For N-UI jitter, with N = 1, we can assign the jitter to the first rising edge as j1 = t2 – t1 and assign the jitter to the first falling edge as j2 = t3 - t2. If there is DCD, then these will have different values, j1 is not equal to j2. Thus, the average jitter on ...
In the "clocking options"Tab you need to specify the input jitter of the reference clock (CLK_In1) , As you are using 24 MHz differential input clock you must be knowing the jitter specifications (in ps or UI) by looking at the datasheet of oscillator generating it on the board. In ...
UI Yes Same as receiver’s Deterministic Jitter. The default method is Uniform distribution. You can select the BUJ generation method in the Receiver Jitter/Noise Configuration Window. RJ Random Jitter UI-RMS or ps-RMS Yes RJ is assumed to be Gaussian. You can specify the receiver...
and 1.8-V LVCMOS Output Formats • EEPROM / ROM for Custom Clocks on Power-Up • Flexible Configuration Options – 1 Hz (1 PPS) to 800 MHz on Input and Output – XO/TCXO/OCXO Input: 10 to 100 MHz – DCO Mode: < 0.001 ppb/Step for Precise Clock Steering (IEEE 1588 PTP Slave)...
Anyway, in the meantime, these patches show how you can get pretty decent playback, before you start adding a bunch of UI objects and other issues that will cause timing issues. In such a case, it is recommended that you run your engine in a separate instance of the application and comm...
units are fractional part (ideal)/actual unit interval (UI) Assumes the device is programmed to produce a nominal pulse width of 50% Mx TO Mx PIN OUTPUT TIMING SKEW The data in Table 23 indicates the time offset of the target Mx pin clock edge relative to the base Mx pin clock edge....
(14) From rising edge of PDN to free- running output clocks MIN TYP MAX UNIT 2 ns -70 -55 dBc -70 -45 -75 dBc 150 -112 250 fs RMS dBc/Hz 0.01 to 4000 0.1 6455 ± 50 ± 10 20 Hz dB UI p-p ps ppb ms (10) PSNR is the single-sideband spur level (in dBc) measured ...