog Input Current vs Input Voltage Over Temperature (±10 V)
Figure 6-12 Input
Impedance vs Free-Air Temperature
| Mean
= –0.47, sigma = 0.59, number of
hits = 4096, VIN = 0 V |
Figure 6-14 DC
Histogram of Codes (±5 V)
Figure 6-16 DNL
vs Free-Air Temperature
Figure 6-18 INL
vs All Codes (±5 V)
Figure 6-20 INL
vs Free-Air Temperature (±5 V)
Figure 6-22 Offset Drift Histogram Distribution (±10 V)
Figure 6-24 Offset Drift Histogram Distribution (±5 V)
Figure 6-26 Gain
Error vs Temperature
Figure 6-28 Gain
Error Across Channels vs
Free-Air Temperature
(±10 V)
Figure 6-30 Gain
Error Across Channels vs Free-Air Temperature (±5 V)
| Number of points = 256k, SNR = 92.68 dB, SINAD =
92.61 dB, THD = –110.27 dB, SFDR =
114.58 dB |
Figure 6-32 Typical FFT Plot (±10 V)
| Number of points = 4k, SNR = 96.72 dB, SINAD =
96.28 dB, THD = –106.41 dB, SFDR =
112.74 dB |
Figure 6-34 Typical FFT Plot for OSR 32x (±10 V)
Figure 6-36 SNR
vs Input Frequency for Different Input Ranges
Figure 6-38 SNR
vs Input Frequency for Different OSR (±10 V)
Figure 6-40 SINAD
vs Input Frequency for Different Input Ranges
Figure 6-42 THD
vs Input Frequency for Different Input Ranges
Figure 6-44 THD
vs Input Frequency for Different Source Impedances (±10 V)
Figure 6-46 Isolation Crosstalk vs Frequency
(Inputs
Within Range)
Figure 6-48 Analog Supply Current (Operational) vs
Free-Air Temperature 
Figure 6-50 Analog Supply Current vs Free-Air Temperature (Standby)
Figure 6-11 Analog Input Current vs Input Voltage Over Temperature (±5 V)
| Mean
= –0.36, sigma = 0.55, number of
hits = 4096, VIN = 0 V |
Figure 6-13 DC
Histogram of Codes (±10 V)
Figure 6-15 DNL
for All Codes
Figure 6-17 INL
vs All Codes (±10 V)
Figure 6-19 INL
vs Free-Air Temperature (±10 V)
Figure 6-21 Offset Error vs Free-Air Temperature
Figure 6-23 Offset Error Across Channels vs Free-Air Temperature (±10 V)
Figure 6-25 Offset Error Across Channels vs Free-Air Temperature (±5 V)
Figure 6-27 Gain
Error Drift Histogram Distribution (±10 V)
Figure 6-29 Gain
Error Drift Histogram
Free-Air Distribution
(±5 V)
Figure 6-31 Gain
Error as a Function of External Source Resistance
| Number of points = 256k, SNR = 92.02 dB, SINAD =
91.92 dB, THD = –108.11 dB, SFDR =
112.06 dB |
Figure 6-33 Typical FFT Plot (±5 V)
| Number of points = 4k, SNR = 95.82 dB, SINAD =
95.38 dB, THD = –105.72 dB, SFDR =
110.17 dB |
Figure 6-35 Typical FFT Plot for OSR 32x (±5 V)
Figure 6-37 SNR
vs Free-Air Temperature for Different Input Ranges
Figure 6-39 SNR
vs Input Frequency for Different OSR (±5 V)
Figure 6-41 SINAD
vs Free-Air Temperature for Different Input Ranges
Figure 6-43 THD
vs Free-Air Temperature for Different Input Ranges
Figure 6-45 THD
vs Input Frequency for Different Source Impedances (±5 V)
Figure 6-47 Isolation Crosstalk vs Frequency
(Saturated
Inputs)
Figure 6-49 Analog Supply Current (Static) vs
Free-Air
Temperature (Sampling)
Figure 6-51 Analog Supply Current vs Free-Air Temperature (Shutdown)