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Dig
ital S
tora
ge O
scill
osco
pe
GD
S-10
00A
Ser
ies
PRO
GR
AM
MIN
G M
AN
UA
L G
W IN
STEK
PA
RT
NO
. 82D
S-11
02A
I01
IS
O-9
001
CER
TIFI
ED M
AN
UFA
CTU
RER
Sept
embe
r 20
09 e
ditio
n
This
man
ual c
onta
ins
prop
riet
ary
info
rmat
ion
whi
ch is
pro
tect
ed b
y co
pyri
ght.
All
righ
ts a
re r
eser
ved.
No
part
of t
his
man
ual m
ay b
e ph
otoc
opie
d, r
epro
duce
d or
tran
slat
ed to
ano
ther
lang
uage
with
out
prio
r w
ritt
en c
onse
nt o
f Goo
d W
ill C
orpo
ratio
n.
The
info
rmat
ion
in th
is m
anua
l was
cor
rect
at t
he ti
me
of p
rint
ing.
H
owev
er, G
ood
Will
con
tinue
s to
impr
ove
prod
ucts
and
res
erve
s th
e ri
ght t
o ch
ange
spe
cific
atio
ns, e
quip
men
t, an
d m
aint
enan
ce
proc
edur
es a
t any
tim
e w
ithou
t not
ice.
Win
dows
is a
regist
ered t
rade
mark
of M
icros
oft C
orpo
ratio
n in
the U
nited
Sta
tes a
nd ot
her c
ount
ries.
Goo
d W
ill In
stru
men
t Co.
, Ltd
. N
o. 7
-1, J
hong
sing
Rd.
, Tuc
heng
City
, Tai
pei C
ount
y 23
6, T
aiw
an.
TAB
LE O
F C
ON
TEN
TS
3
Tabl
e of
Con
tent
s IN
TE
RFA
CE
OV
ER
VIE
W ..
....
....
....
....
....
....
....
....
....
....
....
....
... 4
R
ear
Pan
el O
verv
iew
....
....
....
....
....
....
....
....
.. 4
Co
nfi
guri
ng
the
US
B I
nte
rfac
e ..
....
....
....
....
. 5
CO
MM
AN
D O
VE
RV
IEW
...
....
....
....
....
....
....
....
....
....
....
....
....
. 6
Co
mm
and
Syn
tax
....
....
....
....
....
....
....
....
....
... 6
Li
st o
f C
om
man
d i
n F
un
ctio
nal
Ord
er ..
....
.. 7
List
of
Co
mm
and
in
Alp
hab
etic
al O
rder
... 1
1
CO
MM
AN
D D
ETA
ILS
....
....
....
....
....
....
....
....
....
....
....
....
....
.. 1
3 S
yste
m c
om
man
d .
....
....
....
....
....
....
....
....
... 1
4 A
cqu
isit
ion
Co
mm
and
....
....
....
....
....
....
....
.. 1
7 A
uto
set
Co
mm
and
....
....
....
....
....
....
....
....
... 2
2 C
han
nel
/ M
ath
Co
mm
and
....
....
....
....
....
... 2
3 C
urs
or
Co
mm
and
....
....
....
....
....
....
....
....
....
. 29
Dis
pla
y C
om
man
d ..
....
....
....
....
....
....
....
....
.. 3
3 M
easu
re c
om
man
d ..
....
....
....
....
....
....
....
....
36
Sav
e/R
ecal
l C
om
man
d ..
....
....
....
....
....
....
... 4
6 T
ime
(Ho
rizo
nta
l) c
om
man
d .
....
....
....
....
.. 5
1 Tr
igge
r co
mm
and
....
....
....
....
....
....
....
....
....
. 54
GD
S-10
00A
Pro
gram
min
g M
anua
l
4 INTE
RFA
CE
OV
ERV
IEW
Th
is m
anua
l des
crib
es h
ow to
use
the
GD
S-10
00A
’s re
mot
e co
mm
and
func
tiona
lity
and
lists
th
e co
mm
and
deta
ils. T
he O
verv
iew
cha
pter
de
scri
bes
how
to c
onfig
ure
the
GD
S-10
00A
USB
re
mot
e co
ntro
l int
erfa
ce.
Rea
r Pa
nel O
verv
iew
INTE
RFA
CE
OV
ERV
IEW
5
Con
figur
ing
the
USB
Inte
rfac
e
USB
con
nect
ion
PC s
ide
conn
ecto
r Ty
pe A
, hos
t
GD
S-10
00A
sid
e co
nnec
tor
Type
B, s
lave
Sp
eed
1.1/
2.0
(full
spee
d)
Pane
l ope
ratio
n 1.
C
onne
ct th
e U
SB c
able
to
the
USB
sla
ve p
ort o
n th
e re
ar.
2.
W
hen
the
PC a
sks f
or th
e U
SB d
rive
r, se
lect
ds
o_cd
c_10
00a.
inf w
hich
is d
ownl
oada
ble
from
th
e G
W In
stek
web
site
, ww
w.g
win
stek
.com
, in
the
GD
S-10
00A
dow
nloa
ds s
ectio
n.
3.
O
n th
e PC
, act
ivat
e a
term
inal
app
licat
ion
such
as
MTT
TY (M
ulti-
Thre
aded
TTY
). To
che
ck th
e C
OM
por
t No.
, see
the
Dev
ice
Man
ager
in th
e PC
. For
Win
dow
sXP,
sele
ct C
ontr
ol p
anel
→
Syst
em →
Har
dwar
e ta
b.
4.
Ru
n th
is q
uery
com
man
d vi
a th
e te
rmin
al
appl
icat
ion.
*i
dn?
This
com
man
d sh
ould
retu
rn th
e m
anuf
actu
rer,
mod
el n
umbe
r, se
rial
num
ber,
and
firm
war
e ve
rsio
n in
the
follo
win
g fo
rmat
. G
W, G
DS-
1152
A, 0
0000
0001
, V1.
00
5.
C
onfig
urin
g th
e co
mm
and
inte
rfac
e is
co
mpl
eted
. Ref
er to
the
othe
r cha
pter
s fo
r mor
e de
tails
.
