Typical values at T
A =
25°C, nominal supply voltages,
COARSE_CUR_A/B = 0xFF (I
FS_SWITCH = 21 mA), output from VOUTA± in
single-channel modes, A
OUT = 0 dBFS, f
CLK = 3.2 GHz in dual
channel NRZ, RTZ and RF mode, f
CLK = 6.4 GHz in dual channel 2xRF and single
channel NRZ, RTZ and RF mode, filtered,
SHUNTREF_EN = 0x0FFF (unless otherwise noted);
Figure 6-1 Output Current DNL vs Code ![Single Channel: Output Power vs Output Frequency and Mode GUID-20210526-CA0I-NVBQ-W879-KVKFR60ZMH8C-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-NVBQ-W879-KVKFR60ZMH8C-low.png)
fCLK = 6.4 GHz, relative to NRZ mode at
low frequency, ripple at > 5 GHz are due to cable
reflections |
Figure 6-3 Single Channel: Output Power vs Output Frequency and Mode![Single Channel RF Mode: Output Power vs Output Frequency GUID-20210526-CA0I-RTTV-F1GX-WHTS5FVP1PMH-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-RTTV-F1GX-WHTS5FVP1PMH-low.png)
fCLK = 6.4 GHz, relative to NRZ mode at
low frequency, ripple at > 5 GHz are due to cable
reflections |
Figure 6-5 Single Channel RF Mode: Output Power vs Output Frequency
FSAMPLE = 3.2 GSPS, cable and
transformer loss removed |
Figure 6-7 Dual
Channel Modes: DAC12DL3200EVM Output Power vs Output Frequency![Dual
Channel NRZ Mode: Single Tone Spectrum at 100 MHz GUID-20210527-CA0I-9RGJ-LBXJ-VLFRF5NRTQ9L-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-9RGJ-LBXJ-VLFRF5NRTQ9L-low.png)
fCLK = 3.2 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-9 Dual
Channel NRZ Mode: Single Tone Spectrum at 100 MHz![Dual
Channel NRZ Mode: Single Tone Spectrum at 1 GHz GUID-20210527-CA0I-LCJ0-L6J1-FB4FXWMPTPQV-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-LCJ0-L6J1-FB4FXWMPTPQV-low.png)
fCLK = 3.2 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-11 Dual
Channel NRZ Mode: Single Tone Spectrum at 1 GHz![Dual
Channel NRZ Mode: Dual Tone Spectrum at 100 MHz ± 10 MHz GUID-20210527-CA0I-GNSW-329L-XDMVQF3QNZMV-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-GNSW-329L-XDMVQF3QNZMV-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-13 Dual
Channel NRZ Mode: Dual Tone Spectrum at 100 MHz ± 10 MHz![Dual
Channel NRZ Mode: Dual Tone Spectrum at 1 GHz ± 10 MHz GUID-20210527-CA0I-4GTQ-W724-TN0JCCFD92VG-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-4GTQ-W724-TN0JCCFD92VG-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-15 Dual
Channel NRZ Mode: Dual Tone Spectrum at 1 GHz ± 10 MHz![Dual
Channel RF Mode: Single Tone Spectrum at 1.7 GHz GUID-20210527-CA0I-SVVD-BSNM-7GJGGJKZP83P-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-SVVD-BSNM-7GJGGJKZP83P-low.png)
fCLK = 3.2 GHz, 1st,
2nd and 3rd Nyquist Zones
Displayed |
Figure 6-17 Dual
Channel RF Mode: Single Tone Spectrum at 1.7 GHz![Dual
Channel RF Mode: Single Tone Spectrum at 2.6 GHz GUID-20210527-CA0I-KXKH-LGCL-V2RPBG0D4C7B-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-KXKH-LGCL-V2RPBG0D4C7B-low.png)
fCLK = 3.2 GHz, 1st,
2nd and 3rd Nyquist Zones
Displayed |
Figure 6-19 Dual
Channel RF Mode: Single Tone Spectrum at 2.6 GHz![Dual
Channel RF Mode: Dual Tone Spectrum at 1.7G Hz ± 10 MHz GUID-20210527-CA0I-XGKD-WZNW-M0MGVDBLXW8R-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-XGKD-WZNW-M0MGVDBLXW8R-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st, 2nd and 3rd
Nyquist Zones Displayed |
Figure 6-21 Dual
Channel RF Mode: Dual Tone Spectrum at 1.7G Hz ± 10 MHz![Dual
Channel RF Mode: Dual Tone Spectrum at 2.6 GHz ± 10 MHz GUID-20210527-CA0I-G9GC-9XSS-MPHHH22CTCGV-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-G9GC-9XSS-MPHHH22CTCGV-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st, 2nd and 3rd
Nyquist Zones Displayed |
Figure 6-23 Dual
Channel RF Mode: Dual Tone Spectrum at 2.6 GHz ± 10 MHz![Dual
