Category: Software
Product Number: ADRV9009
Software Version: IO Scope
Dear,
My customer is testing EVK ADRV9009, having issues as below.
1. ADRV9009, CW at 61.44, carier freq 3.5GHz. Customer see LO leakage so high at 3.5 Ghz. Customer wants to know how to reduce LO leakage?
2. Customer did test with project ref design of ADI, using iio scope
Capture CW signal one tone 61.44MHz, LO 3438.56 MHz, loopback from TX of EVK ADRV9009, signal not stable.
Any advise for customer? Below is images and log file.
<profile Talise version=1 name=Tx_BW400_IR491p52_Rx_BW200_OR245p76_ORx_BW400_OR491p52> <clocks> <deviceClock_kHz=245760> <clkPllVcoFreq_kHz=9830400> <clkPllHsDiv=2.5> </clocks> <rx name=Rx 200.00MHz, OutputRate 245.76MHz, TotalDecimation 8> <rxChannels=TAL_RX1RX2> <rxFirDecimation=2> <rxDec5Decimation=4> <rhb1Decimation=1> <rxOutputRate_kHz=245760> <rfBandwidth_Hz=200000000> <rxBbf3dBCorner_kHz=200000> <rxDdcMode=0> <rxNcoShifterCfg> <bandAInputBandWidth_kHz=0> <bandAInputCenterFreq_kHz=0> <bandANco1Freq_kHz=0> <bandANco2Freq_kHz=0> <bandBInputBandWidth_kHz=0> <bandBInputCenterFreq_kHz=0> <bandBNco1Freq_kHz=0> <bandBNco2Freq_kHz=0> </rxNcoShifterCfg> <filter FIR gain_dB=-6 numFirCoefs=48> 12 46 40 -56 -101 75 214 -77 -393 42 654 58 -1021 -265 1525 648 -2227 -1345 3263 2685 -5158 -6211 10222 30184 30184 10222 -6211 -5158 2685 3263 -1345 -2227 648 1525 -265 -1021 58 654 42 -393 -77 214 75 -101 -56 40 46 12 </filter> <rxAdcProfile num=42> 185 141 172 90 1280 942 1332 90 1368 46 1016 19 48 48 37 208 0 0 0 0 52 0 7 6 42 0 7 6 42 0 25 27 0 0 25 27 0 0 165 44 31 905 </rxAdcProfile> </rx> <obsRx name=Rx 400.00MHz, OutputRate 491.52MHz, TotalDecimation 4> <obsRxChannelsEnable=TAL_ORX1> <enAdcStitching=1> <rxFirDecimation=1> <rxDec5Decimation=4> <rhb1Decimation=1> <orxOutputRate_kHz=491520> <rfBandwidth_Hz=400000000> <rxBbf3dBCorner_kHz=225000> <orxDdcMode=0> <filter FIR gain_dB=6 numFirCoefs=24> -25 14 -13 1 19 -52 60 -65 4 233 -1475 18937 -1475 233 4 -65 60 -52 19 1 -13 14 -25 0 </filter> <orxLowPassAdcProfile num=42> 152 162 181 90 1280 1307 1531 301 1435 148 972 6 48 47 36 205 0 0 0 0 51 0 0 6 24 0 0 6 24 0 25 27 0 0 25 27 0 0 165 44 15 905 </orxLowPassAdcProfile> <orxBandPassAdcProfile num=42> 129 131 168 90 1280 2825 2289 0 1053 839 975 111 3 16 28 178 0 0 0 0 45 0 0 0 24 0 0 0 24 0 25 27 0 0 25 27 0 0 165 44 15 905 </orxBandPassAdcProfile> <orxMergeFilter num=23> -107 419 -302 -398 990 -471 -1150 2212 -598 -4033 9267 21200 9267 -4033 -598 2212 -1150 -471 990 -398 -302 419 -107 </orxMergeFilter> </obsRx> <lpbk> <rxFirDecimation=1> <rhb1Decimation=1> <outputRate_kHz=491520> <rfBandwidth_Hz=75000000> <rxBbf3dBCorner_kHz=225000> <filter FIR gain_dB=6 num=24> -25 14 -13 1 19 -52 60 -65 4 233 -1475 18937 -1475 233 4 -65 60 -52 19 1 -13 14 -25 0 </filter> <lpbkAdcProfile num=42> 243 143 181 90 1280 485 1275 37 1317 23 797 35 48 48 30 174 0 0 0 0 44 0 7 6 42 0 7 6 42 0 25 27 0 0 25 27 0 0 165 44 31 905 </lpbkAdcProfile> </lpbk> <tx name=Tx 400.00MHz, InputRate 491.52MHz, TotalInterpolation 4> <txChannels=TAL_TX1TX2> <dacDiv=1> <txFirInterpolation=1> <thb1Interpolation=2> <thb2Interpolation=2> <thb3Interpolation=1> <txInt5Interpolation=1> <txInputRate_kHz=491520> <primarySigBandwidth_Hz=75000000> <rfBandwidth_Hz=400000000> <txDac3dBCorner_kHz=400000> <txBbf3dBCorner_kHz=200000> <filter FIR gain_dB=6 numFirCoefs=20> 32 -76 124 -160 176 -121 -145 1031 -3015 20138 -3015 1031 -145 -121 176 -160 124 -76 32 0 </filter> </tx> </profile>
