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
Part Number: LMK6H Hi
I need select the exact ordering part number for LMK6H and below are the specification , kindly help me to get the right part number
Frequency : 100MHZ
output type : HCSL
Sub family options : E-PIN 1 and F- PIN 2
PKG : small re…
Part Number: LMK6H Greetings,
Can TI confirm (ordering) part number for this oscillator. Section 5 of the data sheet specifies 6 digits, (gives example for 50MHz as "050000") but the web page ordering information lists parts with 5 digits.
…
Hi Connor,
Could you please help to walk me through the procedure how to generate such jitter result? I have downloaded the tool, it looks like I have to input some kind of file? and when you mentioned filtering, did you mean by "integration bandwidth…
Part Number: CDCE421A Other Parts Discussed in Thread: LMK6H , LMK6P , LMK6D , LMK3H0102 , I want to generate 48MHz differential clock. Kindly let me know how to do programming and what value need to set during programming through SDATA.
What is the meaning…
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…
Hi Gowthamman,
We have some PSRR specs in the LMK6H datasheet, are you looking for a spec that isn't mentioned there? I believe the voltage ripple LMK6H can tolerate mainly depends on the specific phase noise requirements for your system.
I can also…
Hi Nandhini, CDCE6214 is our PCIe Gen 1-6 hero part clock generator if you require multiple clks or need to generate 100MHz and 125 simultaneously.
If you require one ref clk only, LMK6H will meet your needs. LMK6H is a 100 MHz BAW oscillator with superior…
Hi Gowthamman,
Just to follow up on this, did you decide to proceed with the LMK6H for this design and were the lead time issues resolved?
Regards,
Connor
Hi Izzy,
The LMK6H will most likely be the best solution for this application. It's available in either a DLE(3.2 mm x 2.5 mm) or DLF (2.5 mm x 2.0 mm) package and can meet +- 25 ppm frequency stability. The only other standalone oscillator we currently…