Channel RTZ Mode: Single Tone Spectrum at 100 MHz GUID-20210527-CA0I-MWFS-HHNH-QQSG31BSZPHX-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-MWFS-HHNH-QQSG31BSZPHX-low.png)
fCLK = 3.2 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-25 Dual
Channel RTZ Mode: Single Tone Spectrum at 100 MHz![Dual
Channel RTZ Mode: Single Tone Spectrum at 1 GHz GUID-20210527-CA0I-WBBL-7JM4-XK3CRN6FFTP9-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-WBBL-7JM4-XK3CRN6FFTP9-low.png)
fCLK = 3.2 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-27 Dual
Channel RTZ Mode: Single Tone Spectrum at 1 GHz![Dual
Channel RTZ Mode: Dual Tone Spectrum at 100 MHz ± 10 MHz GUID-20210527-CA0I-Z5TL-BDPV-PZMKBH50NMG2-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-Z5TL-BDPV-PZMKBH50NMG2-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-29 Dual
Channel RTZ Mode: Dual Tone Spectrum at 100 MHz ± 10 MHz![Dual
Channel RTZ Mode: Dual Tone Spectrum at 1 GHz ± 10 MHz GUID-20210527-CA0I-RXKB-RR7N-F91GMWTX3XTK-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-RXKB-RR7N-F91GMWTX3XTK-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-31 Dual
Channel RTZ Mode: Dual Tone Spectrum at 1 GHz ± 10 MHz![Dual
Channel 2xRF Mode: Single Tone Spectrum at 3.3 to 6.3 GHz GUID-20210527-CA0I-SF6C-MHFG-CZLMVRC5SBQ2-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-SF6C-MHFG-CZLMVRC5SBQ2-low.png)
fCLK = 3.2 GHz, 1st through
5th Nyquist Zones Displayed |
Figure 6-33 Dual
Channel 2xRF Mode: Single Tone Spectrum at 3.3 to 6.3 GHz![Dual
Channel 2xRF Mode: Single Tone Spectrum at 4.3 to 5.3 GHz GUID-20210527-CA0I-GTMT-4JS6-KVPP0NC2MRV7-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-GTMT-4JS6-KVPP0NC2MRV7-low.png)
fCLK = 3.2 GHz, 1st through
5th Nyquist Zones Displayed |
Figure 6-35 Dual
Channel 2xRF Mode: Single Tone Spectrum at 4.3 to 5.3 GHz![Dual
Channel 2xRF Mode: Dual Tone Spectrum at 3.3 to 6.3 GHz ± 10 MHz GUID-20210527-CA0I-TTS0-HZJG-R6DZJT27L4HC-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-TTS0-HZJG-R6DZJT27L4HC-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st through 5th Nyquist Zones
Displayed |
Figure 6-37 Dual
Channel 2xRF Mode: Dual Tone Spectrum at 3.3 to 6.3 GHz ± 10 MHz![Dual
Channel 2xRF Mode: Dual Tone Spectrum at 4.3 to 5.3 GHz ± 10 MHz GUID-20210527-CA0I-XCDZ-HFRP-PSB9LFCCXD3Z-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-XCDZ-HFRP-PSB9LFCCXD3Z-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st through 5th Nyquist Zones
Displayed |
Figure 6-39 Dual
Channel 2xRF Mode: Dual Tone Spectrum at 4.3 to 5.3 GHz ± 10 MHz![Single Channel NRZ Mode: Single Tone Spectrum at 200 MHz GUID-20210527-CA0I-VM8V-VNX0-MRQL0KKFL23Z-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-VM8V-VNX0-MRQL0KKFL23Z-low.png)
fCLK = 6.4 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-41 Single Channel NRZ Mode: Single Tone Spectrum at 200 MHz![Single Channel NRZ Mode: Single Tone Spectrum at 2 GHz GUID-20210527-CA0I-79GT-BQLR-T6GVJVLJ15QQ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-79GT-BQLR-T6GVJVLJ15QQ-low.png)
fCLK = 6.4 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-43 Single Channel NRZ Mode: Single Tone Spectrum at 2 GHz![Single Channel NRZ Mode: Dual Tone Spectrum at 200 MHz ± 25 MHz GUID-20210527-CA0I-QC4F-GTG7-J8FZKKCH72XG-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-QC4F-GTG7-J8FZKKCH72XG-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-45 Single Channel NRZ Mode: Dual Tone Spectrum at 200 MHz ± 25 MHz![Single Channel NRZ Mode: Dual Tone Spectrum at 2 GHz ± 25 MHz GUID-20210527-CA0I-TJRD-BNXD-0T5CLGJMKDSN-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-TJRD-BNXD-0T5CLGJMKDSN-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-47 Single Channel NRZ Mode: Dual Tone Spectrum at 2 GHz ± 25 MHz![Single Channel RF Mode: Single Tone Spectrum at 3.4 GHz GUID-20210527-CA0I-QDPC-FQ0C-D8SB4DWH1CGF-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-QDPC-FQ0C-D8SB4DWH1CGF-low.png)
