Part Number: LMKDB1108 Tool/software: I would like to use the LMKDB1108 as a clock buffer in a non-PCIe application due to its very low power. I have couple questions: 1) Can the LMKDB1108 be driven single-ended from a LVCMOS 3.3V source with a resistive…
Part Number: LMKDB1108 Tool/software: Hi team,
I would like to ask about the lmkdb1108 clock buffer. When used in PCIe 5.0 scenarios, the datasheet states that the jitter typical value is <5fs.
I would like to ask about the jitter value. Does the…
Part Number: LMKDB1108 Other Parts Discussed in Thread: LMKDB1102 , CDCE6214-Q1 , , LMK3H0102 Hi Sirs
I am finding a clock generator which's behavior like LMK1102 for PCIE application。
Our processor have one pair differential clock output, and plan to…
Part Number: LMKDB1108 Hello team,
On the datasheet, the input clock slew rate is minimum 0.6V/ns when differential clock. Would it be same for single ended clock, if the amplitude is 300mVpp?
Best Regards, Kei Kuwahara
Part Number: LMKDB1102 Other Parts Discussed in Thread: LMKDB1202 , LMKDB1204 , LMKDB1104 , LMKDB1108 , LMKDB1120 Tool/software: Hello!
I am looking at the LMKDB12xx and LMKDB11xx family (they share a datasheet), and I am confused about the default behavior…
Part Number: LMK6H Other Parts Discussed in Thread: LMKDB1108 Tool/software: Hello,
For an HCSL output, what differential output impedance should I set my traces to, 85 ohms or 100 ohms?
Best regards,
Zach Kimble
Lik,
The LMKDB family of buffers is our latest and recommended solution for PCIe applications. The LMKDB1108 (8-output) and LMKDB1104 (4-output) are available for sampling now and meet all of your requirements. If your "clock generator" is only generating…
