typical values at TA =
25°C, VA19 = 1.9 V, VA11 = VD11 = 1.1 V, default full-scale voltage (FS_RANGE_A =
FS_RANGE_B = 0xA000), input signal applied to INA± in single-channel modes,
fIN = 347 MHz, AIN = –1 dBFS, fCLK =
maximum-rated clock frequency, filtered, 1-VPP sine-wave clock, JMODE =
1, dither enabled with default settings, VA11, VD11 and VS11 noise suppression ON
(EN_VA11_NOISE_SUPPR = EN_VD11_NOISE_SUPPR = EN_VS11_NOISE_SUPPR = 1), and background calibration (unless otherwise
noted); SNR results exclude DC, HD2 to HD9 and interleaving spurs; SINAD, ENOB, and
SFDR results exclude DC and fixed-frequency interleaving spurs
| Relative to 0Hz, FG
calibration |
Figure 6-1 DES
Mode: Input Amplitude vs Input Frequency
| Relative to 0Hz, FG
calibration |
Figure 6-3 Dual
Chanel Mode: Input Amplitude vs Input Frequency
| Dual
channel mode, JMODE 3 |
Figure 6-5 Crosstalk vs Input Frequency
Figure 6-7 INL
vs ADC Code
Figure 6-9 DES
Mode: Single Tone FFT at 897 MHz
Figure 6-11 DES
Mode: Single Tone FFT at 4197 MHz
| each
tone at -7 dBFS, 100MHz Tone Spacing |
Figure 6-13 DES
Mode: Two Tone FFT at 347 MHz
| each
tone at -7 dBFS, 100MHz Tone Spacing |
Figure 6-15 DES
Mode: Two Tone FFT at 2397 MHz
| each
tone at -7 dBFS, 100MHz Tone Spacing |
Figure 6-17 DES
Mode: Two Tone FFT at 5597 MHz
Figure 6-19 Dual
Channel Mode: Single Tone FFT at 897 MHz
Figure 6-21 Dual
Channel Mode: Single Tone FFT at 4197 MHz
| each
tone at -7 dBFS, 100 MHz Tone Spacing |
Figure 6-23 Dual
Channel Mode: Two Tone FFT at 347 MHz
| each
tone at -7 dBFS, 100 MHz Tone Spacing |
Figure 6-25 Dual
Channel Mode: Two Tone FFT at 2397 MHz
| each
tone at -7 dBFS, 100 MHz Tone Spacing |
Figure 6-27 Dual
Channel Mode: Two Tone FFT at 4197 MHz
Figure 6-29 DES
Mode: SNR vs Sample Rate and Input Frequency
Figure 6-31 DES
Mode: SFDR vs Sample Rate and Input Frequency
Figure 6-33 DES
Mode: SFDR vs Sample Rate and Input Frequency
Figure 6-35 DES
Mode: HD2 vs Sample Rate and Input Frequency
Figure 6-37 DES
Mode: HD3 vs Sample Rate and Input Frequency
Figure 6-39 DES
Mode: HD3 vs Sample Rate and Input Frequency
Figure 6-41 DES
Mode: FIN ± FS/4 vs Sample Rate and Input
Frequency
Figure 6-43 Dual
Channel Mode: SNR vs Sample Rate and Input Frequency
Figure 6-45 Dual
Channel Mode: SFDR vs Sample Rate and Input Frequency
Figure 6-47 Dual
Channel Mode: SFDR vs Sample Rate and Input Frequency
Figure 6-49 Dual
Channel Mode: HD2 vs Sample Rate and Input Frequency
Figure 6-51 Dual
Channel Mode: HD3 vs Sample Rate and Input Frequency
Figure 6-53 Dual
Channel Mode: HD3 vs Sample Rate and Input Frequency
Figure 6-55 DES
Mode: SNR vs Input Amplitude and Frequency
Figure 6-57 DES
Mode: SFDR vs Input Amplitude and Frequency
Figure 6-59 DES
Mode: HD2 vs Input Amplitude and Frequency
Figure 6-61 DES
Mode: HD3 vs Input Amplitude and Frequency
Figure 6-63 DES
Mode: FS/2 - FIN vs Input Amplitude and
Frequency
Figure 6-65 DES
Mode: FIN ± FIN/4 vs Input Amplitude and
Frequency
Figure 6-67 Dual
Channel Mode: SNR vs Input Amplitude and Frequency
Figure 6-69 Dual
Channel Mode: SFDR vs Input Amplitude and Frequency
Figure 6-71 Dual
Channel Mode: HD2 vs Input Amplitude and Frequency
Figure 6-73 Dual
Channel Mode: HD3 vs Input Amplitude and Frequency
Figure 6-75 Dual
Channel Mode: FS/2 - FIN vs Input Amplitude and
Frequency
Figure 6-77 DES
Mode: SNR vs Input Frequency
Figure 6-79 DES
Mode: HD2 vs Input Frequency
Figure 6-81 DES
