Typical values at TA = +25°C with nominal supplies. Default conditions: TX input data rate = 491.52 MSPS, fDAC = 11796.48 MSPS (8x interpolation), Mixed mode, 1st Nyquist zone output, PLL clock mode with fREF = 491.52 MHz, AOUT = –1 dBFS, DSA = 0 dB, Sin(x)/x enabled, DSA calibrated, TX Clock Dither Enabled, 9.6GHz matching
Includes PCB and cable losses. |
Figure 6-227 TX Output Power vs Frequency at 9.61 GHzIncludes PCB and cable losses. |
Figure 6-229 TX Output Power vs DSA Setting at 9.61 GHzFigure 6-231 TX DSA Calibrated Amplitude Differential Nonlinearity Figure 6-233 TX DSA Calibrated Amplitude Differential Nonlinearity Figure 6-235 TX DSA Calibrated Amplitude Integrated Nonlinearity Figure 6-237 TX DSA Calibrated Amplitude Integrated Nonlinearity Figure 6-239 TX DSA Calibrated Phase Differential Nonlinearity Figure 6-241 TX DSA Calibrated Phase Differential Nonlinearity Figure 6-243 TX DSA Calibrated Phase Integrated Nonlinearity Figure 6-245 TX DSA Calibrated Amplitude Integrated Nonlinearity Figure 6-247 TX IMD3 vs Digital Amplitude at 9.61 GHz Figure 6-249 TX IMD3 vs DSA Setting at 9.61 GHz Figure 6-251 TX IMD3 vs Tone Spacing at 9.61 GHz Figure 6-253 TX NSD vs Digital Amplitude at 9.61 GHz Figure 6-255 TX NSD vs DSA Setting at 9.61 GHz Figure 6-257 TX NSD vs DSA Setting at 9.61 GHz Includes PCB and cable losses. |
Figure 6-259 TX Single Tone Spectrum at 9.61 GHz and -1 dBFS (wideband)Includes PCB and cable losses. |
Figure 6-261 TX Single Tone Spectrum at 9.61 GHz and -6 dBFS (wideband)Includes PCB and cable losses. |
Figure 6-263 TX Single Tone Spectrum at 9.61 GHz and -12 dBFS (wideband)Includes PCB and cable losses, 50 MHz tone spacing. |
Figure 6-265 TX 2-Tone Spectrum at 9.61 GHz and -7 dBFS (wideband)Includes PCB and cable losses, 50 MHz tone spacing. |
Figure 6-267 TX 2-Tone Spectrum at 9.61 GHz and -12 dBFS (wideband)Single sideband, external clock mode, input clock phase noise removed |
Figure 6-269 TX Additive Phase Noise vs Offset Frequency at 9.61 GHzFigure 6-271 TX NR100 MHz alt-ACPR vs DSA Setting at 9.61 GHz Includes PCB and cable losses. |
Figure 6-228 TX Output Power vs Frequency at 9.61 GHzFigure 6-230 TX DSA Uncalibrated Amplitude Differential Nonlinearity Figure 6-232 TX DSA Uncalibrated Amplitude Differential Nonlinearity Figure 6-234 TX DSA Uncalibrated Amplitude Integrated Nonlinearity Figure 6-236 TX DSA Uncalibrated Amplitude Integrated Nonlinearity Figure 6-238 TX DSA Uncalibrated Phase Differential Nonlinearity Figure 6-240 TX DSA Uncalibrated Phase Differential Nonlinearity Figure 6-242 TX DSA Uncalibrated Phase Integrated Nonlinearity Figure 6-244 TX DSA Uncalibrated Phase Integrated Nonlinearity Figure 6-246 TX IMD3 vs Digital Amplitude at 9.61 GHz Figure 6-248 TX IMD3 vs DSA Setting at 9.61 GHz Figure 6-250 TX IMD3 vs Tone Spacing at 9.61 GHz Figure 6-252 TX IMD3 vs Tone Spacing at 9.6 1GHz Figure 6-254 TX NSD vs Digital Amplitude at 9.61 GHz Figure 6-256 TX NSD vs DSA Setting at 9.61 GHz Figure 6-258 TX 2-tone SFDR vs Digital Amplitude at 9.61 GHz Includes PCB and cable losses. |
Figure 6-260 TX Single Tone Spectrum at 9.61 GHz and -1 dBFS (1.2 GHz BW)Includes PCB and cable losses. |
Figure 6-262 TX Single Tone Spectrum at 9.61 GHz and -6 dBFS (1.2 GHz BW)Includes PCB and cable losses. |
Figure 6-264 TX Single Tone Spectrum at 9.61 GHz and -12 dBFS (1.2GHz BW)Includes PCB and cable losses, 50 MHz tone spacing. |
Figure 6-266 TX 2-Tone Spectrum at 9.61 GHz and -7 dBFS (1.2 GHz BW)Includes PCB and cable losses, 50 MHz tone spacing. |
Figure 6-268 TX 2-Tone Spectrum at 9.61 GHz and -12 dBFS (1.2 GHz BW)Figure 6-270 TX NR100 MHz ACPR vs DSA Setting at 9.61 GHz Figure 6-272 TX NR100 MHz EVM vs DSA Setting at 9.61 GHz