Part Number: SN65MLVD082 Tool/software: We are using this part with 50 MHz and are having EMI issue with harmononics of this device getting into our receiver. Any suggestions on reducing harmonics?
Part Number: SN65MLVD082 Hi,
Please specify the termination resistor to be used at receiver side.
We are using an FPGA to receive the signal from LVDS driver of same make and receiver also we have same make.
What is the termination resistor across…
Hello Andrew,
You can use some channels as drivers and some as receivers. Any driver that has DE is asserted (high) will be driving the LVDS output. If /RE is asserted (low), then all receivers are enabled. That doesn't affect the drivers that have…
Hi Dennis,
How do I check the margin of TYPE2 (50mV < VID < 150mV) from your attached waveform?
Your waveform shows each input(VA and VB). I can judge the margin with Vid(differential input) following figures.
” 30 Slot bp with type 2_waveforms…
Part Number: SN65MLVD082 Hello,
I would like you to confirm following connection is available when Driver is disabled(DE=Low).
* "R" pin is connected "D" pin directly. (Please see below.)
Best Regards,
Hi Hassan,
Thank you for the reply.
I looked at the page you attached and there are link for IBIS model.
But there are no files which is same as SN65MLVD082 IBIS model web page.
Could you search the SN65MLVD082 IBIS files again?
best regards…
Other Parts Discussed in Thread: SN65MLVD082 Hello,
A customer use SN65MLVD082 in the smart grid pruduct "Intelligent substation". They found communication fail in low temperature(-20℃ and -40℃), they doubt it is the difference of time delay(tf/tr)…
Hi Toshi,
Yes, it's possible to change both DE and D at the same time. However, the output will only reflect the D (input) value after tpZH or tpZL time delay. In general, the output in relation to DE and D inputs is determined by a specific truth…
Hi, Kazu,
(1) SN65MLVD080(type 1) have no internal biasing networks ,while SN65MLVD082(type 2) have.
(2) The output state state is based on specified device when leave inputs open, may be high or low.
for example SN65MLVD082(type 2) output is low…