Page
6: li
st o
f com
man
ds a
nd c
omm
and
synt
ax
Pa
ge13
: det
ails
of e
ach
com
man
d
GD
S-10
00A
Pro
gram
min
g M
anua
l
6 CO
MM
AN
D O
VER
VIE
W
The
Com
man
d ov
ervi
ew c
hapt
er li
sts
all G
DS-
1000
A c
omm
ands
in fu
nctio
nal o
rder
as w
ell a
s al
phab
etic
al o
rder
. The
com
man
d sy
ntax
sec
tion
show
s yo
u th
e ba
sic
synt
ax ru
les y
ou h
ave
to
appl
y w
hen
usin
g co
mm
ands
.
Com
man
d Sy
ntax
Com
patib
le
stan
dard
USB
CD
C_AC
M c
ompa
tible
SCPI
, 199
4 (p
artia
lly c
ompa
tible
)
Com
man
d fo
rmat
tri
g:de
l:mod
<N
R1>
LF
12
34
1: c
omm
and
head
er
2: si
ngle
spa
ce
3: p
aram
eter
4:
mes
sage
term
inat
or
Para
met
er
Type
D
escr
iptio
n Ex
ampl
e
<B
oole
an>
bool
ean
logi
c 0,
1
<N
R1>
In
tege
rs
0, 1
, 2, 3
<N
R2>
de
cim
al n
umbe
rs
0.1,
3.1
4, 8
.5
<N
R3>
flo
atin
g po
int
4.5e
-1, 8
.25e
+1
<N
Rf>
an
y of
NR1
, 2, 3
1,
1.5
, 4.5
e-1
Mes
sage
te
rmin
ator
LF
^EN
D
line
feed
cod
e (h
exad
ecim
al 0
A)
with
EN
D m
essa
ge
LF
lin
e fe
ed c
ode
<d
ab>^
END
la
st d
ata
byte
with
EN
D m
essa
ge
Not
e C
omm
ands
are
non
-cas
e se
nsiti
ve.
CO
MM
AN
D O
VER
VIE
W
7
List
of C
omm
and
in F
unct
iona
l Ord
er
Syst
em
*ID
N ...
......
......
......
......
......
......
......
......
......
......
......
......
. 14
*LR
N ..
......
......
......
......
......
......
......
......
......
......
......
......
. 14
*RST
.....
......
......
......
......
......
......
......
......
......
......
......
.....
15:S
YSTe
m:E
RR
or ...
......
......
......
......
......
......
......
......
......
.. 15
:SYS
Tem
:VER
Sion
......
......
......
......
......
......
......
......
......
. 16
Acq
uisi
tion
:AC
Qui
re:A
VER
age .
......
......
......
......
......
......
......
......
.....
17:A
CQ
uire
:HD
ELay
.....
......
......
......
......
......
......
......
......
.. 18
:AC
Qui
re:M
OD
e ...
......
......
......
......
......
......
......
......
......
18
:AC
Qui
re<X
>:LM
EMor
y ....
......
......
......
......
......
......
......
19
:AC
Qui
re<X
>:M
EMor
y ....
......
......
......
......
......
......
......
.. 20
Aut
oset
:A
UTo
set .
......
......
......
......
......
......
......
......
......
......
......
.. 22
Cha
nnel
/ M
ath
:CH
AN
nel<
X>:
BW
Lim
it ...
......
......
......
......
......
......
......
. 23
:CH
AN
nel<
X>:
CO
UPl
ing .
......
......
......
......
......
......
......
. 23
:CH
AN
nel<
X>:
DIS
Play
.....
......
......
......
......
......
......
......
24
:CH
AN
nel<
X>:
EXPa
nd ..
......
......
......
......
......
......
......
... 2
4:C
HA
Nne
l<X
>:IN
Ver
t ....
......
......
......
......
......
......
......
... 2
5:C
HA
Nne
l<X
>:M
ATH
.....
......
......
......
......
......
......
......
.. 25
:CH
AN
nel<
X>:
OFF
Set .
......
......
......
......
......
......
......
.....
26:C
HA
Nne
l<X
>:PR
OB
e:R
ATi
o....
......
......
......
......
......
.... 2
7:C
HA
Nne
l<X
>:PR
OB
e:TY
PE ..
......
......
......
......
......
......
. 27
:CH
AN
nel<
X>:
SCA
Le ..
......
......
......
......
......
......
......
.....
28
Cur
sor
:CU
RSo
r:X
<X>P
ositi
on ..
......
......
......
......
......
......
......
... 2
9:C
UR
Sor:
Y<X
>Pos
ition
.....
......
......
......
......
......
......
......
30
:CU
RSo
r:<X
>DEL
ta ..
......
......
......
......
......
......
......
......
... 3
0:C
UR
Sor:
<X>D
ISpl
ay ..
......
......
......
......
......
......
......
......
31
:CU
RSo
r:SO
UR
ce ...
......
......
......
......
......
......
......
......
.....
32
GD
S-10
00A
Pro
gram
min
g M
anua
l
8 Dis
play
:D
ISPl
ay:A
CC
umul
ate
......
......
......
......
......
......
......
......
.. 33
:DIS
Play
:CO
NTr
ast .
......
......
......
......
......
......
......
......
..... 3
3 :D
ISPl
ay:G
RA
Ticu
le ..
......
......
......
......
......
......
......
......
... 34
:DIS
Play
:WA
Vef
orm
.....
......
......
......
......
......
......
......
......
34
:REF
Res
h ...
......
......
......
......
......
......
......
......
......
......
......
. 35
Mea
sure
:M
EASu
re:F
ALL
......
......
......
......
......
......
......
......
......
......
36
:MEA
Sure
:FO
VSh
oot .
......
......
......
......
......
......
......
......
.. 37
:MEA
Sure
:FPR
esho
ot ..
......
......
......
......
......
......
......
......
37
:MEA
Sure
:FR
EQue
ncy .
......
......
......
......
......
......
......
......
38
:MEA
Sure
:NW
IDth
.....
......
......
......
......
......
......
......
......
. 38
:MEA
Sure
:PD
UTy
.....
......
......
......
......
......
......
......
......
... 38
:MEA
Sure
:PER
iod
......
......
......
......
......
......
......
......
......
.. 39
:MEA
Sure
:PW
IDth
.....
......
......
......
......
......
......
......
......
.. 39
:MEA
Sure
:RIS
e ....
......
......
......
......
......
......
......
......
......
