Part Number: AFE7950 Tool/software: Hello TI Team,
For our weight balancing on PCB, we would request you to share the precise mass for the parts below.
AFE7950.
Thanks, in advance!
Regards,
Garima R.
Part Number: AFE7950-SP Other Parts Discussed in Thread: AFE7950 Tool/software: Hi TI team,
We followed the description in SEU Monitoring Firmware for AFE7950.docx, and we have some remarks;
When configured via Latte, the alarm pins work as expected…
Part Number: AFE7950 Tool/software: What does Table 8-5. RX Decimation Rates in the AFE7950 datasheet indicate?
Does this mean that only the sample rate listed in ADC SAMPLE LATE (MSPS) can be used?
Also, does this mean that only the decimation listed…
Part Number: AFE7950 Tool/software: Hi TI Team，
I have already connected the JESD204B link on ZCU102 and AFE7950EVM. The script I am using is: TI_IP_10Gbps_8Lane_ConfigLmk.py .
The DAC sampling rate of this script is 491.52MSPS. This does not meet…
Part Number: AFE7950
Tool/software:
Hi,
We are having considerable difficulty getting the lanes to link properly with the AFE7950 in a custom design. We are clocking the AFE7950 with LMK04828B. Our JESD lanes go to a Zynq SoC.
From the CAFE…
Part Number: AFE7950 Tool/software: I am trying to calibrate transmission and reception. Executing the following function results in a macro error. What could be causing this?
There are no transmit or receive connections on the board.
The call on…
Part Number: AFE7950 Tool/software: Regarding the full-scale power for the AFE7950's TX and RX, the datasheet shows characteristics for representative frequencies and their surrounding ranges.
Could you provide more detailed measurement data?
For…
Part Number: AFE7950 Other Parts Discussed in Thread: , AFE7900 Tool/software: Hi,
we have a evaluation study running and want to order a few samples for our first breadboard based on the AFE7950.
We have the following technical questions:
- What…
Part Number: AFE7950-SP Tool/software: Hello
The datasheet states that the absolute maximum voltage at any of the Rx inputs is 1.8V+0.3V.
The internal DC bias of the device is 1.8V.
From this I conclude that the maximum Sine wave Vpp is 0.6V.
…
