Part Number: CDCM61001 Other Parts Discussed in Thread: CDCE913 Hello,
Can you please help me to find alternate part for FS6131-01 ?
According to my exploration CDCM61001 will satisfy the need.
I am new to clock generators please guide me with this…
Part Number: CDCM61001 Hello,
We want to try ADCM61001 in our project. We are going to to use a 24 MHz LVCMOS input.
is it possible to obtain exact 100 MHz LVDS output, if it is possible how should we program Prescaler Divider, Feedback Divider and…
Part Number: CDCM61002 Hi sir,
In CDCM61002 if one clock output is not used can i leave the corresponding two pins open? Will that affect the IC functionality?
If it is not to be left open how to engage the two pins(pulled high/pulled low)?
Regards…
Part Number: CDCM61001 Good day,
I am using a CDCM61001 to generate the 200MHz clock on a board. The reference i am using is a ABM3B-25.000MHZ-10-1-U-T. Attached you will find a schematic of the clock generation section.
The output clock I am measuring…
Part Number: CDCM61001 Hi Team
My customer check differential clock of waveform ,he think amplitude is too big,
he would like to know ,is this output result is normal?
Can you provide some suggestions? thx.
Part Number: CDCM61001 Hi
I would like to know following specs for LVDS Output Characteristics. These specs are not described on the datasheet.
1. RMS phase jitter (10 kHz to 20 MHz) typical value. (Only max value is described on the datasheet) 2…
Part Number: CDCM61001 Hi all Would you mind if wr ask CDCM61001's input frequency range in case of LVCMOS input? Just in case, we would like to confirm CDCM61001's input frequency range. Is it 21.875 MHz to 28.47 MHz? Kind regards, Hirotaka Matsumot…
Part Number: CDCM61001 Please let me know about two points below for CDCM61001;
①If in the use case of Oscillator input (to XIN pin), Is there required or recommended jitter spec?
②When need to shift output frequency after startup and PLL locked,…
Hello Arvind Sridhar!
Thanks for your fast response.
For clarification:
This means, we can use the internal pullups on each control pin for logic '1' and can switch (DIP-Switch) an control-pin directly to GND if we need logic '0' on this input…