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Part Number: DS91M040 Hi,
One of our customer is using MLVDS buffer DS91M040 for backplane clock applications (ATCA compatible). Now when line card having DS91 is not powered then will there be any issue even if backplane clock is coming to this IC while…
Part Number: SN65MLVD040 Other Parts Discussed in Thread: DS91M040 , Hello team,
I'm trying to understand the differences between the SN65MLVD040 and the DS91M040. Could you please help me out to clarify any difference?
I see they have the same pricing…
Part Number: DS91M040
Hi everybody!
About TI's DS91M040 125 MHz Quad M-LVDS Transceiver
I 'd like to request for more described information.
Applicable IC data sheet: SNLS 283 M,
[DC Electrical Characteristics / SUPPLY CURRENT]
Driver Supply…
Part Number: DS91M040 For part number DS91M040TSQ/NOPB:
1) What is the Tin thickness in Microns?
2) What is the material directly beneath the Tin?
3) What is the material in this device that controls the CTE? Options are: Ceramic, Low Expansion alloy,…
Part Number: DS91M040 Hello,
We have a customer who needs the following info:
1) What is the Tin thickness in Microns? 2) What is the material directly beneath the Tin? 3) What is the material in this device that controls the CTE? Options are: Ceramic,…
Part Number: DS91M040 Hello,
My customer is using DS91M040. However, they just want use two channels. For the rest two, how should customer handle it for best performance? Floating or grounded? Thanks!
Part Number: DS91M040 Other Parts Discussed in Thread: DS90C032 Hi,
Is it possible to communicate between M-LVDS Transceiver and LVDS Transceiver?
Transmitter ：DS91M040(M-LVDS) → Receiver : DS90C32TM(LVDS)
Best regards, Seishin
Part Number: DS91M040 I noticed a number of vendors are lacking supply for the DS91M040. I'm working on a new design and wondering if I'm going to run into sourcing issues in the next 1-3 years. Is there any plans for this part to go end of life soon…
Part Number: DS91M040 Dear all,
my AA has done a signal integrity analysis and in a worst case the input signal to the DS91M040 (type 1 case) after the transition from low to high can go down to 10mV due to a reflection. It is jsut a spike and then it…
Part Number: DS91M040 Other Parts Discussed in Thread: SN65MLVD040 Hi,
There is no description of the jitter value in the DS91M040 data sheet.
What is the jitter value of the DS91M040?
There is a description of jitter in the data sheet of SN65MLVD040…