fCLK = 6.4 GHz, 1st through
3rd Nyquist Zones Displayed |
Figure 6-49 Single Channel RF Mode: Single Tone Spectrum at 3.4 GHz![Single Channel RF Mode: Single Tone Spectrum at 5.2 GHz GUID-20210527-CA0I-FV01-HVCP-3TB4DSCJG63W-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-FV01-HVCP-3TB4DSCJG63W-low.png)
fCLK = 6.4 GHz, 1st through
3rd Nyquist Zones Displayed |
Figure 6-51 Single Channel RF Mode: Single Tone Spectrum at 5.2 GHz![Single Channel RF Mode: Dual Tone Spectrum at 3.4 GHz ± 25 MHz GUID-20210527-CA0I-K23Q-RB8M-1L3MRV26NXCL-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-K23Q-RB8M-1L3MRV26NXCL-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st through 3rd Nyquist Zones
Displayed |
Figure 6-53 Single Channel RF Mode: Dual Tone Spectrum at 3.4 GHz ± 25 MHz![Single Channel RF Mode: Dual Tone Spectrum at 5.2 GHz ± 25 MHz GUID-20210527-CA0I-GZQJ-ZJVT-PTMMZNTPKJHJ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-GZQJ-ZJVT-PTMMZNTPKJHJ-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st through 3rd Nyquist Zones
Displayed |
Figure 6-55 Single Channel RF Mode: Dual Tone Spectrum at 5.2 GHz ± 25 MHz![Single Channel RTZ Mode: Single Tone Spectrum at 200 MHz GUID-20210527-CA0I-CSPM-BQHN-HHM3Q5FFR49S-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-CSPM-BQHN-HHM3Q5FFR49S-low.png)
fCLK = 6.4 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-57 Single Channel RTZ Mode: Single Tone Spectrum at 200 MHz![Single Channel RTZ Mode: Single Tone Spectrum at 2 GHz GUID-20210527-CA0I-H2CD-CQHJ-8HTFT86KRMLZ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-H2CD-CQHJ-8HTFT86KRMLZ-low.png)
fCLK = 6.4 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-59 Single Channel RTZ Mode: Single Tone Spectrum at 2 GHz![Single Channel RTZ Mode: Dual Tone Spectrum at 200 MHz ± 25 MHz GUID-20210527-CA0I-L280-3LWC-9RKFGMXBQ1BQ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-L280-3LWC-9RKFGMXBQ1BQ-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-61 Single Channel RTZ Mode: Dual Tone Spectrum at 200 MHz ± 25 MHz![Single Channel RTZ Mode: Dual Tone Spectrum at 2 GHz ± 25 MHz GUID-20210527-CA0I-39QR-94SC-146JW0ZS8DS9-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-39QR-94SC-146JW0ZS8DS9-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-63 Single Channel RTZ Mode: Dual Tone Spectrum at 2 GHz ± 25 MHz
Figure 6-65 Dual
Channel NRZ and RF Mode: SFDR vs Output Frequency and Output Current
Figure 6-67 Dual
Channel NRZ and RF Mode: HD3 vs Output Frequency and Output Current![Dual
Channel NRZ and RF Mode: IMD3 vs Output Frequency and Output Current GUID-20210517-CA0I-FRKC-SLKM-RPK2JTK86DQS-low.png](/ods/images/JAJSM94B/GUID-20210517-CA0I-FRKC-SLKM-RPK2JTK86DQS-low.png)
fCLK = 3.2 GHz, tone spacing = 20
MHz |
Figure 6-69 Dual
Channel NRZ and RF Mode: IMD3 vs Output Frequency and Output Current
Figure 6-71 Dual
Channel NRZ and RF Mode: HD2 vs Output Frequency and Digital Level
Figure 6-73 Dual
Channel NRZ and RF Mode: NSD vs Output Frequency and Digital Level
Figure 6-75 Dual
Channel RTZ Mode: SFDR vs Output Frequency and Digital Level
Figure 6-77 Dual
Channel RTZ Mode: HD3 vs Output Frequency and Digital Level![Dual
Channel RTZ Mode: IMD3 vs Output Frequency and Digital Level GUID-20210526-CA0I-1X3D-SRCD-Q9GJ8GWZ8093-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-1X3D-SRCD-Q9GJ8GWZ8093-low.png)
fCLK = 3.2 GHz, tone spacing = 20
MHz |
Figure 6-79 Dual
Channel RTZ Mode: IMD3 vs Output Frequency and Digital Level
Figure 6-81 Dual
Channel RTZ Mode: HD2 vs Output Frequency and Output Current![Dual
