Part Number: LMK1C1102 Looking for info on the thermal properties of LMK1C1102. Do you have the junction-to-case (Theta JC) and junction-to-board (Theta JB) values for this part in a bottom (board) cooled configuration? Thanks.
Part Number: LMK1C1102 Hi,
the datasheet of the LMK1C1102 specifies an output high voltage for the clock output of min. 0.8*V_DD. If supplied with 1.8V this means the output voltage is at least 1.44V for a high level. But there is no specification…
Part Number: LMK1C1102 I am looking at replacing an obsolete chip (from Analog Devices, LTC6957). I came across the LMK1C1102 that I think could work. We have a large variation in the amplitude of input waveform (Could be 10MHz Sine, Clipped-Sine, CMOS…
Part Number: LMK1C1102 Tool/software: Dear Sir/Madam,
I am looking at using the LMK1C1102 to buffer a crystal to a Cyclone 10 GX FPGA. The FPGA has banks powered from 1.8V and 3V. Typically the LMK1C1102 is powered from 3.3V and not 3V. What I want…
Part Number: LMK1C1102 Other Parts Discussed in Thread: LSF0101 , LMK1C1108 , Output voltage of pin B1 and B2 are not changing to 3.3V. Default gets assigned to LSF0101_IO_5S but the voltages in Hyperlynx simulation is observed as 1.8V. When tried to…
Part Number: LMK1C1102 Other Parts Discussed in Thread: LMV112 Please suggest a clock buffer part number that converts a sine-wave input from a 5 V oscillator to an LVDS clock output and operates with a 5 V supply.
Oscillator Specifications:
Part Number: LMK1C1102 Dear Engineer,
Could you provide the IBIS model for the LMK1C1102PWR?
It didn't seem to be listed on the website.
Best regards,
Yuto
Part Number: LMK1C1102 Other Parts Discussed in Thread: CDCLVP1102 , LMK3C0105 , CDCLVD1204 Hi team,
Is there a delay between the enablement of LMK1C1102 via OE pin and clock output from Yx pins?
I would like to know if there is a delay on other devices;…
Part Number: LMK1C1102 Tool/software: Application note SNAA411 is very good, but I wonder if the Rohde FSWP you were using had the B64 option, residual phase noise. If so, it would be instructive to see how that measurement compares to your model plots…