Other Parts Discussed in Thread: LMK00334, LMX2594
Hi,
I have a multi-channel sine waveform source; each channel can be configured as differential or single end or differential with AC coupling.
With that sine source, can i feed inputs of LMK1D1208RHDT, LMK00334RTVRQ1, LMX2594RHAT to get quality square wave output clocks ?
i need to know for each of the above 3 TI product:
-which inputs i should route to (prefered for best performance, lowest jitter) ?
-should i use differential or single ended, or should i used differential with AC coupling for my sine source channel config ?
-Voltage programming (Vdiff, Vcom, etc) for sine source i should use = ? (for best performance)
-Application:
-LMK1D1208: Sine source channel1 to feed 133Mhz at inputs of the LMK1D1208; LMK1208 would output a 133Mhz differential square waveforms.
-LMK00334: Sine source channel2 to feed 100Mhz at inputs of the LMK00334; LMK00334 would output a 100Mhz CML square waveform.
-LMX2594: Sine source channel3 to feed 125Mhz at inputs of the LMX2594; LMX2594 would output a 3.2Ghz differential square waveform.
Note:
The clock sinewave source i have is multi channels,
each channels can be program at any frequency 200Mhz or less,
each channel can be programmed independently as single ended or differential or differential with AC Coupling.
Each channel Vdifferential voltage can be program up to 1 Volts peak-peak.
Each channel has Vcommon mode programmable from 0 to +3V dc
I post to E2E as requested by TI Support refers to case ID CS2025072
Thanks
Pat.