Channel RTZ Mode: NSD vs Output Frequency and Output Current GUID-20210526-CA0I-X3KP-WXT2-DNJ1XR4V1LGP-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-X3KP-WXT2-DNJ1XR4V1LGP-low.png)
fCLK = 3.2 GHz, 70 MHz offset |
Figure 6-83 Dual
Channel RTZ Mode: NSD vs Output Frequency and Output Current
Figure 6-85 Dual
Channel 2xRF Mode: SFDR vs Output Frequency and Digital Level
Figure 6-87 Dual
Channel 2xRF Mode: HD3 vs Output Frequency and Digital Level![Dual
Channel 2xRF Mode: IMD3 vs Output Frequency and Digital Level GUID-20210527-CA0I-HSMP-Z2XS-0B9WXRBB7N42-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-HSMP-Z2XS-0B9WXRBB7N42-low.png)
fCLK = 6.4 GHz, tone spacing = 20
MHz |
Figure 6-89 Dual
Channel 2xRF Mode: IMD3 vs Output Frequency and Digital LevelFigure 6-91 Dual
Channel 2xRF Mode: HD2 vs Output Frequency and Output Current
Figure 6-93 Dual
Channel 2xRF Mode: NSD vs Output Frequency and Output Current
Figure 6-95 Single Channel NRZ and RF Modes: SFDR vs Output Frequency and Output
Current
Figure 6-97 Single Channel NRZ and RF Modes: HD3 vs Output Frequency and Output
Current![Single Channel NRZ and RF Modes: IMD3 vs Output Frequency and Output
Current GUID-20210517-CA0I-PV42-7JQT-HN5L7K6ZSJKB-low.png](/ods/images/JAJSM94B/GUID-20210517-CA0I-PV42-7JQT-HN5L7K6ZSJKB-low.png)
fCLK = 6.4 GHz, tone spacing = 20
MHz |
Figure 6-99 Single Channel NRZ and RF Modes: IMD3 vs Output Frequency and Output
Current
Figure 6-101 Single Channel NRZ and RF Modes: HD2 vs Output Frequency and Digital
Level
Figure 6-103 Single Channel NRZ and RF Modes: Noise Spectral Density vs Output Frequency
and Digital LevelFigure 6-105 Single Channel RTZ Mode: SFDR vs Output Frequency and Output
Current
Figure 6-107 Single Channel RTZ Mode: HD3 vs Output Frequency and Output Current![Single Channel RTZ Mode: IMD3 vs Output Frequency and Output
Current GUID-20210526-CA0I-9DS8-2TX2-LGRHMWHMS4C5-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-9DS8-2TX2-LGRHMWHMS4C5-low.png)
fCLK = 6.4 GHz, tone spacing = 20
MHz |
Figure 6-109 Single Channel RTZ Mode: IMD3 vs Output Frequency and Output
Current
Figure 6-111 Single Channel RTZ Mode: HD2 vs Output Frequency and Digital Level![Single Channel RTZ Mode: NSD vs Output Frequency and Digital Level GUID-20210526-CA0I-SPM3-ZCF7-WCLBZNDJF6LG-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-SPM3-ZCF7-WCLBZNDJF6LG-low.png)
fCLK = 6.4 GHz, 70 MHz offset |
Figure 6-113 Single Channel RTZ Mode: NSD vs Output Frequency and Digital Level![Dual
Channel NRZ and RF Modes: NPR vs Digital Level GUID-20210527-CA0I-RHSQ-1MLJ-DPS75BLLR6VK-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-RHSQ-1MLJ-DPS75BLLR6VK-low.png)
Signal 90% Nyquist BW, 5% notch in center, PAR = 11.4
dB, fCLK = 3.2 GHz |
Figure 6-115 Dual
Channel NRZ and RF Modes: NPR vs Digital Level![Dual
Channel 2xRF Mode: NPR vs Digital Level GUID-20210527-CA0I-ZJQP-7NKG-M8SWWFQMLH4K-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-ZJQP-7NKG-M8SWWFQMLH4K-low.png)
Signal 90% Nyquist BW, 5% notch in center, PAR = 11.4
dB, fCLK = 6.4 GHz |
Figure 6-117 Dual
Channel 2xRF Mode: NPR vs Digital Level![Single Channel RTZ Mode: NPR vs Digital Level GUID-20210527-CA0I-JJGH-BKFG-W0PHVD6N1HDW-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-JJGH-BKFG-W0PHVD6N1HDW-low.png)
Signal 90% Nyquist BW, 5% notch in center, PAR = 11.4
dB, fCLK = 6.4 GHz |
Figure 6-119 Single Channel RTZ Mode: NPR vs Digital Level
50
MHz tone spacing, -6dBFS/tone, all supplies changed
together |
Figure 6-121 Single Channel Mode: IMD3 vs Supply Voltage
50
MHz tone spacing, -6dBFS/tone |
Figure 6-123 Single Channel Mode: IMD3 vs TemperatureFigure 6-125 Dual
Channel Mode: Power Dissipation vs Sample Rate Figure 6-127 Dual
Channel Mode: IVDDA vs Sample Rate Figure 6-129 Dual
Channel Mode: IVDDCLK vs Sample Rate Figure 6-131 Dual
Channel Mode: IVDDE vs Sample Rate Figure 6-133 Dual
