
The
General
Function
Menus
Waveform
Menu
NNNNNNNNNNNNNNNNNNNNNNNNNNNNN
To
Memory
The
T
o
Memory
softkey
selects
which
of
the
available
memory
locations
the
instrument
saves
the
waveform
to
.
Pressing
the
T
o
Memory
softkey
toggles
among
the
nonvolatile
memory
locations
.
When
a
waveform
is
saved
to
a
memory
,
it
overwrites
any
data
that
was
previously
stored
in
that
memory
.
All
pulse
measurements
or
functions
using
that
memory
location
are
recalculated.
If
the
waveform
display
is
on,
then
the
display
is
also
updated.
W
aveform
memories
are
nonvolatile
so
the
data
is
not
lost
if
you
press
A
utoscale
,
turn
o
the
power
,
or
set
the
instrument
to
the
default
settings
.
A
waveform
memory
contains
a
single
waveform
record,
including
the
horizontal
and
vertical
scaling
parameters
.
Therefore
,
you
can
make
parametric
measurements
on
stored
waveforms
or
use
them
as
operands
in
a
function.
Y
ou
can
also
recall
the
waveform
for
future
comparison
or
analysis
,
it,
save
it
to
a
disk,
or
load
it
from
a
disk.
It
takes
less
time
to
store
and
recall
data
to
waveform
memories
than
to
store
the
same
data
to
the
disk
drive
.
Therefore
,
you
may
nd
it
more
convenient
to
use
the
four
waveform
memories
for
storing
data
temporarily
,
and
the
disk
drive
for
storing
data
permanently
.
K
ey
Path
4
W
aveform
5
N
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
Memory
type
NNNNNNNNNNNNNNNNNNNNNNNNNN
waveform
NNNNNNNNNNNNNNNNNNNNNNNNNNNNN
To
memory
NNNNNNNNNNNNNN
Save
The
Save
softkey
copies
the
selected
waveform
to
the
selected
memory
.
If
you
are
saving
a
persistence
trace
to
a
waveform
memory
,
only
the
last
waveform
record
is
saved
to
that
memory
.
That
is
because
waveform
memories
store
only
single-valued,
time-ordered
data,
and
persistence
traces
are
multivalued
sets
of
data.
Use
the
pixel
memory
to
store
persistence
traces
.
K
ey
Path
4
W
aveform
5
N
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
Memory
type
NNNNNNNNNNNNNNNNNNNNNNNNNN
waveform
NNNNNNNNNNNNNN
Save
11-96
Summary of Contents for 54750A
Page 1: ...User s Guide HP 83480A Analyzer HP 54750A Oscilloscope ...
Page 6: ...NOTE Clean the cabinet using a damp cloth only vi ...
Page 7: ...X Ray Radiation Notice vii ...
Page 8: ...Declaration of Conformity viii ...
Page 17: ...Figure0 1 Exampleof astatic safeworkstation xvii ...
Page 28: ......
Page 43: ...1 The Instrument at a Glance ...
Page 57: ...The Rear Panel Figure1 3 Theinstrument rearpanel 1 15 ...
Page 60: ...TheInstrument ataGlance ...
Page 61: ...2 General Purpose Keys ...
Page 69: ...3 Speci cations and Characteristics ...
Page 76: ...Speci cationsand Characteristics ...
Page 77: ...4 Calibration Overview ...
Page 84: ...CalibrationOverview ...
Page 85: ...5 Eye Mask and Eyeline Mode Measurement Tutorials ...
Page 136: ...Eye Mask andEyelineModeMeasurement Tutorials ...
Page 137: ...6 The Digital Communications Analysis Menus ...
Page 173: ...The Digital Communications Analysis Menus MeasureEyeMenu Figure6 7 Crossing measurement 6 37 ...
Page 178: ...The Digital Communications Analysis Menus MeasureEye Menu Figure6 11 MeasuringQ factor 6 42 ...
Page 191: ...7 Waveform Measurements ...
Page 211: ...8 Making Automatic Measurements ...
Page 233: ...9 Increasing Measurement Accuracy and Time Interval Measurement ...
Page 252: ...IncreasingMeasurement Accuracy andTime Interval Measurement ...
Page 253: ...10 General Purpose Oscilloscope Menus ...
Page 317: ...11 The General Function Menus ...
Page 345: ...The General Function Menus DisplayMenu Figure11 3 Connecteddots 11 29 ...
Page 415: ...12 Messages ...
Page 421: ...13 How the Instrument Works ...
Page 453: ...Index ...