Hi Dong, I don't see anything wrong with your schematic. You follow all recommendations from what I see the only difference being the power supply decoupling network values. Can you double check and ensure good electrical contact and check the solder…
Part Number: LMK1D1208 Tool/software: Hello team,
Thermal information is missing in LMK1D1208 datasheet. Do you have the thermal information?
Best regards,
Part Number: LMK1D1208 Tool/software: Hello,
Just wanted to ask if there is a value for Bit Resolution or if a Bit Resolution applies to part number: LMK1D1208RHDR ?
www.ti.com/.../lmk1d1208.pdf
if it is, can you help us determine value of Bit Resolution…
Part Number: LMK1D1208 Tool/software: Hello,
In terms of the tr/tf (Rise/Fall) time for this part. There only appears to be a maximum rise/fall time but not a typ/min.
Is there was a rule of thumb or a good estimate for typ/min for these parameters?
…
Part Number: LMK1D1208 Hello,
I was hoping to receive the value for Theta J-B (C/W) Junction to Bottom, and Theta J-C (C/W) Junction to Case (top). I do not see it on the data sheet (or any thermal information for that matter)
Thanks,
Steve
Part Number: LMK1D1208 Hello expert,
My customer would like to design LMK1D1208 in their system but their received is CML topology. They would like to know if we have LMK1D1208 reference design for LVDS to CML?
I've already posted this document to customer…
Part Number: LMK1D1208 Other Parts Discussed in Thread: LMK00334 , LMX2594
Hi,
I have a multi-channel sine waveform source; each channel can be configured as differential or single end or differential with AC coupling.
With that sine source, can i feed…
Part Number: LMK1D1208 How LMK1D1208 input (pins 9 & 10) LVPECL termination should be done?
What kind of LVPECL input stage chip has?
Driver is standard 3.3V LVPECL and there is no any termination components on driver side.
Datasheet has only AC-coupled…
Part Number: LMK1D1208 hi TI,
Question 1
The datasheet of LMK1d1208 writes the input 50% duty cycle clock, and the output duty cycle is 45%-55%. If the input clock duty cycle is 2% (200kHz), what is the output duty cycle float?
Question 2
Can LMK1d1208…
Part Number: LMK1D1208 Hi,
are there any additional information about the phase noise below 1kHz? Can It be assumed, that the Phase noise transits to 1/f noise below 1kHz?
Thank you.