Mode: FS/2 - FIN vs Input Frequency
Figure 6-83 Dual
Channel Mode: SNR vs Input Frequency
Figure 6-85 Dual
Channel Mode: HD2 vs Input Frequency
Figure 6-87 Dual
Channel Mode: FS/2 - FIN vs Input Frequency
Figure 6-89 DES
Mode: SFDR vs Clock Amplitude
Figure 6-91 Dual
Channel Mode: SFDR vs Clock Amplitude
| FG
calibration at each temperature |
Figure 6-93 DES
Mode: HD2, HD3 and Worst non-HD Spur vs Temperature
| FG
calibration at each temperature |
Figure 6-95 Dual
Channel Mode: HD2, HD3 and Worst non-HD Spur vs Temperature
| FG25
is calibrated at 25°C and held at other temperatures,
other modes recalibrated at each temperature |
Figure 6-97 DES
Mode: SFDR vs Temperature and Calibration Mode
| FG25
is calibrated at 25°C and held at other temperatures,
other modes recalibrated at each temperature |
Figure 6-99 Dual
Channel Mode: SFDR vs Temperature and Calibration Mode
| All
supplies varied together |
Figure 6-101 DES
Mode: HD2, HD3 and Worst non-HD Spur vs Supply Voltage
| All
supplies varied together |
Figure 6-103 Dual
Channel Mode: HD2, HD3 and Worst non-HD Spur vs Supply Voltage
Figure 6-105 Dual
Channel Mode: IMD3 vs Input Frequency
Figure 6-107 Dual
Channel Mode: IMD3 vs Input Amplitude
Figure 6-109 Dual
Channel Mode: IMD3 vs Tone Spacing
Figure 6-111 Dual
Channel Mode: Two Tone SFDR vs Input Frequency
Figure 6-113 Dual
Channel Mode: Two Tone SFDR vs Input Amplitude
| Relative to 0Hz, FG
calibration |
Figure 6-2 DES
Mode: Input Response vs Input Frequency
| Relative to 0Hz, FG
calibration |
Figure 6-4 Input
Response vs Input Frequency (zoomed)
Figure 6-6 DNL
vs ADC Code
Figure 6-8 DES
Mode: Single Tone FFT at 347 MHz
Figure 6-10 DES
Mode: Single Tone FFT at 2397 MHz
Figure 6-12 DES
Mode: Single Tone FFT at 5597 MHz
| each
tone at -7 dBFS, 100MHz Tone Spacing |
Figure 6-14 DES
Mode: Two Tone FFT at 897 MHz
| each
tone at -7 dBFS, 100MHz Tone Spacing |
Figure 6-16 DES
Mode: Two Tone FFT at 4197 MHz
Figure 6-18 Dual
Channel Mode: Single Tone FFT at 347 MHz
Figure 6-20 Dual
Channel Mode: Single Tone FFT at 2397 MHzFigure 6-22 Dual
Channel Mode: Single Tone FFT at 5597 MHz 
| each
tone at -7 dBFS, 100 MHz Tone Spacing |
Figure 6-24 Dual
Channel Mode: Two Tone FFT at 897 MHz
| each
tone at -7 dBFS, 100 MHz Tone Spacing |
Figure 6-26 Dual
Channel Mode: Two Tone FFT at 4197 MHz
Figure 6-28 DES
Mode: SNR vs Sample Rate and Input Frequency
Figure 6-30 DES
Mode: SNR vs Sample Rate and Input Frequency
Figure 6-32 DES
Mode: SFDR vs Sample Rate and Input Frequency
Figure 6-34 DES
Mode: HD2 vs Sample Rate and Input Frequency
Figure 6-36 DES
Mode: HD2 vs Sample Rate and Input Frequency
Figure 6-38 DES
Mode: HD3 vs Sample Rate and Input Frequency
Figure 6-40 DES
Mode: FS/2 - FIN vs Sample Rate and Input
Frequency
Figure 6-42 Dual
Channel Mode: SNR vs Sample Rate and Input Frequency
Figure 6-44 Dual
Channel Mode: SNR vs Sample Rate and Input Frequency
Figure 6-46 Dual
Channel Mode: SFDR vs Sample Rate and Input Frequency
Figure 6-48 Dual
Channel Mode: HD2 vs Sample Rate and Input Frequency
Figure 6-50 Dual
Channel Mode: HD2 vs Sample Rate and Input Frequency
Figure 6-52 Dual
Channel Mode: HD3 vs Sample Rate and Input Frequency
Figure 6-54 Dual
Channel Mode: FS/2 - FIN vs Sample Rate and Input
Frequency
Figure 6-56 DES
Mode: SNR vs Input Amplitude and Dither
Figure 6-58 DES
Mode: SFDR vs Input Amplitude and Dither
Figure 6-60 DES
Mode: HD2 vs Input Amplitude and Dither