... 40
:MEA
Sure
:RO
VSh
oot .
......
......
......
......
......
......
......
......
.. 40
:MEA
Sure
:RPR
esho
ot ..
......
......
......
......
......
......
......
......
41
:MEA
Sure
:SO
UR
ce ..
......
......
......
......
......
......
......
......
.... 4
1 :M
EASu
re:V
AM
Plitu
de ..
......
......
......
......
......
......
......
.... 4
1 :M
EASu
re:V
AV
erag
e ...
......
......
......
......
......
......
......
......
. 42
:MEA
Sure
:VH
I ....
......
......
......
......
......
......
......
......
......
... 42
:MEA
Sure
:VLO
.....
......
......
......
......
......
......
......
......
......
.. 43
:MEA
Sure
:VM
AX
......
......
......
......
......
......
......
......
......
.... 4
3 :M
EASu
re:V
MIN
.....
......
......
......
......
......
......
......
......
..... 4
4 :M
EASu
re:V
PP ..
......
......
......
......
......
......
......
......
......
..... 4
4 :M
EASu
re:V
RM
S ...
......
......
......
......
......
......
......
......
......
. 45
CO
MM
AN
D O
VER
VIE
W
9
Save
/Rec
all
:MEM
ory<
X>:
REC
all:S
ETup
.....
......
......
......
......
......
.... 4
6:M
EMor
y<X
>:R
ECal
l:WA
Vef
orm
.....
......
......
......
......
... 4
6:M
EMor
y<X
>:SA
Ve:
SETu
p ...
......
......
......
......
......
......
.. 47
:MEM
ory<
X>:
SAV
e:W
AV
efor
m ..
......
......
......
......
......
.. 47
*RC
L ...
......
......
......
......
......
......
......
......
......
......
......
......
. 48
:REF
<X>:
DIS
Play
......
......
......
......
......
......
......
......
......
... 4
8:R
EF<X
>:LO
Cat
e ...
......
......
......
......
......
......
......
......
......
49
:REF
<X>:
SAV
e ....
......
......
......
......
......
......
......
......
......
... 4
9*S
AV
.....
......
......
......
......
......
......
......
......
......
......
......
.....
50
Tim
e (H
oriz
onta
l)
:TIM
ebas
e:D
ELay
.....
......
......
......
......
......
......
......
......
... 5
1:T
IMeb
ase:
SCA
Le ...
......
......
......
......
......
......
......
......
.....
51:T
IMeb
ase:
SWEe
p ...
......
......
......
......
......
......
......
......
.... 5
2:T
IMeb
ase:
WIN
Dow
:DEL
ay ...
......
......
......
......
......
......
. 52
:TIM
ebas
e:W
IND
ow:S
CA
Le ..
......
......
......
......
......
......
. 53
(Con
tinue
d on
nex
t pag
e)
GD
S-10
00A
Pro
gram
min
g M
anua
l
10
Trig
ger
:FO
RC
e ....
......
......
......
......
......
......
......
......
......
......
......
... 54
:RU
N ..
......
......
......
......
......
......
......
......
......
......
......
......
.. 55
:SIN
Gle
......
......
......
......
......
......
......
......
......
......
......
......
. 55
:STO
P ...
......
......
......
......
......
......
......
......
......
......
......
......
55
*TR
G ..
......
......
......
......
......
......
......
......
......
......
......
......
.. 55
:TR
IGge
r:C
OU
Ple .
......
......
......
......
......
......
......
......
......
.. 55
:TR
IGge
r:FR
EQue
ncy .
......
......
......
......
......
......
......
......
.. 56
:TR
IGge
r:LE
Vel
......
......
......
......
......
......
......
......
......
......
. 56
:TR
IGge
r:M
OD
e ....
......
......
......
......
......
......
......
......
......
. 56
:TR
IGge
r:N
REJ
.....
......
......
......
......
......
......
......
......
......
.. 57
:TR
IGge
r:PU
LSe:
MO
De .
......
......
......
......
......
......
......
.... 5
8 :T
RIG
ger:
PULS
e:TI
Me
......
......
......
......
......
......
......
......
. 58
:TR
IGge
r:R
EJec
t ....
......
......
......
......
......
......
......
......
......
. 59
:TR
IGge
r:SL
OP.
......
......
......
......
......
......
......
......
......
......
59
:TR
IGge
r:ST
ATe
.....
......
......
......
......
......
......
......
......
......
60
:TR
IGge
r:SO
UR
ce ..
......
......
......
......
......
......
......
......
......
60
:TR
IGge
r:TY
Pe ..
......
......
......
......
......
......
......
......
......
..... 6
1 :T
RIG
ger:
VID
eo:F
IELd
.....
......
......
......
......
......
......
......
.. 61
:TR
IGge
r:V
IDeo
:LIN
e....
......
......
......
......
......
......
......
..... 6
2 :T
RIG
ger:
VID
eo:P
OLa
rity
.....
......
......
......
......
......
......
... 62
:TR
IGge
r:V
IDeo
:TYP
e ...
......
......
......
......
......
......
......
