Part Number: SN65LVDS116 Other Parts Discussed in Thread: DS90LV031A , SN65LVDS31 Hi team,
Could you help to check if there are any other alternative chips with better characteristics (compared with SN65LVDS105PWR) of rising and falling time on this LVDS…
Part Number: SN65LVDS116 Other Parts Discussed in Thread: SN65LVDS105 , I have a design where I plan on generating a reference clock using a 64MHz CMOS oscillator, which I then bring to a SN65LVDS105 (CMOS to 4x LVDS). Three of the SN65LVDS105's outputs…
Part Number: SN65LVDS116 I am using SN65LVDS116 repeater to receive LVDS signal and sending to another SN65LVDS116.In this way 1 signal is distributed to 90 signals.Final signal is taken to another module placed 1.5 m away by twisted PTFE wires.Please…
Part Number: SN65LVDS116 Hi
Please let me know the thermal details of above component
Maximum junction temperature (Tjmax)
Case to junction thermal resistance (Rjc)
Board to junction thermal resistance (Rjb)
Part Number: SN65LVDS116 Hello,
May I have the reliability report for SN65LVDS116DGG?
I need to know the MTBF for this part and for similar parts (clock buffers) from TI.
The measured temperature on the case is about 70C.
Thanks,
Mircea
Another option:
Serializer: DS92LV16. You could use 2 of these serialize 32 bits
Repeater: SN65LVDS116. This is a 16 channel repeater (data rates up to 400 Mbps) so you would just need one
Deserializer: DS92LV16. 2 of these on each panel for 32 bits
Regards…
Other Parts Discussed in Thread: SN74LVCH16T245 , SN65LVDS116 , SN65LVDT386 Hello,
I would like to find out if this deign would work. I have a 90MHz LVDS signal that I would like to fanout and drive 50 ohm lines at ~ 5V CMOS level. My proposed solution is…
James
I would look at the DS92CK16 which is a 'BLVDS' clock buffer. BLVDS is a technology developed by National Semiconductor before the MLVDS standard was released, which is quite similar (B is for Bus, M is for Multipoint).
The DS92CK16 is a…