Channel Mode: IVEE18 vs Sample Rate Figure 6-135 Single Channel Mode: IVDDA18 vs Sample Rate Figure 6-137 Single Channel Mode: IVDDCLK18 vs Sample Rate Figure 6-139 Single Channel Mode: IVDDDIG vs Sample Rate Figure 6-141 Single Channel Mode: IVDDIO vs Sample Rate Figure 6-2 Output Current INL vs Code ![Single Channel NRZ Mode: Output Power vs Output Frequency GUID-20210526-CA0I-VSDS-HZNQ-XDXBQP7F7X0K-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-VSDS-HZNQ-XDXBQP7F7X0K-low.png)
fCLK = 6.4 GHz, relative to NRZ mode at
low frequency, ripple at > 5 GHz are due to cable
reflections |
Figure 6-4 Single Channel NRZ Mode: Output Power vs Output Frequency
FSAMPLE = 6.4GSPS, cable and transformer
loss removed |
Figure 6-6 Single Channel Mode: DAC12DL3200EVM Output Power vs Output
Frequency![Single Channel RTZ Mode: Output Power vs Output Frequency GUID-20210526-CA0I-PBPL-C3C4-L2MFJ3R3Z6LW-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-PBPL-C3C4-L2MFJ3R3Z6LW-low.png)
fCLK = 6.4 GHz, relative to NRZ mode at
low frequency, ripple at > 5 GHz are due to cable
reflections |
Figure 6-8 Single Channel RTZ Mode: Output Power vs Output Frequency![Dual
Channel NRZ Mode: Single Tone Spectrum at 500 MHz GUID-20210527-CA0I-RLWM-SV4H-TKTXSS24FK4P-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-RLWM-SV4H-TKTXSS24FK4P-low.png)
fCLK = 3.2 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-10 Dual
Channel NRZ Mode: Single Tone Spectrum at 500 MHz![Dual
Channel NRZ Mode: Single Tone Spectrum at 1.5 GHz GUID-20210527-CA0I-4JZK-14GR-8XQFDQTHCMTM-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-4JZK-14GR-8XQFDQTHCMTM-low.png)
fCLK = 3.2 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-12 Dual
Channel NRZ Mode: Single Tone Spectrum at 1.5 GHz![Dual
Channel NRZ Mode: Dual Tone Spectrum at 500 MHz ± 10 MHz GUID-20210527-CA0I-DPHT-QJXV-2ZRR3GGH5Q95-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-DPHT-QJXV-2ZRR3GGH5Q95-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-14 Dual
Channel NRZ Mode: Dual Tone Spectrum at 500 MHz ± 10 MHz![Dual
Channel NRZ Mode: Dual Tone Spectrum at 1.5 GHz ± 10 MHz GUID-20210527-CA0I-0Q1R-MVJT-MQZ2PF16Z17Q-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-0Q1R-MVJT-MQZ2PF16Z17Q-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-16 Dual
Channel NRZ Mode: Dual Tone Spectrum at 1.5 GHz ± 10 MHz![Dual
Channel RF Mode: Single Tone Spectrum at 2.1 GHz GUID-20210527-CA0I-NBXB-NXG8-XCMRBSHQ50GQ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-NBXB-NXG8-XCMRBSHQ50GQ-low.png)
fCLK = 3.2 GHz, 1st,
2nd and 3rd Nyquist Zones
Displayed |
Figure 6-18 Dual
Channel RF Mode: Single Tone Spectrum at 2.1 GHz![Dual
Channel RF Mode: Single Tone Spectrum at 3.1 GHz GUID-20210527-CA0I-GBDC-D0VH-S18V6LP99SLQ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-GBDC-D0VH-S18V6LP99SLQ-low.png)
fCLK = 3.2 GHz, 1st,
2nd and 3rd Nyquist Zones
Displayed |
Figure 6-20 Dual
Channel RF Mode: Single Tone Spectrum at 3.1 GHz![Dual
Channel RF Mode: Dual Tone Spectrum at 2.1 GHz ± 10 MHz GUID-20210527-CA0I-ZF9J-22H7-69S32R54CGLH-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-ZF9J-22H7-69S32R54CGLH-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st, 2nd and 3rd
Nyquist Zones Displayed |
Figure 6-22 Dual
Channel RF Mode: Dual Tone Spectrum at 2.1 GHz ± 10 MHz![Dual
Channel RF Mode: Dual Tone Spectrum at 3.1 GHz ± 10 MHz GUID-20210527-CA0I-6JL9-SB8D-X5C5FDJRJKKQ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-6JL9-SB8D-X5C5FDJRJKKQ-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st, 2nd and 3rd
Nyquist Zones Displayed |
Figure 6-24 Dual
Channel RF Mode: Dual Tone Spectrum at 3.1 GHz ± 10 MHz![Dual
Channel RTZ Mode: Single Tone Spectrum at 500 MHz GUID-20210527-CA0I-GNJX-GXQG-C9GVNHCNVNTC-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-GNJX-GXQG-C9GVNHCNVNTC-low.png)