..... 6
3
CO
MM
AN
D O
VER
VIE
W
11
List
of C
omm
and
in A
lpha
betic
al O
rder
Com
man
d Pa
ge
Com
man
d Pa
ge
A
*I
DN
14
:A
CQ
uire
:AV
ERag
e 17
L
:A
CQ
uire
:HD
ELay
18
*L
RN
14
:A
CQ
uire
:MO
De
18
M
:A
CQ
uire
<X>:
LMEM
ory
19
:MEA
Sure
:FA
LL
36
:AC
Qui
re<X
>:M
EMor
y 20
:M
EASu
re:F
OV
Shoo
t 37
:A
UTo
set
22
:MEA
Sure
:FPR
esho
ot
37
C
:M
EASu
re:F
REQ
uenc
y 38
:C
HA
Nne
l<X
>:B
WLi
mit
23
:MEA
Sure
:NW
IDth
38
:C
HA
Nne
l<X
>:C
OU
Plin
g 23
:M
EASu
re:P
DU
Ty
38
:CH
AN
nel<
X>:
DIS
Play
24
:M
EASu
re:P
ERio
d 39
:C
HA
Nne
l<X
>:EX
Pand
24
:M
EASu
re:P
WID
th
39
:CH
AN
nel<
X>:
INVe
rt
25
:MEA
Sure
:RIS
e 40
:C
HA
Nne
l<X
>:M
ATH
25
:M
EASu
re:R
OV
Shoo
t 40
:C
HA
Nne
l<X
>:O
FFSe
t 26
:M
EASu
re:R
PRes
hoot
41
:C
HA
Nne
l<X
>:PR
OB
e:R
ATio
27
:M
EASu
re:S
OU
Rce
41
:CH
AN
nel<
X>:
PRO
Be:
TYP
E 27
:M
EASu
re:V
AM
Plitu
de
41
:CH
AN
nel<
X>:
SCA
Le
28
:MEA
Sure
:VAV
erag
e 42
:C
UR
Sor:
SOU
Rce
32
:M
EASu
re:V
HI
42
:CU
RSo
r:X
1Pos
ition
29
:M
EASu
re:V
LO
43
:CU
RSo
r:X
2Pos
ition
29
:M
EASu
re:V
MA
X
43
:CU
RSo
r:X
DEL
ta
30
:MEA
Sure
:VM
IN
44
:CU
RSo
r:X
DIS
play
31
:M
EASu
re:V
PP
44
:CU
RSo
r:Y1
Posi
tion
30
:MEA
Sure
:VR
MS
45
:CU
RSo
r:Y2
Posi
tion
30
:MEM
ory<
X>:
REC
all:S
ETup
46
:C
UR
Sor:
YDEL
ta
30
:MEM
ory<
X>:
REC
all:W
AVef
orm
46
:C
UR
Sor:
YDIS
play
31
:M
EMor
y<X
>:SA
Ve:S
ETup
47
D
:MEM
ory<
X>:
SAVe
:WAV
efor
m
47
:DIS
Play
:AC
Cum
ulat
e 33
R
:DIS
Play
:CO
NTr
ast
33
*RC
L 48
:D
ISPl
ay:G
RAT
icul
e 34
:R
EF<X
>:D
ISPl
ay
48
:DIS
Play
:WAV
efor
m
34
:REF
<X>:
LOC
ate
49
F
:REF
<X>:
SAVe
49
:F
OR
Ce
54
:REF
Res
h 35
I
*R
ST
15
GD
S-10
00A
Pro
gram
min
g M
anua
l
12
Com
man
d Pa
ge
Com
man
d Pa
ge
:RU
N
55
:TR
IGge
r:FR
EQue
ncy
56
S
:TR
IGge
r:LE
Vel
56
*SAV
50
:T
RIG
ger:
MO
De
57
:SIN
Gle
55
:T
RIG
ger:
NR
EJ
58
:STO
P 55
:T
RIG
ger:
PULS
e:M
OD
e 58
:S
YSTe
m:E
RR
or
15
:TR
IGge
r:PU
LSe:
TIM
e 59
:S
YSTe
m:V
ERSi
on
16
:TR
IGge
r:R
EJec
t 59
T
:T
RIG
ger:
SLO
P 60
:T
IMeb
ase:
DEL
ay
51
:TR
IGge
r:SO
UR
ce
60
:TIM
ebas
e:SC
ALe
51
:T
RIG
ger:
STAT
e 61
:T
IMeb
ase:
SWEe
p 52
:T
RIG
ger:
TYPe
:TIM
ebas
e:W
IND
ow:D
ELay
52
:T
RIG
ger:
VID
eo:F
IELd
61
:T
IMeb
ase:
WIN
Dow
:SC
ALe
53
:T
RIG
ger:
VID
eo:L
INe
62
*TR
G
55
:TR
IGge
r:V
IDeo
:PO
Lari
ty
62
:TR
IGge
r:C
OU
Ple
55
:TR
IGge
r:V
IDeo
:TYP
e 63
CO
MM
AN
D D
ETA
ILS
13
CO
MM
AN
D D
ETA
ILS
The
Com
man
d de
tails
cha
pter
sho
ws
the
deta
iled
synt
ax, e
quiv
alen
t pan
el o
pera
tion,
and
exa
mpl
e fo
r eac
h co
mm
and.
For
the
list o
f all
com
man
ds,
see
page
7.
S
yste
m c
om
man
d .
....
....
....
....
....
....
....
....
... 1
4A
cqu
isit
ion
Co
mm
and
....
....
....
....
....
....
....
.. 1
7A
uto
set
Co
mm
and
....
....
....
....
....
....
....
....
... 2
2C
han
nel
/ M
ath
Co
mm
and
....
....
....
....
....
... 2
3C
urs
or
Co
mm
and
....
....
....
....
....
....
....
....
....
. 29
Dis
pla
y C
om
man
d ..
....
....
....
....
....
....
....
....
.. 3
3M
easu
re c
om
man
d ..
....
....
....
....
....
....
....
....
36
Sav
e/R
ecal
l C
om
man
d ..
....
....
....
....
....
....
... 4
6T
ime
(Ho
rizo
nta
l) c
om
man
d .
....
....
....
....
.. 5
1Tr
igge
r co
mm
and
....
....
....
....
....
....
....
....
....
. 54
GD
S-10
00A
Pro
gram
min
g M
anua
l
14 Syst
em c
omm
and
*ID
N ..
......
......
......
......
......
......
......
......
......
......
......
......
.. 14
*LR
N ..
......
......
......
......
......
......
......
......
......
......
......
......
.. 14
*RST
.....
......
......
......
......
......
......
......
......
......
......
......
......
15
:SYS
Tem
:ER
Ror
.....
......
......
......
......
......
......
......
......
......
15
:SYS
Tem
:VER
Sion
......
......
......
......
......
......
......
......
......
.. 16
*ID
N
Que
ry
Des
crip
tion
Retu
rns
the
osci
llosc
ope
ID: m
anuf
actu
rer,
mod
el
nam
e, se
rial
num
ber,
and
firm
war
e ve
rsio
n.
Sam
e as
: Util
ity k
ey →
F4
Synt
ax
:idn?
Exam
ple
:idn?
GW
, GD
S-11
02A
, P93
0116
, V
1.00
Retu
rns
the
ID fo
r a
GD
S-11
02A
.
*LR
N
Que
ry
Des
crip
tion
Retu
rns
the
osci
llosc
ope
setti
ngs
as a
dat
a st
ring
.
Synt
ax
:lrn?
