Part Number: CDCVF25081 We need a zero delay buffer in the clock path normally. However the zero delay buffers have a min frequency requirement that doesn’t work out for JTAG testing.
I noticed that this part when the S2 pin is a 1 and the S1 pin is…
Part Number: CDCVF25081 Hi guys.
I'm looking for a high multiplication solution for PLL.
Would the CDCVF25081 be a good choice for a ~800,000X frequency multiplier PLL @ output ~50MHz ?
The output Freq. is in the range i'm looking for, and i'm wondering…
Other Parts Discussed in Thread: CDCVF25081 , CDCVF2509 Hi,
My cutomer is planntin to use IDT2309.
So I would like to propose CDCVF25081 to the customer against IDT2309.
Because CDCVF25081 seems to be "pin-compatible" with IDT2309 without "pin16…
Other Parts Discussed in Thread: CDCVF25081 Hi,
I would like to ask you 2 questions about CDCVF25081 16pin connection.
Q1) Must 16pin be connected one of 8 outputs (1Y0 - 1Y3, 2Y0 - 2Y3)?
If yes, for example, 1Y3(15pin) is very useful to connect…
Hi,
I would like to ask you a question about the specification of "Cycle-To-cycle jitter vs Frequency"?
There describes the specification on datasheet page8, fig 6.
Is this spec applied to only "PLL mode" or both "PLL mode" and "Non PLL mode"? …
Other Parts Discussed in Thread: CDCVF25081 Please let me know about the operation on the output side when CLKIN of CDCVF25081 disconnect suddenly.
Example
・After it is behind for a while (A few ms), turn off.
⇒After CLKIN turns off, how many "continueous…
Hithesh,
In the IBIS file of this model the CDCVF25081_OUT is modeled. This output buffer is captured under the [Model Selector] section at the beginning of the file on line 88. In this statement, the buffer behavior of CDCVF25081_OUT is split into…
Other Parts Discussed in Thread: CDCVF25081 , CDCVF855 , CDCE62002 Hello Team,
Our customer is looking for a zero delay clock multiplier which could be used with 2.5V. Is there a 2.5V version device of CDCVF25081 ?
I could find some zero delay clock…
Other Parts Discussed in Thread: CDCVF2505 , CDCVF25081 , CDCV304 Dear,
can you tell me advantage of Ti clock driver Vs. ICS as below form?
thanks much!
Type
ICS's P/N
TI 's P/N
Clock Phase Lock…
Hi Jim,
This app note for the CDCVF2310 and CDCVF25081 is to show that these two clocking devices can meet the 40ps pk-pk jitter requirement for the TLK1501 reference clock input. The RX_CLK output from the TLK1501 device is recovered from the data…