fCLK = 3.2 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-26 Dual
Channel RTZ Mode: Single Tone Spectrum at 500 MHz![Dual
Channel RTZ Mode: Single Tone Spectrum at 1.5 GHz GUID-20210527-CA0I-HKP9-RSJR-CK0R8HSXHXK9-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-HKP9-RSJR-CK0R8HSXHXK9-low.png)
fCLK = 3.2G Hz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-28 Dual
Channel RTZ Mode: Single Tone Spectrum at 1.5 GHz![Dual
Channel RTZ Mode: Dual Tone Spectrum at 500 MHz ± 10 MHz GUID-20210527-CA0I-Z7P4-LRN6-ZGHF0BND4MJQ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-Z7P4-LRN6-ZGHF0BND4MJQ-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-30 Dual
Channel RTZ Mode: Dual Tone Spectrum at 500 MHz ± 10 MHz![Dual
Channel RTZ Mode: Dual Tone Spectrum at 1.5 GHz ± 10 MHz GUID-20210527-CA0I-1FNH-9G4J-RG2R2VJFV2D2-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-1FNH-9G4J-RG2R2VJFV2D2-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-32 Dual
Channel RTZ Mode: Dual Tone Spectrum at 1.5 GHz ± 10 MHz![Dual
Channel 2xRF Mode: Single Tone Spectrum at 3.8 to 5.8 GHz GUID-20210527-CA0I-GTMT-4JS6-KVPP0NC2MRV7-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-GTMT-4JS6-KVPP0NC2MRV7-low.png)
fCLK = 3.2 GHz, 1st through
5th Nyquist Zones Displayed |
Figure 6-34 Dual
Channel 2xRF Mode: Single Tone Spectrum at 3.8 to 5.8 GHz![Dual
Channel 2xRF Mode: Single Tone Spectrum at 4.7 to 4.9 GHz GUID-20210527-CA0I-BF3S-0K8Q-RNZGZTFKD5C7-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-BF3S-0K8Q-RNZGZTFKD5C7-low.png)
fCLK = 3.2 GHz, 1st through
5th Nyquist Zones Displayed |
Figure 6-36 Dual
Channel 2xRF Mode: Single Tone Spectrum at 4.7 to 4.9 GHz![Dual
Channel 2xRF Mode: Dual Tone Spectrum at 3.8 to 5.8 GHz ± 10 MHz GUID-20210527-CA0I-B860-FWSF-2V1XPRN2QJM1-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-B860-FWSF-2V1XPRN2QJM1-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st through 5th Nyquist Zones
Displayed |
Figure 6-38 Dual
Channel 2xRF Mode: Dual Tone Spectrum at 3.8 to 5.8 GHz ± 10 MHz![Dual
Channel 2xRF Mode: Dual Tone Spectrum at 4.7 to 4.9 GHz ± 10 MHz GUID-20210527-CA0I-QNXS-53VB-ZBCF0FFPSLNG-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-QNXS-53VB-ZBCF0FFPSLNG-low.png)
each
tone at -6 dBFS, fCLK = 3.2 GHz,
1st through 5th Nyquist Zones
Displayed |
Figure 6-40 Dual
Channel 2xRF Mode: Dual Tone Spectrum at 4.7 to 4.9 GHz ± 10 MHz![Single Channel NRZ Mode: Single Tone Spectrum at 1 GHz GUID-20210527-CA0I-CN7D-SVX6-BG7PD5J3FBFC-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-CN7D-SVX6-BG7PD5J3FBFC-low.png)
fCLK = 6.4 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-42 Single Channel NRZ Mode: Single Tone Spectrum at 1 GHz![Single Channel NRZ Mode: Single Tone Spectrum at 3 GHz GUID-20210527-CA0I-2TX0-VPB4-VWVL42HM40BB-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-2TX0-VPB4-VWVL42HM40BB-low.png)
fCLK = 6.4 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-44 Single Channel NRZ Mode: Single Tone Spectrum at 3 GHz![Single Channel NRZ Mode: Dual Tone Spectrum at 1 GHz ± 25 MHz GUID-20210527-CA0I-NXXG-X5P7-VJNPWGW78TP9-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-NXXG-X5P7-VJNPWGW78TP9-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-46 Single Channel NRZ Mode: Dual Tone Spectrum at 1 GHz ± 25 MHz![Single Channel NRZ Mode: Dual Tone Spectrum at 3 GHz ± 25 MHz GUID-20210527-CA0I-R7LN-TPVV-NKWBC2XPXGVT-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-R7LN-TPVV-NKWBC2XPXGVT-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-48 Single Channel NRZ Mode: Dual Tone Spectrum at 3 GHz ± 25 MHz![Single Channel RF Mode: Single Tone Spectrum at 4.2 GHz GUID-20210527-CA0I-G7QV-WHFZ-NWDMJNBQSNZG-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-G7QV-WHFZ-NWDMJNBQSNZG-low.png)