CO
MM
AN
D D
ETA
ILS
15
Exam
ple
:lrn?
:DIS
Play
:WA
Vef
orm
0;A
CC
umul
ate
0;C
ON
Tras
t 0;G
RATi
cule
0;
:CH
AN
nel1
:DIS
Play
1;B
WLi
mit
0;C
OU
Plin
g 0;
INV
ert
0;O
FFSe
t 2.0
00e+
00;P
ROBe
3;S
CA
Le
2.00
0e+0
0;:C
HA
Nne
l2:D
ISPl
ay 1
;BW
Lim
it 0;
CO
UPl
ing
0;IN
Ver
t 0;O
FFSe
t 2.0
00e+
00;P
ROBe
3;S
CA
Le
2.00
0e+0
0;:C
HA
Nne
l1:M
ATH
0;:T
IMeb
ase:
SWEe
p 0;
SCA
Le
2.50
0e-0
6;D
ELay
0.0
00e+
00;W
IND
ow:S
CA
Le 2
.500
00e-
07;D
ELay
0.0
0000
e+00
;:AC
Qui
re:M
OD
e 0;
AV
ERag
e 0;
:TRI
Gge
r:TYP
e 0;
SOU
Rce
0;M
OD
e 1;
SLO
P 0;
CO
UPl
e 1;
REJe
ct
0;N
REJ 0
;LEV
el 0
.000
00e+
00;P
ULS
e:M
OD
e: 0
;TIM
e 0.
0000
0e+0
0;:V
IDeo
:TYP
e 1;
POLa
rity
0;F
IELd
0;L
INe
0;:C
URS
or:S
OU
Rce
1;X
DIS
Play
0;X
1Pos
ition
75;
X2Po
sitio
n 17
5;YD
ISPl
ay 0
;Y1P
ositi
on 5
4;Y2
Posi
tion
154;
:REF
1:D
ISPl
ay
0;LO
Cat
e 50
;:REF
2:D
ISPl
ay 0
;LO
Cat
e -5
0;:R
UN
*RST
S
et
Des
crip
tion
Rese
ts th
e G
DS-
1000
A (r
ecal
ls th
e de
faul
t pan
el
setti
ngs)
. Sa
me
as: S
ave/
Reca
ll ke
y →
F1
Synt
ax
*rst
:SYS
Tem
:ER
Ror
Q
uery
Des
crip
tion
Retu
rns
the
osci
llosc
ope
syst
em e
rror
mes
sage
, if
ther
e is
any
.
Synt
ax
< Lo
ng >
<
Shor
t >
:s
yste
m:e
rror
? :s
yst:e
rr?
Para
met
er
ID
Con
tent
s ID
C
onte
nts
-1
00
com
man
d er
ror
-102
sy
ntax
err
or
-2
20
para
met
er e
rror
-2
21
setti
ngs
conf
lict
-2
22
data
out
of r
ange
-2
23
too
muc
h da
ta
-2
24
illeg
al p
aram
eter
-2
32
inva
lid fo
rmat
Exam
ple
:sys
tem
:err
or?
-102
Indi
cate
s th
at th
e co
mm
and
synt
ax is
w
rong
GD
S-10
00A
Pro
gram
min
g M
anua
l
16
:SYS
Tem
:VER
Sion
Q
uery
Des
crip
tion
Retu
rns
the
osci
llosc
ope
firm
war
e ve
rsio
n.
Sam
e as
: Util
ity k
ey →
F4
(onl
y th
e fir
mw
are
vers
ion)
Synt
ax
< Lo
ng >
<
Shor
t >
:s
yste
m:v
ersi
on?
:sys
t:ver
s?
Not
e Fo
r ret
riev
ing
all s
yste
m in
form
atio
n in
clud
ing
the
firm
war
e ve
rsio
n, u
se th
e *i
dn?
com
man
d.
CO
MM
AN
D D
ETA
ILS
17
Acq
uisi
tion
Com
man
d
:A
CQ
uire
:AV
ERag
e ....
......
......
......
......
......
......
......
......
.. 17
:AC
Qui
re:H
DEL
ay ..
......
......
......
......
......
......
......
......
.....
18:A
CQ
uire
:MO
De
......
......
......
......
......
......
......
......
......
... 1
8:A
CQ
uire
<X>:
LMEM
ory .
......
......
......
......
......
......
......
... 1
9:A
CQ
uire
<X>:
MEM
ory .
......
......
......
......
......
......
......
.....
20
:AC
Qui
re:A
VER
age
Set Q
uery
Des
crip
tion
Sele
cts
or re
turn
s th
e av
erag
e nu
mbe
r of w
avef
orm
ac
quis
ition
in th
e av
erag
e ac
quis
ition
mod
e.
Sam
e as
: Acq
uire
key
→ F
2
Synt
ax
< Lo
ng >
<
Shor
t >
:a
cqui
re:a
vera
ge <
NR
1>
:acq
uire
:ave
rage
?
:acq
:ave
r <N
R1>
:acq
:ave
r?
Para
met
er
<NR
1>
Ave
rage
No.
<N
R1>
A
vera
ge N
o.
1
2 5
32
2
4 6
64
3
8 7
128
4
16
8 25
6
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he a
vera
ge
acqu
isiti
on m
ode.
See
the
exam
ple
belo
w.
Exam
ple
:acq
uire
:mod
e 2
:acq
uire
:ave
rage
2
Sele
cts
the
aver
age
acqu
isiti
on m
ode,
and
se
lect
the
aver
age
num
ber 4
GD
S-10
00A
Pro
gram
min
g M
anua
l
18
:AC
Qui
re:H
DEL
ay
Set Q
uery
Des
crip
tion
Set o
r que
ry D
elay
On
or D
elay
Off.
Sa
me
as: A
cqui
re k
ey →
F4
Synt
ax
< Lo
ng >
<
Shor
t >
:a
cqui
re:h
dela
y <B
oole
an>
:acq
uire
:hde
lay?
:acq
:hde
l <B
oole
an>
:acq
:hde
l?
Para
met
er
<NR
1>
Del
ay
0
Off
1
On
Exam
ple
:acq
uire
:hde
lay
1
:acq
uire
:hde
lay?
1
Turn
s D
elay
On.
Ret
urns
th
e D
elay
as O
n.
