Part Number: LMK00334-Q1 Hello team,
My customer is considering LMK00334-Q1.
the customer wants to use only bank A output not using Bank B.
Could you please tell me VCCOB is not needed to connect to power line at customer use case?
and also , the customer…
Part Number: LMK00334-Q1 Say I'm only looking to use the CLKoutAn outputs, is it safe to tie VCCOB and VCCOC to ground? It appears that is the intent of splitting the VCCOs, but I can't find such a statement in the datasheet.
Part Number: LMK00334-Q1 Hi,
Per datasheet & functional block diagram the output clock buffer is capable of accepting xtal input. Assuming if I need to drive single ended clock output Bank A, can I leave CLKoutA0*& CLKoutA1* unconnected?
Do advise…
Part Number: LMK00334-Q1 Hi,
Do you have figures for additive RMS phase jitter for the LMK00334-Q1 with the PCIe Gen 2 high band (1.5MHz - Nyquist) and low band (10kHz-1.5MHz) filters applied?
Thanks,
Jack
Part Number: LMK00334-Q1 Hi team,
I have a question about the Long-term stability of this chip.
Let's assume the Power Dissipation is 0.5W. There is a heat sink on the case of Chip. The ambient/ board temperature is 110 deg and the junction temperature…
Part Number: LMK00334-Q1 Other Parts Discussed in Thread: LMK00334 Dear Experts,
We have a design with LMK00334 to distribute PCI Express clock for the PCI Express devices. We can measure the 100MHz differential at one of its input. But there is no clock…
Part Number: LMK00334-Q1 I plan to use the LMK00334RTVRQ1 as a clock buffer for PCIe 2.0.
The datasheet and this forum lists the method of RMS jitter calculation, but it does not list the method of peak-to-peak jitter caluculation.
Please teach me how…
Part Number: LMK00334-Q1 we’d like to find this part with wettable flank package. Could you please help to check it? If not, please help to suggest alternative solution for us. Thanks
Update one thing the package with lead pins is also acceptable…
Part Number: LMK00334-Q1 Other Parts Discussed in Thread: LMK00334 I plan to use LMK00334RTVTQ1 for as clock buffer for PCIe2.0. The datasheet teach me that I shold place 1-uF to 10-uF decoupling capacitors for each supply pin. However, my production boards…
Part Number: LMK00334-Q1 I plan to use the LMK00334RTVRQ1 as a clock buffer for PCIe 2.0.
The datasheet lists the Output rise time 20% to 80% when using 250MHz input .(typ.225ps, Max.400ps)
Please teach me that the Output rise time 20% to 80% when using…