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--- resources:eval:dpg:ad916x-fmcx-ebz [09 Jan 2018 20:26] – [AD916X-FMCX-EBZ EVALUATION SOFTWARE] Jarrah Bergeron
+++ resources:eval:dpg:ad916x-fmcx-ebz [25 Jan 2018 23:07] – [Configuration #1: Use external signal generator as clock source] Saber Bahranifard
@@ Line 30: / Line 30: @@
 ====Configuration #1: Use external signal generator as clock source====
 Remove the jumper on JP1. A low phase noise, high frequency clock source should be connected to the SMA connector, J31; and output level set to 0dBm. A second low phase noise, high frequency clock source (10MHz to 250MHz)  with 0 dBm output level that is the reference clock of the ADF4355 should be connected to the SMA connector J61; the two clock sources should be synchronized. A unit such as the Rohde and Shwarz SMA100 has a convenient option for a secondary signal source, and using it will ensure the two clocks are synchronized. Or, the 10 MHz reference output of the signal generator can be used as the reference input. The spectrum analyzer should be connected to the SMA connector, J32.
-Affix the AD916x-FMCx-EBZ Eval board to the ADS7-V1 using the FMC connector closer to the corner of the boar8. The ADS7-V2 has a single FMC connector and the AD916x-FMCx-EBZ Eval board should be connected to it.
+Affix the AD916x-FMCx-EBZ Eval board to the ADS7-V1 using the FMC connector closer to the corner of the board. The ADS7-V2 has a single FMC connector and the AD916x-FMCx-EBZ Eval board should be connected to it.

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