:AC
Qui
re:M
OD
e S
et Que
ry
Des
crip
tion
Sele
cts o
r ret
urns
the
acqu
isiti
on m
ode.
Sa
me
as: A
cqui
re k
ey →
F1
~ F3
Synt
ax
< Lo
ng >
<
Shor
t >
:a
cqui
re:m
ode
<NR
1>
:acq
uire
:mod
e?
:acq
:mod
<N
R1>
:acq
:mod
?
Para
met
er
<NR
1>
Mod
e <N
R1>
M
ode
0
Nor
mal
2
Ave
rage
1
Peak
det
ect
Exam
ple
:acq
uire
:mod
e 2
:acq
uire
:ave
rage
2
Sele
cts
the
aver
age
acqu
isiti
on m
ode,
and
se
lect
the
aver
age
num
ber 4
CO
MM
AN
D D
ETA
ILS
19
:AC
Qui
re<X
>:LM
EMor
y Q
uery
Des
crip
tion
Retu
rns
the
tota
l wav
efor
m d
ata
in th
e ac
quis
ition
m
emor
y fo
r lon
g m
emor
y.
Synt
ax
< Lo
ng >
<
Shor
t >
:a
cqui
re<X
>:lm
emor
y?
:acq
<X>:
lmem
?
Para
met
er
<X>
Cha
nnel
1/
2 C
hann
el1/
2
Not
e Pl
ease
not
e th
at th
e nu
mbe
r of p
oint
s is l
imite
d to
40
00 w
hen
the
scop
e is
runn
ing.
Yo
u ca
n ge
t the
full
mem
ory
dept
h w
hen
the
“Sin
gle”
key
is p
ress
ed w
ith a
trig
gere
d si
gnal
. Yo
u ca
n al
so g
et th
e fu
ll m
emor
y de
pth
whe
n th
e “S
TOP”
key
is p
ress
ed,
How
ever
, the
long
mem
ory
may
not
fully
fill
up if
a
slow
tim
e ba
se is
use
d w
ith a
fast
sam
ple
rate
A
lso
note
that
ther
e ar
e se
vera
l tim
e ba
se s
ettin
gs
that
don
’t re
sult
in 1
00%
of a
vaila
ble
mem
ory,
due
to
a li
mite
d nu
mbe
r of a
vaila
ble
sam
ple
rate
s.
Exam
ple
:acq
uire
1:lm
emor
y?
Retu
rns
the
chan
nel 1
lo
ng m
emor
y w
avef
orm
da
ta
If bo
th c
hann
els a
re
activ
e up
to 1
M p
oint
s ar
e re
turn
ed. I
f onl
y C
H1
is a
ctiv
e th
en u
p to
2M
po
ints
are
retu
rned
.
Dat
a fo
rmat
Si
x da
ta e
lem
ents
are
con
cate
nate
d to
form
one
da
ta s
trin
g.
GD
S-10
00A
Pro
gram
min
g M
anua
l
20
#
A
B C
D
E
F
A
: Dat
a si
ze d
igit
B: D
ata
size
C
: Tim
e in
terv
al
D: C
hann
el in
dica
tor
E:
Res
erve
d da
ta
F: W
avef
orm
dat
a
D
ata
size
dig
it In
dica
tes
the
num
ber o
f dig
its u
sed
for t
he d
ata
stri
ng th
at fo
llow
s. Th
e da
ta si
ze d
igit
is 4
for 4
000
poin
ts, 7
for 1
M o
r 2M
poi
nts.
D
ata
size
In
dica
tes
the
data
siz
e. T
he d
ata
size
var
ies
from
80
08 (4
000
poin
ts),
2000
008
(1M
poi
nts)
or 4
0000
08
(2M
poi
nts)
.
Ti
me
inte
rval
In
dica
tes
the
time
inte
rval
bet
wee
n tw
o ad
jace
nt
sam
plin
g po
ints
in th
e flo
atin
g po
int f
orm
at,
com
patib
le w
ith IE
EE 7
54 s
tand
ards
. N
ote:
The
dat
a is
sort
ed in
the
little
-end
ian
form
at.
C
hann
el in
dica
tor
Indi
cate
s the
cha
nnel
, 1 o
r 2.
R
eser
ved
data
A
n un
used
dat
a bl
ock,
3 b
ytes
.
W
avef
orm
dat
a Th
e w
avef
orm
dat
a co
mpr
ised
of 2
M d
ata
poin
ts.
Each
poi
nt is
mad
e up
of 2
byt
es (1
6 bi
ts),
high
by
te (M
SB) f
irst
.
:AC
Qui
re<X
>:M
EMor
y Q
uery
Des
crip
tion
Retu
rns
the
tota
l wav
efor
m d
ata
in th
e ac
quis
ition
m
emor
y.
Synt
ax
< Lo
ng >
<
Shor
t >
:a
cqui
re<X
>:m
emor
y?
:acq
<X>:
mem
?
CO
MM
AN
D D
ETA
ILS
21
Para
met
er
<X>
Cha
nnel
1/
2 C
hann
el1/
2
Exam
ple
:acq
uire
1:m
emor
y?
Retu
rns
the
chan
nel 1
w
avef
orm
dat
a
Dat
a fo
rmat
Si
x da
ta e
lem
ents
are
con
cate
nate
d to
form
one
da
ta s
trin
g.
#
A
B C
D
E
F
A
: Dat
a si
ze d
igit
B: D
ata
size
C
: Tim
e in
terv
al
D: C
hann
el in
dica
tor
E:
Res
erve
d da
ta
F: W
avef
orm
dat
a
D
ata
size
dig
it In
dica
tes
the
num
ber o
f dig
its u
sed
for t
he d
ata
stri
ng th
at fo
llow
s. Th
e da
ta si
ze d
igit
is a
lway
s 4.
D
ata
size
In
dica
tes
the
data
siz
e. T
he d
ata
size
is a
lway
s 80
08
(400
0 po
ints
per
cha
nnel
).
Ti
me
inte
rval
In
dica
tes
the
time
inte
rval
bet
wee
n tw
o ad
jace
nt
sam
plin
g po
ints
in th
e flo
atin
g po
int f
orm
at,
com
patib
le w
ith IE
EE 7
54 s
tand
ards
. N
ote:
The
dat
a is
sort
ed in
the
little
-end
ian
form
at.
