This example uses a coherent 790MHz input on the channel A input with the ADC in a 1x averaging mode with dither enabled.

Procedure

1. In the Bypass Mode box, use the DDC drop-down to change to Complex Mode. Notice the box title changes to Complex Mode to reflect the current DDC operating mode.
2. Use the Decimation drop-down to change the decimation to 8.
3. Set the LMFSHd setting to 4-4-2-1-0.
4. Set the channel INA1 NCO0 and NCO1 to 800 (MHz).
5. Change LMK divider from 8 to 16.
6. Once these settings are verified and match Figure 3-6, press the Device Bringup button.
   Figure 3-6 ADC32RF5xEVM GUI, 8x Complex Decimation, 800MHz NCO
7. Wait until after the message Device Bringup Completed appears in the Log.
8. In HSDC Pro, connect to the TSW14J58EVM and select ADC32RF5x_4421_6G-8G as the INI file shown in Figure 3-7.
   Figure 3-7 ADC32RF5x_4421_6G-8G INI file
9. Update the firmware by pressing Yes on the pop-up window and waiting for the Downloading Firmware message to finish.
10. Open the Additional Device Parameters menu by clicking on the gear next to the ADC Output Data Rate field.
11. Check the box labeled Enable? and then enter the parameters shown in Figure 3-8.
    Figure 3-8 Additional Device Parameters , 8x complex decimation
12. Once completed, click OK.
13. Check the box labeled Auto Calculation of Coherent Frequencies to see the ADC Input Target Frequency change from 790M to the coherent frequency. Set the signal generator connected to channel A input to this coherent frequency.
14. Change the view window from Real FFT to _{Complex FFT} and select channel 1/4.
15. Press the Capture button and a screen similar to Figure 3-9 pops up.
16. Adjust signal generator output such that the measured fundamental power in HSDC Pro is at the user's desired level.

Figure 3-9 789.995MHz Input, 8x Complex Decimation, 1x Averaging, Dither On