Part Number: ADS62P25 Dear Team
Good day!
Our customer use the ADS62P25 High speed ADC
He want to interface the LVDS output of the ADC to FPGA. FPGA am using is Arria 10. But seeing that the Common mode voltage of the ADC is 1.5V and the common…
Part Number: ADS62P25 Hello Together,
I am using ADS62P25IRGCT in my design, The input clock I am providing is to ADC is by converting single-ended signal to the differential.
The input is from FPGA,1.8V LVCMOS ,125MHz signal. I am configuring the…
Part Number: ADS62P25 Hello Together,
Could you please share the board file (.brd) file for ADS62P25 EVK (ADS62PXXEVM)
Thanks in advance.
Tensil Sebastian
Part Number: ADS62P25 Hello,
I am using ADS62P25IRGCT in my design The Input to CLKP and CLKM (Pin no: 25,26) is from FPGA The FPGA is working in 1.8V supply AVDD and DRVDD of the ADC is connected to 3.3V will it be an issue if I provide the clock from…
Part Number: ADS62P25 Hello Together,
Am using ADS62P25 High speed ADC I want to interface the LVDS output of the ADC to my FPGA.
FPGA am using is Arria 10.
The Common mode voltage of the ADC is 1.5V and the common mode voltage of the FPGA is 1…
Part Number: ADS62P25 HI,team
The datasheet doesn‘t give a clear indication about the maximum speed of the CMOS and LVDS interface
In both the interface what is the maximum speed that i can achive? Thank you.
Other Parts Discussed in Thread: ADS62P25 , LMH3401 , LMH6554 Hi,
Can ADS62P25 get a single-ended input directly without balun or transformer?
Customer wants to design their application without balun or transformer but input is single-ended.
Is…
Other Parts Discussed in Thread: ADS62P25 Hello,
I am using a 24V DC supply in my circuit.
I am trying to design a circuit to measure the noise on the 24V.
The noise expecting is 200mV to 400mV peak to peak.
Could you please suggest any circuit…
Other Parts Discussed in Thread: ADS62P28 , ADS62P25 I am looking for help selecting an ADC that will give me at least 12bit resolution, sampling at >100MSPS, and 200MHz input Bandwidth. Ideally the input would be 2V8 DC but I can attenuate and buffer…