Part Number: LMKDB1102 The Data Sheet for the LMKDB11xx, there is an option to enable internal 50Ohm internal termination for differential clock input. For the LMKDB1102, there is "No" Control Pin to select Internal termination, so should I conclude that…
Part Number: LMKDB1102 Other Parts Discussed in Thread: CDCDB2000 Tool/software: Dear SIR:
May I have some question regarding TI some document mention LMKDB1102 and datasheet?
RC19XXX, 9QXL2001X vs. LMKDB1XXX, CDCDB2000 Drop-In Replacement Guide PAGE…
Part Number: LMKDB1102 Tool/software: Dear sir:
May I have question regarding LMKDB1102 external curcuit.
Would you have recommend Series resistance range for LMKDB1102 clock one input and two clock output.
Would you have the layout recommend and…
Part Number: LMKDB1102 Other Parts Discussed in Thread: CDCE6214 Tool/software: I'm looking for a crystal based frequency translator to replace an old Vectron FX-500. It had a 32MHz oscillator that was able to lock onto an 8MHz input clock. It ran on…
Part Number: LMKDB1102 Other Parts Discussed in Thread: CDCDB2000 Tool/software: Dear SIR:
May I have some question regarding TI some document mention LMKDB1102?
RC19XXX, 9QXL2001X vs. LMKDB1XXX, CDCDB2000 Drop-In Replacement Guide PAGE 25~26
https…
Part Number: LMKDB1102 Tool/software:
Dear TI Team,
I have added a clock buffer IC (P/N : LMKDB1102) in our design and i attached a schematic image for your review.
Kindly verify the circuit connections, if you find any mistakes or areas of improvement…
Part Number: LMKDB1102
Tool/software:
Hello team,
My customer would like to input AC-coupled single-end clock to LMKDB1102.
Question1
Is it okay to input AC-coupled single-end clock to this device?
If so, what would be the input interface…
Part Number: LMKDB1102 Tool/software: Hello team,
I have 2 questions for this device.
Question 1
The VOH and VOL is stated with absolute number (Not Vpp).
Does it mean they would look like the figure below?
Question 2
Would Vcross be …
Part Number: LMKDB1102 Tool/software: Hello team,
The abs max rating of VDD is 3.63V and recommended rating is 3.6V. There are only 0.03V margin between abs max and recommended rating. Is the margin really this small?
Best Regards, Kei Kuwahara