fCLK = 6.4 GHz, 1st through
3rd Nyquist Zones Displayed |
Figure 6-50 Single Channel RF Mode: Single Tone Spectrum at 4.2 GHz![Single Channel RF Mode: Single Tone Spectrum at 6.2 GHz GUID-20210527-CA0I-2RF7-SWLK-SPV8B8SLP2K0-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-2RF7-SWLK-SPV8B8SLP2K0-low.png)
fCLK = 6.4 GHz, 1st through
3rd Nyquist Zones Displayed |
Figure 6-52 Single Channel RF Mode: Single Tone Spectrum at 6.2 GHz![Single Channel RF Mode: Dual Tone Spectrum at 4.2 GHz ± 25 MHz GUID-20210527-CA0I-NNSG-STDL-RF4QKM6ZH0PL-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-NNSG-STDL-RF4QKM6ZH0PL-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st through 3rd Nyquist Zones
Displayed |
Figure 6-54 Single Channel RF Mode: Dual Tone Spectrum at 4.2 GHz ± 25 MHz![Single Channel RF Mode: Dual Tone Spectrum at 6.2 GHz ± 25 MHz GUID-20210527-CA0I-1RRX-VMH8-TH7DVS9FR845-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-1RRX-VMH8-TH7DVS9FR845-low.png)
each
tone at -6 dBFS, fCLK = 6.4 GHz,
1st through 3rd Nyquist Zones
Displayed |
Figure 6-56 Single Channel RF Mode: Dual Tone Spectrum at 6.2 GHz ± 25 MHz![Single Channel RTZ Mode: Single Tone Spectrum at 1 GHz GUID-20210527-CA0I-9LNP-GS9S-QCH9XMKMZQ5G-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-9LNP-GS9S-QCH9XMKMZQ5G-low.png)
fCLK = 6.4 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-58 Single Channel RTZ Mode: Single Tone Spectrum at 1 GHz![Single Channel RTZ Mode: Single Tone Spectrum at 3 GHz GUID-20210527-CA0I-GQ9G-Q764-HGWLBRDWKPDZ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-GQ9G-Q764-HGWLBRDWKPDZ-low.png)
fCLK = 6.4 GHz, 1st and
2nd Nyquist Zones Displayed |
Figure 6-60 Single Channel RTZ Mode: Single Tone Spectrum at 3 GHz![Single Channel RTZ Mode: Dual Tone Spectrum at 1 GHz ± 25 MHz GUID-20210527-CA0I-ZQMS-4GVR-VZLV96DD78CJ-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-ZQMS-4GVR-VZLV96DD78CJ-low.png)
each
tone at -6d BFS, fCLK = 6.4 GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-62 Single Channel RTZ Mode: Dual Tone Spectrum at 1 GHz ± 25 MHz![Single Channel RTZ Mode: Dual Tone Spectrum at 3 GHz ± 25 MHz GUID-20210527-CA0I-BW4W-WZWR-JZRGJLMGF1DB-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-BW4W-WZWR-JZRGJLMGF1DB-low.png)
each
tone at -6d BFS, fCLK = 6.4GHz,
1st and 2nd Nyquist Zones
Displayed |
Figure 6-64 Single Channel RTZ Mode: Dual Tone Spectrum at 3 GHz ± 25 MHz
Figure 6-66 Dual
Channel NRZ and RF Mode: HD2 vs Output Frequency and Output Current
Figure 6-68 Dual
Channel NRZ and RF Mode: NSD vs Output Frequency and Output Current
Figure 6-70 Dual
Channel NRZ and RF Mode: SFDR vs Output Frequency and Digital Level
Figure 6-72 Dual
Channel NRZ and RF Mode: HD3 vs Output Frequency and Digital Level![Dual
Channel NRZ and RF Modes: IMD3 vs Output Frequency and Digital Level GUID-20210517-CA0I-NPH5-6ZVW-P8KMLBVRGLFZ-low.png](/ods/images/JAJSM94B/GUID-20210517-CA0I-NPH5-6ZVW-P8KMLBVRGLFZ-low.png)
fCLK = 3.2 GHz, tone spacing = 20
MHz |
Figure 6-74 Dual
Channel NRZ and RF Modes: IMD3 vs Output Frequency and Digital Level
Figure 6-76 Dual
Channel RTZ Mode: HD2 vs Output Frequency and Digital Level![Dual
Channel RTZ Mode: NSD vs Output Frequency and Digital Level GUID-20210526-CA0I-WDVL-0KV9-F85MWN45QGGT-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-WDVL-0KV9-F85MWN45QGGT-low.png)
fCLK = 3.2 GHz, 70 MHz offset |
Figure 6-78 Dual
Channel RTZ Mode: NSD vs Output Frequency and Digital Level
Figure 6-80 Dual
Channel RTZ Mode: SFDR vs Output Frequency and Output Current
Figure 6-82 Dual
Channel RTZ Mode: HD3 vs Output Frequency and Output Current![Dual
