Part Number: LMK05318 Tool/software: Hi team,
Can you help change input setting to exact 38.88MHz and keep all the other configurations? Or the value now is most close? Thanks.
05318changeconfig_0223.zip
Part Number: LMK05318B Other Parts Discussed in Thread: LMK05318 Tool/software: Hello,
I would like to ask you about differences between LMK05318B and LMK05318 from EEPROM programming point of view. We already program LMK05318 and now customer needs to…
Part Number: LMK05318 Other Parts Discussed in Thread: , LMK5B33216 Tool/software: Hi team,
do we have lower cost device like LMK05318 to support below request? The LMK05318 can fit these request well but they think the cost is a little bit high.
1.…
Hi Adrian,
For synthesizer, you know we have LMX2571 and LMX2572.
Our team does not have specific products to support FM and FSK operation, you may check with the wireless connectivity team to see if they have any suggestions.
Part Number: LMK05318 Tool/software: Hi team,
Is there any register to detect the freq of XO input?
Is there any register to detect the input power level of XO?
Is there any register to set the single end and differential mode of XO input?
B&R
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Part Number: LMK05318 Tool/software: Regards the LMK05318 output voltages in LVCMOS operation:
Are there more detailed VOH and VOL specifications available for other/lower output currents? In the datasheet the values are specified for 1mA output current…
Part Number: LMK05318 Tool/software: Hi team
This is FAE irene, my medical customer is using LMK05318 in endoscope.
Now they need do Accelerated life testing and calculate by Hallbary-peck. So they need to know LM05318's Activation energy “Ea”…
Part Number: LMK05318 Tool/software: Hi Team
My customer is using LM25318 in 16 layer PCB board(endoscope).
The power is 2.73W, and LM25318 case temp they tested on the board is 75.15ºC.
According to datasheet Rjc of 4 layer is 13.2: 2.73*13.2+75…
Part Number: LMK05318 Tool/software: The datasheet (p.8) said:
"The LVCMOS driver supports full rail-to-rail swing when VDDO_x is 1.8 V ±5%. When VDDO_x is 2.5 V or 3.3 V, the LVCMOS driver will not fully swing to the positive rail due to the dropout…
