Part Number: CDC3S04 Dears:
Our customer is using CDC3S04YFFR in project, and the project is in MP stage.
However, they find the CDC3S04YFFR will be empty solder or short circuit after a few month.
And they have solder their boards with best welding manufacturers…
Part Number: CDC3S04 Dears:
Our customer is using CDC3S04YFFR in project, and the project is in MP stage.
However, they find the CDC3S04YFFR will be empty solder or short circuit after a few month.
And they have solder their boards with best welding manufacturers…
Hi, Team
In datasheet FIG 5/6/7, there are output CLKx in different test.
Fig 5/6, the CLKx output voltage are lower than 0V.
Fig 7. the CLKx output voltage are higher than 0V.
Can you please let me know why the Fig 5/6 is below 0V?
What's the test circuit…
Other Parts Discussed in Thread: CDC3S04 Hi,
I am using the CDC3S04YFFR quad clock fanout buffer and I am wondering if it is an ok plan to power the digital and analog supply pins by the internal LDO.
It seems like the internal LDO is controlled by logic…
Other Parts Discussed in Thread: CDC3S04 , LMK03000 , LMK00105 , LMK00304 , CDCLVC1104 , SN65LVDS105 , LMH7220 Hi,
I am using a CDC3S04 to distribute a 26MHz TCXO clipped sinewave clock to multiple devices, including the LMK03000. What is the best way for the…
LMK1C1104 produces a LVCMOS square wave output, not a sine wave. Square wave signals mainly consist of odd harmonics; even harmonics in a square wave indicate the duty cycle distortion. What you are seeing appears to be the mixing of these signals.
For…
Hi Lalit,
For a sine wave buffer, consider CDC3S04, CDC3RL02, or LMK00301.
It is possible that CDCLVP1204 can support sine wave input. Let me investigate and get back to you next week.
Kind regards, Lane
Hi,
How about this device: CDC3S04 : www.ti.com/.../cdc3s04.pdf May not be as good as your source but the additive jitter appears to be better than CDC3RL02
Regards
Arvind Sridhar
