Part Number: CDCM61001 Tool/software: Hello,
the below screenshot picture from the spec of CDCM61001.
My question is that the one terminal of crystal can be connected to GND? is it true?
thanks!
Part Number: CDCM61001 Tool/software: Hello,
Could you help confirm the COD(country of diffusion, or wafer fab) location for CDCM61001RHBT, DC23+, thanks.
Part Number: CDCM61001 I am using the CDCM61001 IC and generate the LVDS differential ouput signal and give to Microprocessor.
Opearting voltage of (Driver)CDCM61001 is 3.3V and Used (Receiver)microprocessor's VDD=0.9V and VDDQ=1.5V
As mentioned in…
Part Number: CDCM61001 Other Parts Discussed in Thread: CDCM9102 1. What is the IO voltage levels for all Pins especially OD, OS, PR pins
2. In datasheet, only XIN pin is mentioned. Please let me know which is XOUT pin to connect the crystal
3. What…
Part Number: CDCM61001 Dear Sir/Madam,
We would like to use Clock Multiplier Part # CDCM61001 in our USB4 IP Core Development Board.
Project Name : USB4 IP Core Development
Application : High Speed Data Transfer
We would like to have below information…
Part Number: CDCM61001 Hi TI team,
Recently i have came across one article by Altium. Link is here . As per link one of very experienced person says that they don't use ferrite beads in their design and still achieve good noise and EMI performance by…
Part Number: CDCM61001 Other Parts Discussed in Thread: CDCM61002 Hi sir / madam,
I have used CDCM61002 in my project, which is having 2 clock output, but now we need only 1 clock output. So i am planning to replace with CDCM61001. I am using CDCM61002…
Part Number: CDCM61001 According to document of datasheet, I can use Fin = Fout * (OUTPUT DIV / FEEDBACK DIV),
Assume: Fout = 192MHz,
if I set OUTPUT DIV = 2, FEEDBACK DIV = 15; so, Fin = 192 * 2 / 15 = 25.6MHz
the other paramers, I can not deal…
Part Number: CDCM61001 Other Parts Discussed in Thread: CDCM6208 , LMK03318 , , LMK5B12204 For my application for which the end device requires 125MHz LVCMOS clock, the end device specifies wideband peak to peak jitter (10Hz to 20MHz) of 50ps max. Also…
