Hi,
Apologies for missing this item. I am not sure if it still relevant to you that this question will be answered, However, we are clearing up some open items in our community and ensure that any query is located on its proper community as others who have…
Hi!
We are interested in the AD9653 converter. We understand that we need the pack AD9653 plus HSC-ADC-EVALCZ to evaluate the ADC, is that right? If so, how much it costs? and more important, it is included some VHDL code exmaple to control the AD9653?
I am getting difficulties in AD9653 code. Can i get refernece code for AD9653?
Dear Sir/Madam, I am designing a NMR Signal Acquisition Board. What it does is receiving the analog signal modulated at 63.8MHz, and then converted into digital signal using AD9653. And then the digital signal enters the FPGA for downsampling, downconversion…
Our design has the AD9653 clocked by 100MHz,we found our board is very sensitive to external power supply, some times it works with one power supply and gives clean output but some time it has spikes on the output with another power supply. When…
I am debugging AD9653 with Artix-7 FPGA and referenced the ADC_interface supplied by XAPP524.
The input of the signal is a sine wave which is fed by a signal generator. The outputs of each channel are monitored with a ILA in Vivado after the signals…
Dear Sir/Madam,
I am using the AD9653 configured in Test Mode to output "alternating checkerboard".
Register settings are default with the exception of:
0xD => 04
Input clock is 200MHz. In Test mode either alternating checkerboard or…
Dear all,
I want to use the AD9653 working at a 125MHz sampling rate, to undersample a IF signal (E5 Galileo band) of 50MHz bandwidth (from 70 to 120MHz). My question is:
In my project, I use AD9653 as the High-speed ADC with a sampling clock at 80MHz.The reference voltage of ADC is 1V.The frequency of the analog signal(sin and cos ) are 40kHz，and the amplitude of the analog signals is 2Vpp(after difference).But the…
We are planning to use AD9653-125EBZ development kit. We will use this kit with different scenarios. The possible scenarios are:
1. Oversampling
Sampling Frequency: 125 MHz,
Input Frequency: 40 MHz - 60 MHz Narrow band signal (Max bandwidth…