C
hann
el in
dica
tor
Indi
cate
s the
cha
nnel
, 1 o
r 2.
R
eser
ved
data
A
n un
used
dat
a bl
ock,
3 b
ytes
.
W
avef
orm
dat
a Th
e w
avef
orm
dat
a co
mpr
ised
of 8
000
data
poi
nts.
Each
poi
nt is
mad
e up
of 2
byt
es (1
6 bi
ts),
high
by
te (M
SB) f
irst
.
GD
S-10
00A
Pro
gram
min
g M
anua
l
22 Aut
oset
Com
man
d
:AU
Tose
t S
et
Des
crip
tion
Runs
the
Aut
oset
func
tion
to a
utom
atic
ally
co
nfig
ure
the
hori
zont
al s
cale
, ver
tical
scal
e, a
nd
trig
ger a
ccor
ding
to th
e in
put s
igna
l. Sa
me
as: A
uto
Set k
ey
Synt
ax
< Lo
ng >
<
Shor
t >
:a
utos
et
:aut
CO
MM
AN
D D
ETA
ILS
23
Cha
nnel
/ M
ath
Com
man
d
:C
HA
Nne
l<X
>:B
WLi
mit
......
......
......
......
......
......
......
.... 2
3:C
HA
Nne
l<X
>:C
OU
Plin
g ....
......
......
......
......
......
......
.... 2
3:C
HA
Nne
l<X
>:D
ISPl
ay ..
......
......
......
......
......
......
......
... 2
4:C
HA
Nne
l<X
>:EX
Pand
.....
......
......
......
......
......
......
......
24
:CH
AN
nel<
X>:
INV
ert .
......
......
......
......
......
......
......
......
25
:CH
AN
nel<
X>:
MA
TH ..
......
......
......
......
......
......
......
.....
25:C
HA
Nne
l<X
>:O
FFSe
t ....
......
......
......
......
......
......
......
.. 26
:CH
AN
nel<
X>:
PRO
Be:
RA
Tio.
......
......
......
......
......
......
. 27
:CH
AN
nel<
X>:
PRO
Be:
TYPE
.....
......
......
......
......
......
.... 2
7:C
HA
Nne
l<X
>:SC
ALe
.....
......
......
......
......
......
......
......
.. 28
:CH
AN
nel<
X>:
BW
Lim
it S
et Que
ry
Des
crip
tion
Sele
cts
or re
turn
s th
e ba
ndw
idth
lim
it on
/off.
Sa
me
as: C
hann
el k
ey →
F3
Synt
ax
< Lo
ng >
<
Shor
t >
:c
hann
el<X
>:bw
limit
<Boo
lean
>
:cha
nnel
<X>:
bwlim
it?
:cha
n<X
>:bw
l <B
oole
an>
:cha
n:bw
l?
Para
met
er
<X>
Cha
nnel
<N
R1>
Li
mit
1/
2 C
H1/
2 0
Off
1
On
Exam
ple
:cha
nnel
1:bw
limit
1 Tu
rns
on th
e ba
ndw
idth
lim
it fo
r Cha
nnel
1
:CH
AN
nel<
X>:
CO
UPl
ing
Set Q
uery
Des
crip
tion
Sele
cts o
r ret
urns
the
coup
ling
mod
e.
Sam
e as
: Cha
nnel
key
→ F
1
GD
S-10
00A
Pro
gram
min
g M
anua
l
24
Synt
ax
< Lo
ng >
<
Shor
t >
:c
hann
el<X
>:co
uplin
g <N
R1>
:cha
nnel
<X>:
coup
ling?
:cha
n<X
>:co
up <
NR
1>
:cha
n:co
up?
Para
met
er
<X>
Cha
nnel
<N
R1>
C
oupl
ing
mod
e
1/
2 C
H1/
2 0
AC
cou
plin
g
1
DC
cou
plin
g
2
Gro
und
coup
ling
Exam
ple
:cha
nnel
1:co
uplin
g 1
Sele
cts
the
DC
cou
plin
g fo
r Cha
nnel
1
:CH
AN
nel<
X>:
DIS
Play
S
et Que
ry
Des
crip
tion
Turn
s a c
hann
el o
n/of
f or r
etur
ns it
s sta
tus.
Sam
e as
: Cha
nnel
key
Synt
ax
< Lo
ng >
<
Shor
t >
:c
hann
el<X
>:di
spla
y <B
oole
an>
:cha
nnel
<X>:
disp
lay?
:cha
n<X
>:di
sp
<Boo
lean
>
:cha
n<X
>:di
sp?
Para
met
er
<X>
Cha
nnel
<N
R1>
C
hann
el o
n/of
f
1/
2 C
H1/
2 0
Off
1
On
Exam
ple
:cha
nnel
1:di
spla
y 1
Turn
s on
Cha
nnel
1
:CH
AN
nel<
X>:
EXPa
nd
Set Q
uery
Des
crip
tion
Sets
Exp
and
from
gro
und
or fr
om c
ente
r for
a
chan
nel.
Que
ries
the
Expa
nd s
tatu
s of
a c
hann
el.
Sam
e as
: Cha
nnel
key
Expa
nd
Synt
ax
< Lo
ng >
<
Shor
t >
CO
MM
AN
D D
ETA
ILS
25
:c
hann
el<X
>:ex
pand
<B
oole
an>
:cha
nnel
<X>:
expa
nd?
:cha
n<X
>:ex
p <B
oole
an>
:cha
n<X
>:ex
p?
Para
met
er
<X>
Cha
nnel
<N
R1>
Ex
pand
1/
2 C
H1/
2 0
Gro
und
1
Cen
ter
Exam
ple
:cha
nnel
1:ex
pand
1
:cha
nnel
1:ex
pand
?
1
Sets
Cha
nnel
1 to
Ex
pand
from
Cen
ter.
Retu
rns
expa
nd fr
om
cent
er (1
) as
chan
nel 1
’s
Expa
nd st
atus
.
:CH
AN
nel<
X>:
INV
ert
Set Q
uery
Des
crip
tion
Inve
rts
a ch
anne
l or r
etur
ns it
s sta
tus.
Sam
e as
: Cha
nnel
key
→ F
2
Synt
ax
< Lo
ng >
<
Shor
t >
:c
hann
el<X
>:in
vert
<B
oole
an>
:cha
nnel
<X>:
inve
rt?
