Part Number: CDCE913 Other Parts Discussed in Thread: TDC1000 , TDC7200 , CC2538 , BQ25570 , Hello,
I am designing a board using these components from Texas Instruments,
TDC1000
TDC7200
CC2538
BQ25570
CDCE913
I will use BQ25570 to supply 3V to rest of the…
Part Number: CDCE913 Hello Team,
I have a very technical query relayed from my customer about how increasing and decreasing output frequency is done on this device. Please see the full description of customer's case below:
I have a certain video scaler…
Part Number: CDCE913 Hi,
I have problem at reading out registers of CDCE913 via I2C interface. I have checked the I2C signals in Oscilloscope and it looks correctly to me, however I received a NotAcknowledge at the end of read operation. Could you please…
Part Number: CDCE913 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 for properly achieve reset?
( for example…
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 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!
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 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-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)