Channel RTZ Mode: IMD3 vs Output Frequency and Output Current GUID-20210526-CA0I-0SHG-N340-ZQFFQ0GM40T2-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-0SHG-N340-ZQFFQ0GM40T2-low.png)
fCLK = 3.2 GHz, tone spacing = 20
MHz |
Figure 6-84 Dual
Channel RTZ Mode: IMD3 vs Output Frequency and Output Current
Figure 6-86 Dual
Channel 2xRF Mode: HD2 vs Output Frequency and Digital Level
Figure 6-88 Dual
Channel 2xRF Mode: NSD vs Output Frequency and Digital LevelFigure 6-90 Dual
Channel 2xRF Mode: SFDR vs Output Frequency and Output Current
Figure 6-92 Dual
Channel 2xRF Mode: HD3 vs Output Frequency and Output Current![Dual
Channel 2xRF Mode: IMD3 vs Output Frequency and Output Current GUID-20210527-CA0I-1G9J-T1HV-31FQ1PLCGM7W-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-1G9J-T1HV-31FQ1PLCGM7W-low.png)
fCLK = 6.4 GHz, tone spacing = 20
MHz |
Figure 6-94 Dual
Channel 2xRF Mode: IMD3 vs Output Frequency and Output Current
Figure 6-96 Single Channel NRZ and RF Modes: HD2 vs Output Frequency and Output
Current
Figure 6-98 Single Channel NRZ and RF Modes: NSD vs Output Frequency and Output
Current
Figure 6-100 Single Channel NRZ and RF Modes: SFDR vs Output Frequency and Digital
Level
Figure 6-102 Single Channel NRZ and RF Modes: HD3 vs Output Frequency and Digital
Level![Single Channel NRZ and RF Modes: IMD3 vs Output Frequency and Digital
Level GUID-20210517-CA0I-DDQM-6RZS-NKFWTMFHNWFM-low.png](/ods/images/JAJSM94B/GUID-20210517-CA0I-DDQM-6RZS-NKFWTMFHNWFM-low.png)
fCLK = 6.4 GHz, tone spacing = 20
MHz |
Figure 6-104 Single Channel NRZ and RF Modes: IMD3 vs Output Frequency and Digital
LevelFigure 6-106 Single Channel RTZ Mode: HD2 vs Output Frequency and Output Current ![Single Channel RTZ Mode: NSD vs Output Frequency and Output Current GUID-20210526-CA0I-Z1VM-GPN4-GNVS795MZVR8-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-Z1VM-GPN4-GNVS795MZVR8-low.png)
fCLK = 6.4 GHz, 70 MHz offset |
Figure 6-108 Single Channel RTZ Mode: NSD vs Output Frequency and Output Current
Figure 6-110 Single Channel RTZ Mode: SFDR vs Output Frequency and Digital Level
Figure 6-112 Single Channel RTZ Mode: HD3 vs Output Frequency and Digital Level![Single Channel RTZ Mode: IMD3 vs Output Frequency and Digital Level GUID-20210526-CA0I-7RFL-FV0N-DDB55JSW67VC-low.png](/ods/images/JAJSM94B/GUID-20210526-CA0I-7RFL-FV0N-DDB55JSW67VC-low.png)
fCLK = 6.4 GHz, tone spacing = 20
MHz |
Figure 6-114 Single Channel RTZ Mode: IMD3 vs Output Frequency and Digital Level![Dual
Channel RTZ Mode: NPR vs Digital Level GUID-20210527-CA0I-0K0V-GBTJ-V11XLBVLP1NX-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-0K0V-GBTJ-V11XLBVLP1NX-low.png)
Signal 90% Nyquist BW, 5% notch in center, PAR = 11.4
dB, fCLK = 3.2 GHz |
Figure 6-116 Dual
Channel RTZ Mode: NPR vs Digital Level![Single Channel NRZ and RF Modes: NPR vs Digital Level GUID-20210527-CA0I-TMD9-Z09R-SJFRWTZ58HJR-low.png](/ods/images/JAJSM94B/GUID-20210527-CA0I-TMD9-Z09R-SJFRWTZ58HJR-low.png)
Signal 90% Nyquist BW, 5% notch in center, PAR = 11.4
dB, fCLK = 6.4 GHz |
Figure 6-118 Single Channel NRZ and RF Modes: NPR vs Digital Level
FOUT = 995 MHz, input clock phase noise
removed |
Figure 6-120 Single Channel NRZ Mode: Additive Phase Noise
70
MHz offset, all supplies changed together |
Figure 6-122 Single Channel Mode: NSD vs Supply VoltageFigure 6-124 Single Channel Mode: NSD vs Temperature Figure 6-126 Dual
Channel Mode: IVDDA18 vs Sample Rate Figure 6-128 Dual
Channel Mode: IVDDCLK18 vs Sample Rate Figure 6-130 Dual
Channel Mode: IVDDDIG vs Sample Rate Figure 6-132 Dual
Channel Mode: IVDDIO vs Sample Rate Figure 6-134 Single Channel Mode: Power Dissipation vs Sample Rate Figure 6-136 Single Channel Mode: IVDDA vs Sample Rate Figure 6-138 Single Channel Mode: IVDDCLK vs Sample Rate Figure 6-140 Single Channel Mode: IVDDE vs Sample Rate Figure 6-142 Single Channel Mode: IVEE vs Sample Rate