Part Number: LMK01010 Tool/software: Hi,
I'll be driving LMK01010 directly with my XO with limited current capability and it'll also have to drive another load (~400 ohm) in parallel, so I cannot spare much current to drive the LMK01010.
There…
Part Number: LMK01010 Hi
Good Evening
I am facing a strange problem with this LVDS buffer. In my design , I have used 2 such buffer. The design includes 40 MHz generation from quad channel DDS . 2 channels at 40 MHz us fed to two separate LMK buffers…
Part Number: LMK01010 Other Parts Discussed in Thread: LMK61E2 , LMK01000 , LMK02000 Good Morning / Afternoon,
thanks for your time and support until now.
I have some problem with the datasheet of LMK01010.
From the datasheet is difficult to clearly understand…
Part Number: LMK01010 Dear TI support,
we're currently using the LMK01010 in one of our audio products to drive audio codec clocks (due to its very good jitter performance).
We've however experienced a very strange issue when cooling the chip down…
Part Number: LMK01010 Hello, I'm sorry to disturb you.
I have a question about LMK01010 device,that is ,can I use LVDS signal to drive to LMK01010's (CLKin0,CLKin0*).
The datasheet is not clear. From the datasheet just know when the input sine…
Part Number: LMK01010 Other Parts Discussed in Thread: DS90LV019 , Hi Sirs,
Sorry to bother you.
We are survey LVDS divider.
Divider needs to be used with LVDS DS90LV019, only for CLK frequency division, could you help check LMK01010 is a suitable solution…
Part Number: LMK01010 Other Parts Discussed in Thread: LMK01000 Hello
What is the minimum delay (ClockIn to ClockOut) and temperature cofficient of delay?
Best Regards,
Jouni
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…
Part Number: LMK01010 Other Parts Discussed in Thread: LMK03000 , LMK01000 Can both CLKin0 and CLKin1 be driven by 700 MHz single-ended sine wave? What is the recommended termination scheme?
Thank you.