Part Number: CDCLVC1112 Tool/software: I am designing a PPS generator and need to fanout the signal to multiple locations. Does the CLKIN signal have to be a 50% duty cycle square wave or can this be used in a situation where you have a 10 uS or so pulse…
Part Number: CDCLVC1112 Hi team, I received the following question, could you please take a look at it?
I am going to use a CDCLVC1112 unit to distribute a clock signal.
The datasheet recommends the use of a ferrite bead to decouple the power supply…
Part Number: CDCLVC1112 Hello,
we would like to implement following circuit:
The input clock of R divider is 0v to 2.5V.
Because of start up problem mentioned in your note "How to Apply 1.8-V Signals to 3.3-V CDCLVC11xx Fanout Clock Buffer" figure…
Part Number: CDCLVC1112 Hi, I want to use 3x CDCLVC1112 ,which is 1:12 fanout clock buffer, to fan-out 30x clocks. However I am not sure if I should use them as cascade or cascode. Can I clock input directly to 3 cascode of CDCLVC1112 or shall I use 1…
Part Number: CDCLVC1112 Other Parts Discussed in Thread: LMK00101 Hello,
I just wanted to make sure, when that LVCMOS Clock buffer is not enabled (EN='0'), the output clock is in "High-Z" (open collector) or it gets a defined value of '0' (low) ?…
Other Parts Discussed in Thread: CDCLVC1112 Hello,
My customer has a question about CDCLVC1112.
[Q]
Please tell me the typical value of part-to-part skew for CDCLVC1112.
Do you have any data ?
Best Regards,
Hiroshi Katsunaga
Hi Clemens ladisch, Thanks for the reply.
In our case we have a 3.3V CMOS 1PPS signal. Can we use CDCLVC1112, clock buffer which can provide 12 outputs.
Reason behind asking this query is for CDCLVC1112 it is an LVCMOS buffer. If not please suggest…
Part Number: LMK1D1208I Other Parts Discussed in Thread: CDCLVC1112 , CDCLVC1310 , LMK1C1104 Hi Team,
We suggest this solution to customer. and they have few question as below: -- If our clock requirement is 25 MHz, should we change the local oscillator…
After some additional measurements, we think that the spur at 10MHz depends strongly on correct LMK04832 LVCMOS output termination and also on disturbances via power lines from other 10MHz LVCMOS buffers (the 3.3V of PLL are filtered in the same way as…
