Part Number: LMK01000 Other Parts Discussed in Thread: LMK01801 , hi dear supporting team,
is LMK01000 support lower than 100KHz input? my customer need a clock buffer with delay adjustment function , need 2 outpus, and need support input frequency lower…
Hi,
We do not have a solution that meets all your requirements. The closest thing I can recommend is the LMK01000 which can accept single ended inputs and has 3 LVDS and 5 LVPECL outputs, although at a higher jitter (LVPECL @ 200 MHz 100Hz-20MHz is 65fs…
Part Number: LMK01000 Simon, thank you very much for your help.
Well, this is just actual measurement data, and you don't have MIN and MAX spec at this time, correct ?
Part Number: LMK01000 Hi TI,
I'm sorry but my custoer still need the Tr/Tf of LVPECL output spec( or Actual data).
The frequency are 148.5MHz and 297MHz.
Part Number: LMK01000 Other Parts Discussed in Thread: LMK03000 , Team,
Can you please specify the minimum swing for differential outputs on the LVDS and LVPECL pin pairs when Vboost is set to 1. Only the nominal is specified.
Your support would be greatly…
Part Number: LMK01000 Hi,TI,
I cannot find the Tr/Tf sepc of LVPECL output.
Please let me know the Tr/Tf spec or actual result ?
A clock receiver device required TrTf ≦ 500ps(800mVpp MAX).
Other Parts Discussed in Thread: LMK01801 , LMK03318 , LMK01010 , LMK01020 , LMK01000 Hello,
We need to generate 10MHz from a 100MHz external reference. Further the 10MHz and 100MHz also need to be distributed to at least 2 more devices (and in another project…
Other Parts Discussed in Thread: LMK01000LMK01000 output skew is typically 4 ps and no more than 30 ps,For a particular chip, the channel skew is a fixed value or a random value?Skew between the channels will change after each re power up?
I'm planning…
Other Parts Discussed in Thread: LMK01020 , LMK01000 Hi,
I'm using lmk01020 for distributing 550 MHz and its div2 for using 3 samples of each frequencies. My question is about additive jitter due to using divider relative to only distribution path and of…
Other Parts Discussed in Thread: LMK04828 , LMK01000 Hi,
Comparing two clock buffer parts(using PLL section is not my plan), LMK01000 & LMK04828 is my question. The additive jitter performance of lmk01000 part is excellent in class(in 100 to 20 MHz SSB…
