Part Number: LMK00301 I need to simulate the part LMK00301 using PSPICE for TI. Customer wants to prove design by analysis that output rise/fall times are less than 350 psec.
Is there a device model I can use to simulate?
Part Number: LMK00301 Hi Team,
For differential CLK input slew rate measurement, customer wants to know how to measure the slew rate? Are the two measurement points are 20% and 80%?
Best,
Stanley
Part Number: LMK00301
Since the time jitter performance of the LMK00301 depends on the slew rate of the CLKin signal, I would like to confirm that we are computing the input slew rate correctly.
The differential CLKin signal is the voltage difference…
Part Number: LMK00301 Hello team,
We are using LMK00301 and in some projects we don't use certain outputs. For example, in project A, we won't use Bank_A's output. In this case, we want to don't connect power supply to VccoA. In project B, we won't use…
Part Number: LMK00301 Hi team,
My customer is using the LMK00301 now. Clkin0 input is 156.25M(positive clock), Bank A output is the same as clkin0 with no phase shift. But Bank B output is 30ppm negative phase shift. Whether it's normal? Thanks.
Part Number: LMK00301 Hello,
I have a design w/ this buffer and I'm looking to have control over the output clock banks in order to reduce power consumption when necessary.
From the datasheet, it would seem that this could be achieved by disabling…
Part Number: LMK00301 Other Parts Discussed in Thread: LMK00306 , Hi expert,
Customer has a differential clock input 156.25Mhz on LMK00301 or LMK00306. Below is their measured waveform. Could you please help us understanding what does the datasheet VIHD…
Part Number: LMK00301 HI team,
My customer is using the LMK00301 now. When they did the test with LMK00301 and competitor device. The same layout and the same board. But our QA4 and NQA4 jitter is 2.5PS, but other buffer QA4 and NQA4 clock jitter is only 876fs…
