Part Number: ADS5474-SP Other Parts Discussed in Thread: ADS5474 Tool/software: I'd like to know how to use the DRY to catch the data.
Could you provide FPGA RTL codes related to the DRY?
Now I am using the RTG4 made by Microchips.
Regards
Jae-Heung…
Part Number: ADS5474-SP Other Parts Discussed in Thread: ADS5474 Tool/software: Hello
Does ADS5474 require a Differential Sinewave reference clock source?
From Figure 36, I know that a single-ended square wave can be used.
Is it right?
Regards
Jae-Heung…
Part Number: ADS5474-SP Im looking at these flight parts:
P/N: 5962R1320801VXC
P/N: ADS5474MHFGV
The technical details seems to be identical however is there any difference between the screening flow?
My pkg lead told me that ADS5474MHFGV does not have…
Part Number: ADS5474-SP Hello,
Is it correct that all three orderable P/N devices below for the ADS5474-SP have the same pin allocation in the same package?
My customer wants to mix and match in one design according to the required specifications.
Thanks…
Part Number: ADS5474-SP Hi Team, Our customer would like to ask for the bandwidth/frequency window of the phase noise curve in which the recommended jitter values on Table 2 of the ADS5474-SP datasheet were specified. For example, 100ps rms of jitter from…
I should have referenced the -SP version. ADS5474-SP. This one has a metal lid that hermetically seals the package. But makes no mention of whether that lid is grounded. Nor any mention of whether the heat sink is grounded either.
Part Number: ADS5474-SP Hello,
Normally driving an ADC with a higher jitter clock would be a bad idea because it reduces SNR. In our case we're over-sampling pedestals and so I don't think we'll degrade SNR. For example in the following waveform…
Part Number: ADS5474-SP Hello,
Does the INL characteristic stay fairly consistent for a single device? A customer wants to know if they can calibrate it out by forming a lookup table for that particular device.
Also, I see that the typical DNL is +/-0…
Part Number: ADS5474-SP Hello team,
We have a design using the ADS5474-SP clocked at 125MHz. As the datasheet is spec’d at 250MHz we are working through how this effects a lot of the timing in the system.
We understand that (assuming a 50/50 duty…
