Part Number: LMK00804B-Q1 Other Parts Discussed in Thread: LMK00804B Hello,
Below is the requirement for our design.
We have a 25MHz crystal oscillator (+/-2ppm) in our design which operates on 3.3V with 0.2V/ns slew rate. We need to generate two clock…
Part Number: LMK00804B Hello, What is the maximum IDDO,Cload that LMK00804B can sink/source per one output? Or what is the maximum Cload that LMK00804B can drive per one output? Best regards, K.Hirano
Part Number: LMK00804B-Q1 Hi Team,
Are the VDDO Output Supply terminals 11 and 15 tied together on the die or do they supply two separate outputs each?
Thank you
Part Number: LMK00804B Other Parts Discussed in Thread: CDCDB400 , LMK1D1204 Hi
could you help to suggest suitable products to replace SY75572
267MHz 1:2 3.3V HCSL/LVDS Fanout Buffer (microchip.com)
Hello Mark,
If a clock is fed into both the LVCMOS input and the differential clock input, the effect of crosstalk will be minimal.
When only a differential clock is fed into the CLK input pins, the output clocks phase noise will be as follows.
Only CLK…
Part Number: LMK00804B-Q1 Other Parts Discussed in Thread: LMK00804 Hi, Good day. Our customer would like to know if there's a published specification for the output (Q0 - Q3) drive current capability of this device?
It is able to drive the standard…
Part Number: LMK00804B Other Parts Discussed in Thread: SN74LVCH8T245 , LMK00804 Hello, It would be really helpful if I learn how was slew rate ( rise and fall times) of the output signal improved, in other words slew rate being increased compared to previous…
Part Number: LMK00804B-Q1 Hello Team,
What is the Absolute Maximum Rating for Continuous Output Current (Io) that is not listed on the Datasheet?
Regards,
Renan
Part Number: LMK00804B-Q1 Other Parts Discussed in Thread: LMK00804 Hello,
I need to convert a differential clock (LVDS/LVPECL) to LVCMOS (with minimum degradation of the Jitter).
For this purpose I choose the LMK00804, which is a quite clock fanout buffer…