Figure 6-62 DES
Mode: HD3 vs Input Amplitude and Dither
Figure 6-64 DES
Mode: FS/2 - FIN vs Input Amplitude and Dither
Figure 6-66 DES
Mode: FIN ± FIN/4 vs Input Amplitude and
Dither
Figure 6-68 Dual
Channel Mode: SNR vs Input Amplitude and Dither
Figure 6-70 Dual
Channel Mode: SFDR vs Input Amplitude and Dither
Figure 6-72 Dual
Channel Mode: HD2 vs Input Amplitude and Dither
Figure 6-74 Dual
Channel Mode: HD3 vs Input Amplitude and Dither
Figure 6-76 Dual
Channel Mode: FS/2 - FIN vs Input Amplitude and
Dither
Figure 6-78 DES
Mode: SFDR vs Input Frequency
Figure 6-80 DES
Mode: HD3 vs Input FrequencyFigure 6-82 DES
Mode: FIN ± FS/4 vs Input Frequency 
Figure 6-84 Dual
Channel Mode: SFDR vs Input Frequency
Figure 6-86 Dual
Channel Mode: HD3 vs Input Frequency
Figure 6-88 DES
Mode: SNR vs Clock Amplitude
Figure 6-90 Dual
Channel Mode: SNR vs Clock Amplitude
| FG
calibration at each temperature |
Figure 6-92 DES
Mode: SNR, SINAD and SFDR vs Temperature
| FG
calibration at each temperature |
Figure 6-94 Dual
Channel Mode: SNR, SINAD and SFDR vs Temperature
| FG25
is calibrated at 25°C and held at other temperatures,
other modes recalibrated at each temperature |
Figure 6-96 DES
Mode: SNR vs Temperature and Calibration Mode
| FG25
is calibrated at 25°C and held at other temperatures,
other modes recalibrated at each temperature |
Figure 6-98 Dual
Channel Mode: SNR vs Temperature and Calibration Mode
| All
supplies varied together |
Figure 6-100 DES
Mode: SNR, SINAD and SFDR vs Supply Voltage
| All
supplies varied together |
Figure 6-102 Dual
Channel Mode: SNR, SINAD and SFDR vs Supply Voltage
Figure 6-104 DES
Mode: IMD3 vs Input Frequency
Figure 6-106 DES
Mode: IMD3 vs Input Amplitude
Figure 6-108 DES
Mode: IMD3 vs Tone Spacing
Figure 6-110 DES
Mode: Two Tone SFDR vs Input Frequency
Figure 6-112 DES
Mode: Two Tone SFDR vs Input Amplitude
Figure 6-116 DES
Mode: IVA19 vs Sample Rate
Figure 6-118 DES Mode: IVD11 vs Sample Rate
Figure 6-120 DES Mode: IVD11 vs Sample Rate
Figure 6-122 DES Mode: Power Dissipation vs Sample Rate
Figure 6-124 DES Mode: Power Dissipation vs Sample Rate
Figure 6-126 Dual Channel Mode: IVA19 vs Sample
Rate
Figure 6-128 Dual Channel Mode: IVD11 vs Sample
Rate
Figure 6-130 Dual Channel Mode: IVD11 vs Sample
Rate
Figure 6-132 Dual Channel Mode: Power Dissipation vs Sample
Rate
Figure 6-134 Dual Channel Mode: Power Dissipation vs Sample
Rate
Figure 6-136 DES Mode: Power Dissipation vs Temperature
Figure 6-138 Background Calibration Core Transition (DC Offset
Signal)
Figure 6-140 Background Calibration Core Transition (AC Signal
Zoomed)
Figure 6-142 Pulse
Overdrive Recovery Zoomed
Figure 6-144 Sinewave Overdrive Recovery
Figure 6-117 DES Mode: IVA11 vs Sample Rate
Figure 6-119 DES Mode: IVD11 vs Sample Rate
Figure 6-121 DES Mode: IVD11 vs Sample Rate
Figure 6-123 DES Mode: Power Dissipation vs Sample Rate
Figure 6-125 DES Mode: Power Dissipation vs Sample Rate
Figure 6-127 Dual Channel Mode: IVA11 vs Sample
Rate
Figure 6-129 Dual Channel Mode: IVD11 vs Sample
Rate
Figure 6-131 Dual Channel Mode: IVD11 vs Sample
Rate
Figure 6-133 Dual Channel Mode: Power Dissipation vs Sample
Rate
Figure 6-135 Dual Channel Mode: Power Dissipation vs Sample
Rate
Figure 6-137 Dual Channel Mode: Power Dissipation vs
Temperature
Figure 6-139 Background Calibration Core Transition (AC Signal)
Figure 6-141 Pulse
Overdrive Recovery
Figure 6-143 Sinewave Overdrive Recovery
