The AD9279-65EBZ Evalboard is available and customer would like to use 80MSPs. Will this work by just adjusting the AD9279 to Mode III?
Unfortunately the AD9279-65EBZ will not run at 80MHz. The FPGA on the HSC-ADC-EVALCZ will not run fast enough…
I am unable to receive the second user pattern 12bit word writtten to address USER_PATT2 (0x1B, 0x1C). The first word is repeated always. Am I missing something?
Apologies for delayed response.
We will be sending on the schematic of AD9279-65EBZ to your email ad.
I've attached it here as well.
We are currently using AD9279 in our production of ultrasound scanners, and I am considering how to improve on CW performance for our next generation products.
1/ I cannot find any specification on to what extend the carrier-frequency is attenuated…
Would it be possible to use the AD9279 board's ADC functionality without the time adaption for the gain? I am not trying to use the board for ultrasound applications and would like to turn off the time adaptation; is this an option?
I am working with AD9279. For using the Time Gain Compensation properly, do I need to apply a ramp signal from 0V to 1.6V at the external Gain at SMA Connector J401 based on the received signal?
Any suggestions, I will be grateful.
Which controller board is recommended for use with the AD9279?
The quick start guide uses the ML605 board and EVAL-ADC-FMC-INT interposer board, however this product is now listed as obsolete and the quick start guide is mildly out of date.
Is there a…
I am trying to use the HSC-ADC-EVALCZ and AD9279 to send data directly to MATLAB. As per the other forum: https://ez.analog.com/data_converters/high-speed_adcs/f/q-a/21394/hsc-adc-evaldz-and-matlab, I modified the MATLAB code to be in the directory…