Part Number: DS90CP22 Other Parts Discussed in Thread: DS25CP102 , TMUX121 , TMUXHS4446
Tool/software:
Dear Technical Support Team,
I'm finding following crosspoint switch
・Differential signal (0.6V-1.2V, terminated at 1.2V/50Ω pull-up on the…
Part Number: DS90CP22 Hi Dear,
The customer uses the DS90CP22 chip as a 1:2 splitter, and the input and output terminals of the chip are all LVDS levels.
Do I need to terminate resistors at the input and output terminals? If necessary, how much resistance…
Part Number: DS90CP22 Hello Team,
Good day.
My customer is looking for the Thermal Information of DS90CP22MT/NOPB, it seems that this is not available in the datasheet.
Can you share this information with us?
Regards,
Renan
Part Number: DS90CP22 The datasheet for this part recommends using both external bypass caps of the RF ceramic type and the tantalum electrolytic type. It does not recommend a range of values for the tantalum electrolytic cap. Is there a guideline on…
Part Number: DS90CP22 The datasheet recommends using both a RF ceramic type bypass cap and a tantalum electrolytic bypass cap. It recommends a range of 0.01 uF to 0.1 uF for the RF ceramic, but does not make a recommendation for the tantalum electrolytic…
Hi,
Thanks for all the information. When the scope waveform of inter module communication looks bad, does the input of the DS90CP22 also look bad or does it look normal? I'm trying to back up to see which part of the datapath can we first observe the…
Part Number: AM5718 Other Parts Discussed in Thread: DS90CP22 , Hi,
Depending on the circuit to be connected, CSI2 may or may not be used. Therefore, we are thinking of using an external pull-up or pull-down without using the internal resistor while…
Hi Thomas,
The DS90CP22 will make a good upgrade to a dual DS90LV001 approach. I agree I think the DS10CP152 is likely more device than you need - either should work quite well.
I do not think 90 or 100 ohm termination will make much difference. In…
