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Automatic Waveform Construction
The next example demonstrates how to
represented by
WAVEFORM LIBRARY - Damped Oscillations. If using the
100
vector heights to build this waveform.
w
ith
the equation
you can
automatically
I
I
RAD
707 1"PR"
OUTPUT
OUTPU T
OUTPUT 707; "RW 2 AR2"
(
OUTPUT 707 ;
OUTPUT
707; °RlJ.1
OUTPUT 707 ;
OUTPUT 707; "RlJ0
OUTPUT
707;
I
Ini
Le l
I
t
t
!
E-2.7
18
Rel _ht-0
De l to-2
f
FOR
TO 100
T- l
I
Cal cu la t e
I
!
OUTPUT
707,
T
NEXT
I
END
an
equa
t ion .
calculate and enter the values, building a
PRESET 331
ARZ "
Rec
ARZ "
ARZ
"
AR
Z"
Set
"
z e
Sine ar
V
HGT
St
ep
1
V
HGTt
t t
St art loop --
he
i ght
"VH
" ,Rel_ht," EN
calculate
the vector
The source of this example is Waveform
However,
e -at(s ine
btl
14A
4
all a
a
nd
5
4
,
fo
r'new wav e f or M
nd Cl
3314A to
10Vp- p
effi ci en t
f
current vect or he a d
he
ight
o
f
cur rent
vec t or
V
o
33
14A AMP TO setting
f
or
in
de pe nde nt vari a bl e T
o 33
14A
V
H6T
100
Cal
cula te
IV"
Prepare
for
Repea
t loop
102
parameters
of a waveform
t
able, you must manually enter
by
representing
the waveform
similar
,
-t
3,
,
0
(
nU Mb er
of c
vec t or head
Pre
v_ht
)
)
i
n wave f or M
H6T r
el a tiv e t
V
H6T
on 3314A
V
ca l c ul atio n
V H6T
60
in the
waveform.
o o
l d
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