Altera JNEye User Manual
Page 56
Name
Description
Unit
Support in
JNEye
Comments
BUJ
Bounded
Uncorrelated
Jitter
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 RJ in eighth pico-second (ps-RMS)
or unit-interval (UI-RMS).
DN
Deterministic
Noise
mV
Yes
You can generate the receiver DN by using a
uniform distribution, dual-Dirac, or truncated
Gaussian method. You can select the DN
generation method in the Receiver Jitter/Noise
Configuration Window. The default DJ
method is uniform.
BUN
Bound
Uncorrelated
Noise
mV
Yes
Same as receiver DN above. The default
method is Truncated Gaussian method. You
can select the BUN generation method in the
Receiver Jitter/Noise Configuration Window.
RN
Random Noise
mV-RMS
Yes
RN is assumed to be Gaussian.
Jitter
Jitter
Probability
Density
Function (PDF)
Jitter
amplitude,
Probability
(Jitter
amplitude can
be in absolute
time or UI (unit
interval) unit)
Yes
Jitter PDF defines the jitter probability density
function. The input format is jitter amplitude in
second and probability. The following is a jitter
PDF example:
-5e-12 1e-10
-4e-12 3e-7
-3e-12 1e-4
-2e-12 1e-2
-1e-12 0.29
0 0.4
1e-12 0.29
2e-12 1e-2
3e-12 1e-4
4e-12 3e-7
5e-12 1e-10
2-50
Jitter/Noise Setting
UG-1146
2015.05.04
Altera Corporation
Functional Description