Part Number: LMK00301 Hi Team,
Could you please help to double review the schematic design of LMK00301? Especially for the output pin 9 and 10, it is HCSL to LVDS and input clkin0 pins. Thank you.
Part Number: LMK00301 Hi team,
Customer is evaluating LMK00301 device, could you please help to check the simplified block diagram as below? Thanks a lot! In addition, LVCMOS input has several options, which one has minimum jitter? Finally, please help…
Part Number: LMK00301 Hi team，
I notice the LMK00301 only can support the duty cycle from 40% to 60%.
My customer want to know if the LMK00301 can buffer the digital data which has the random number of 1 or 0 data.
So the duty cycle is not fix.…
Part Number: LMK00301 Hi team,
My customer use the LMK00301 as below:
because of the damage of magnetic bead in VCC, the system don't supply the VCC_3V3 to the device.
But the find there still have the clock output in the output pin as below:…
Part Number: LMK00301 Hi Team,
If LMK00301 can support input/output LVPECL signal frequency below 0.75Ghz ?
What's the meaning of the Fclkout_fs and Fas below? why the min output freq is 1Ghz? But the test data show the output freq at 100Mhz?
Part Number: LMK00301 Hi team,
My customer use LMK00301 device with LVPECL output type and AC coupling. They want to know whether larger RT resistance value (like 250Ohm) could be used if they could guarantee the output amplitude. Could you please help…
Part Number: LMK00301 Other Parts Discussed in Thread: CDCLVP1204 , LMK00334 Hi
Can recommend a 156.25M clock ultra-low additional jitter buffer chip,
a little less than the lmk00301 channels, smaller size, the jitter is preferably as small as 50fs…
Part Number: LMK00301 Hi team，
For the unused pin, we recommend to left floating.
Customer want to know the risk for the pin to become a antenna then to couple with other outputs.
In their application, the input and output are all 245.76M, they…
