HOW TO USE THE ARB MODE
7
T
ri gg er on
edge.
5
o
Z AXIS INPUT
(blue
the 3314A
l!IS
ARBitrary
shifted function etso
ARB
clears
the
currant
waveform to its
state]
.
An
ARB waveform
of a
series of
ramps called
2
3
4
V HGT
V LEN
INS
the
Modify knob to
Vector Haight of
current vector
.
last
vector
waveform. Its length
progremmable
not
Use the Modify knob to chanqe the vector
of
current vector. Note that
not
and that the waveform may clip at the
peak-to-peak
the AMPTD paramater when V LEN
I
s very large
.
Each
this
key
pressed,
vector
Into the wavafonn
.
Repeat steps 2 through 4 to build an ARB waveform
.
intensified
of
Is
current
6
6
7
B
V
MKR
DEL
At
FREQ
Use
Modify knob to
Note that
vector
on
oscilloscope trecks V MKR.
Eech
key
I
II
the
current
removed from
ARB
waveform
.
last vector cannot
r
em ov ed
.
Thla parameter
period of the
unit
vector (V LEN
1)
.
the Modify
knob to
th
is
parameter.
Modify
knob to
the
frequency of the entire ARB waveform.
Note
3314A
computes a
t
.
ARB Mode Summary
3314A has s
lx
ARB waveforms (accessed by RCL ARB 0 to 5)
.
are
8
maximum of
160 vectors
among
6 wllveforms
vectors per waveform
.
m
inimum
I
.
The
I
nitialized ARB waveform
minimum waveform) is a 2 vector waveform with V HGT
000. V LEN
=
1
,
V MKR -
1 end
t
=
.
2 0 0 m s.
V HGHT range
: -
19 9 9 to
+
1 999
V LEN
1 to 127
t range
: .
2 0 0 m s to 19.99ms
range
:
-90
0
to
+
90
0
waveform
peak
-to
-peak
limits set by AMPTD).
AMPTD
the peak
-to-peek
limits that
ARB weve
form
exist w
ithin.
See Waveforms 51 through 60 In
Waveform Ubrary
.
19
