The product operates down to 10MHz square wave. Preferrably witith a 100ps rise, fall time.  In this case 5MHz should be present on the output.  If you are using a sine wave, the minimum input frequency the device works with is 200 MHz.  

For 10 MHz inputs…

Hello Chris,

thank you very much for the plot of the LTC6955.

I can't precisely specify phase noise requirements because of proprietary stuff but we can communicate it through email if you want.

Do you have a phase noise specification of used Pascal…

That is correct the internal input capacitors will cause an initial CM ramp if you go from a DC signal to a AC signal.  Some of the LTC6954/55/57 buffers do not have this input cap, but the common modes do not necessarily line up with LVDS.  So maybe you…

Hello Gerrit,

You may want to look in our clock generation devices link.

https://www.analog.com/en/products/clock-and-timing/clock-generation-distribution/clock-generation-devices.html

In here I would look at some of the devices with lower frequency …

Hi Guy, 

Thanks for this. I just copy paste the info here below to close this thread. 

Hi Gil,

The /3 of the HMC794 does produce a 50% output.    However, it looks like your 25M-100M input frequency is below the HMC794's min input frequency

R Counter outputs are typically not 50%. 

You can also look at the LTC6954.  This device has a /3…

I think to answer this question fully I will need to understand your reference frequency, how many clocks and SYSREFs you need, and your clock frequencies.  From your description, I'm not exactly sure what you is being asked.

 Usually you want a ultra…

Application Note 165 is a good starting place.  

The big question is are you generating and distributing the 500MHz  clock on one board and then distributing that to your other cards.  Or are you sending a reference frequency from one board to your other…