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 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…
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…
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…
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 1:6…
