We have been using an ADN4694 half-duplex, M-LVDS transceiver in a design. It's worked fine until recently.
When the receiver is enabled by asserting #RE, a positive glitch (a solid output high voltage approximately 50-200ns) appears on the receiver…
Hi Ricky,
Can you please specify the jitter measurement that you are looking for the ADN4661 ?
For example, the ADN4694E data sheet page 5 has some driver jitter measurements;
Period Jitter, rms (One Standard Deviation)
Peak-to-Peak Jitter
Best Regards…
Q: Are simulation models available for M-LVDS transceivers?
A: Yes, IBIS models are available through the products pages, the topic page or the direct link provided below:
Download ADN469xE IBIS Models:
Q: Do you have an M-LVDS evaluation board?
A:
There are two high performance evaluation boards available, the only ones available on the market. Competitor boards are not optimized for high speed measurements.
MLVDS Half Duplex High Speed Evaluation…
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LTM2894
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| LTM2895 |
| LTM9100 |
| LTM2885 |
| LTM2881 |
| LTM2882 |
| LTM2883 |
| LTM2884 |
| LTM2893 |
| LTM2886 |
| LTM2887 |
| LTM2889 |
| LTM2892 |
| LTC1694-1 |
| LTC4300 |
| LTC4310 |
| LTC4302 |
| LTC4305 |
| LTC4304 |
| LTC4303 |
| LTC4306 |
| LTC4307 |
| LTC4307-1 |
| LTC430… |
