Part Number: LMK05318 Hi team,
Follow this doc's TICS Pro software to configure, while the resulting OUT2 and OUT4 ports have no output, and the rest of the ports are normal. Here is the schematic:
Could you please help check if it's due to configuration…
Hi Vaison,
Glad to hear that! I have forwarded this thread and your email to our team. We will notify you when the new software has this issue fixed. Have a great weekend!
-Riley
Hello Chen,
I am not understanding what your question is. The three statements you listed above are what the LMK05318B has that the LMK05318 does not. Once you have a more clear question, I'll be happy to help.
Best,
Andrea
Part Number: LMK05318 Other Parts Discussed in Thread: LMK05028 , , LMK03318 , LMK5B12204 , LMK03328 , CDCE6214 I was told that the LMK05028 require two input oscillators, that is one too many.
It also requires the second oscillator connected at the XO pin…
Part Number: LMK05318 Dear Team,
Please help to confirm:
For LMK05318,If this chip is blank, that means there is no image in this TI chip. Whether it can function normally and has clock output,
If we want to realize the function of clock synchronization…
Part Number: LMK05318
Hi :
Datasheet, power consumption example, page 75:
1) Why there is 70mA in power consumption calculation in page 75 of datasheet, for every output?
IDDO_01 = 70 + 16 + 16 = 102 mA • IDDO_23 = 70 + 14 + 14 = 98 mA • IDDO_4 =…
Part Number: LMK05318B
Hi Expert,
1) Does the I2C of the LMK05318B fully comply with all the features of the I2C specification? When we test the I2C signal waveform, when we find that that t he results are not consistent with the datasheet, is the datasheet…
Part Number: LMK05318 Hi Team,
Primary Reference Clock uses 100M active crystal oscillators, my questions are as blow:
1. Can the LMK05318 output frequencies of 148.5M, 100M, and 26M simultaneously? How to configure?
2. Can the frequency of 148.5M be dynamically…
Part Number: LMK05318 Other Parts Discussed in Thread: , LMK5B33216 , LMK5C33216 hi experts:
does the LMK05318 support IEEE 1588 V2?
if yes, how can I apply this standard?
if no, what part of IEEE 1588V2 can be satisfied?
tks for your confirmation.
Part Number: LMK05318 Hi Team,
Customer is using I2C standard mode(100kHz) in their application but tested out the I2C SDA/SCL input rise time is more than 500ns. The detailed test waveform is shown below:
But our D/S indicates the maximum of rise time…