Part Number: ADS4129EVM Other Parts Discussed in Thread: ADS4129 Tool/software: Hi All,
I am working with the ADS4129 ADC and experiencing an issue where the two least significant data output lines (D0/D1) are always stuck at fixed values (0.8 V and…
Part Number: TSW1418EVM Other Parts Discussed in Thread: ADS4129EVM , TSWDC155EVM Tool/software: Will the TSW1418 work with the ADS4129EVM? They are both LVDS over FMC but I don't see the pins lining up across the mezzanine board. If not this data capture…
Part Number: ADS4129EVM
Hi Engineer !
About the schematic(page5) of the ADS4129EVM,I have 2 questions would like to consult.
1.As shown in figure 1,what does this buffer(SN7AVC16244DGGR) do?
2.As shown in the figure 2,Wha do the components…
Joao,
This is a mistake in either the user's guide or schematic. If this termination is to be used as is, the user would set the clock output mode to LVDS, which is an option for this device.
Regards,
Jim
Part Number: ADS4129EVM Hello.
We bought ADS4129EVM board.
We supply a 12MHz sinusoidal signal for ADC board's input using an arbitrary function generator whose output impedance is 50ohm.
And we measure the signal using an oscilloscope whose high…
Part Number: ADS4129EVM Other Parts Discussed in Thread: ADS4129 , CDCE72010 1.I would like to know the relationship between the sample rate of the ADC and the input clock frequency of the ADC? For example the ADS4129,its max sample rate is 250MSPS,if…
Serkan,
We have not interfaced these two boards but with some work, I think you could if the Raspberry can receive 1.8V CMOS logic level inputs. The ADS4129EVM would require a CMOS buffer and two rpacks to be installed and two rpacks removed to setup…
Part Number: TSW1405EVM Hello
We want to control a TSW1405EVM(Data Converter EVM) with ADS4129EVM board using LabView(Ver. 2017) instead of TI's HSDC Pro software. For this, we are hoping for obtaining a LabView library which serve USB protocol for…
Thanks a lot! Eventually I've opted for the ADS4129EVM , allowing solderless access to a 12-bit, 250MSPS ADC. I'll use it with an inline CPRO33-20.000 20 MHz oscillator. It's more expensive but seemingly foolproof, which is useful given my present inexperience…
