Part Number: CDCE913-Q1 Hello Team,
I got a question from my customer which is about rise/fall time.
The customer can't meet rise/fall time limitation of CLK_IN as below requirement.
However, the time was 5.2ns at worst case from customer.
The customer…
Part Number: CDCE913 Other Parts Discussed in Thread: TEST Hi team,
I would like to cycle VDD/VDDout pin when they drops below recommended range to reset internal registers.
1. Could you advise the minimum recommended turn off time and minimum voltage…
Part Number: CDCE913 Hello Team,
I got a question from my customer.
The customer tried to load setup file.
However, Clock Pro generated error massage.
The customer operated as below sequence.
1, run Clock pro and set up frequency (fin: 18.432MHz, fout…
Part Number: CDCE913 Other Parts Discussed in Thread: CLOCKPRO
Hello
Would you please let me know about M value in ClockPro?
Q1
If I set fin = 24MHz , and if I choose fout= 24* 1000/1001 =23.97602397MHz,
I can calculate from ClockPro as fout = 24 *…
Part Number: CDCE913 Other Parts Discussed in Thread: CLOCKPRO
Hello
Would you please let me know the way how to change the fout on the fly without lost of fout / or unexpected frequency of fout?
Q1
How can I change fout(MHz) on the fly by changing N…
Part Number: CDCE913-Q1 Other Parts Discussed in Thread: CDCEL9XXPROGEVM Hi TI-team
I use CDCEL9XXPROGEVM.
But The PC( windows 10) does not recognize EVM.
https://e2e.ti.com/support/clock-and-timing/f/48/p/960089/3549356?tisearch=e2e-sitesearch&keymatch…
Part Number: CDCE913-Q1 Hello Team,
I got some questions from customer about the CDCE913-Q1.
Q. How much propagation delay from VDD(1.8V) ramp up to start output clock?
Q. How much propagation delay from VDD(1.8V) ramp down to stop output clock?
[Condition…
Part Number: CDCE913-Q1 Please check on correctness of below datasheet statements at page 23:
0≤R≤511 instead of 0≤R≤51 & unit µs seem to be wrong
P=4-int(log2 (N/M)) instead of P = 4-int(log2 N/M)
Part Number: CDCE913 Hi,
My customer would like to expect a data retention period themselves.
How much is the activation energy?
Which is the nearest from the followings?
(a) X < 0.6eV
(b) 0.6eV < X < 1eV
(c) 1eV < X
Best Regards,
Kuramoch…
Part Number: CDCE913 Hi Ti team,
How does the I2C bus write "A1 A0" and hang multiple devices? Whether have documentation or a reference program is available? thanks!