:cha
n<X
>:in
v <B
oole
an>
:cha
n<X
>:in
v?
Para
met
er
<X>
Cha
nnel
<N
R1>
C
hann
el in
vert
1/
2 C
H1/
2 0
off
1
on
Exam
ple
:cha
nnel
1:in
vert
1
Inve
rts
Cha
nnel
1
:CH
AN
nel<
X>:
MA
TH
Set Q
uery
Des
crip
tion
Sele
cts
or re
turn
s th
e m
ath
oper
atio
n ty
pe.
Sam
e as
: Mat
h ke
y →
F1
Synt
ax
< Lo
ng >
<
Shor
t >
GD
S-10
00A
Pro
gram
min
g M
anua
l
26
:c
hann
el<X
>:m
ath
<NR
1>
:cha
nnel
<X>:
mat
h?
:cha
n<X
>:m
ath
<NR
1>
:cha
n<X
>:m
ath?
Para
met
er
<X>
Cha
nnel
<N
R1>
M
ath
oper
atio
n
1/
2 C
H1
or C
H2
0 M
ath
off
1
Add
2
Subt
ract
3
Mul
tiply
4
FFT
5
FFTr
ms
Exam
ple1
:c
hann
el1:
mat
h 2
Cha
nnel
1 –
Cha
nnel
2
Exam
ple2
:c
hann
el2:
mat
h 2
Cha
nnel
2 –
Cha
nnel
1
Exam
ple3
:c
hann
el2:
mat
h 4
Runs
FFT
on
Cha
nnel
2
:CH
AN
nel<
X>:
OFF
Set
Set Q
uery
Des
crip
tion
Sets
or r
etur
ns th
e of
fset
leve
l for
a c
hann
el. T
he
offs
et le
vel r
ange
dep
ends
on
the
vert
ical
sca
le.
Synt
ax
< Lo
ng >
<
Shor
t >
:c
hann
el<X
>:of
fset
<N
R3>
:cha
nnel
<X>:
offs
et?
:cha
n<X
>:of
fs <
NR
3>
:cha
n<X
>:of
fs?
Para
met
er
<X>
Cha
nnel
<N
R3>
O
ffset
leve
l
1/
2 C
H1/
2 ±0
.5~
±5
±0.5
V ~
±5V
(2
mV
/div
~50m
V/d
iv)
±5
.0~
±50
±5.0
V ~
±50
V
(100
mV
/div
~500
mV
/div
)
±5
0.0~
±300
±5
0.0V
~ ±
300V
(1
V/d
iv ~
10V
/div
)
Exam
ple
:cha
nnel
1:sc
ale
1.00
e–2
:cha
nnel
1:of
fset
2.0
0e–2
Se
ts th
e C
hann
el 1
sc
ale
to 1
0mV
/div
Se
ts th
e C
hann
el 1
of
fset
to 2
0mV
CO
MM
AN
D D
ETA
ILS
27
:CH
AN
nel<
X>:
PRO
Be:
RA
Tio
Set Q
uery
Des
crip
tion
Sets
or r
etur
ns th
e pr
obe
atte
nuat
ion
fact
or.
Sam
e as
: Cha
nnel
key
→ v
aria
ble
knob
Synt
ax
< Lo
ng >
<
Shor
t >
:c
hann
el<X
>:pr
obe:
ratio
<NR
f>
<NR
f>
:cha
nnel
<X>:
prob
e:ra
tio?
:cha
n<X
>:pr
ob:r
at
<NR
f>
:cha
n<X
>:pr
ob:r
at?
Para
met
er
<X>
Cha
nnel
<N
Rf>
Pr
obe
atte
nuat
ion
fact
or
1/
2 C
H1/
2 0.
1/0.
2/0.
5 0.
1x/0
.2x/
0.5x
1/
2/5
1x/2
x/5x
10
/20/
50
10x/
20x/
50x
10
0/20
0/50
0 10
0x/2
00x/
500x
10
00/2
000
1000
x/20
00x
Exam
ple
:cha
nnel
1:pr
obe:
ratio
1
Sets
the
Cha
nnel
1
prob
e at
tenu
atio
n fa
ctor
to 1
x
:CH
AN
nel<
X>:
PRO
Be:
TYPE
S
et Que
ry
Des
crip
tion
Sets
or r
etur
ns th
e pr
obe
type
(vol
tage
/cur
rent
). Sa
me
as: C
hann
el k
ey →
F4
Synt
ax
< Lo
ng >
<
Shor
t >
:c
hann
el<X
>:pr
obe:
type
<b
oole
an>
:cha
nnel
<X>:
prob
e:ty
pe?
:cha
n<X
>:pr
ob:ty
pe
<boo
lean
>
:cha
n<X
>:pr
ob:ty
pe?
GD
S-10
00A
Pro
gram
min
g M
anua
l
28
Para
met
er
<X>
Cha
nnel
<b
oole
an>
Prob
e ty
pe
1/
2 C
H1/
2 0
Volta
ge
1
Cur
rent
Exam
ple
:cha
nnel
1:pr
obe:
type
1
Sets
the
Cha
nnel
1
prob
e ty
pe to
C
urre
nt.
:CH
AN
nel<
X>:
SCA
Le
Set Q
uery
Des
crip
tion
Sets
or r
etur
ns th
e ve
rtic
al sc
ale.
The
sca
le d
epen
ds
on th
e pr
obe
atte
nuat
ion
fact
or.
Sam
e as
: Vol
ts/D
iv k
nob
Synt
ax
< Lo
ng >
<
Shor
t >
:c
hann
el<X
>:sc
ale
<NR
3>
:cha
nnel
<X>:
scal
e?
:cha
n<X
>:sc
al <
NR
3>
:cha
n<X
>:sc
al?
Para
met
er
<X>
Cha
nnel
<N
R3>
V
ertic
al s
cale
1/
2 C
H1/
2 2e
–3 ~
5e+
0 2m
V ~
10V
(P
robe
x1)
2e
–2 ~
1e+
2 20
mV
~ 1
00V
(P
robe
x10
)
2e
–1 ~
1e+
3 20
0mV
~ 1
000V
(P
robe
x10
0)
Exam
ple
:cha
nnel
1:pr
obe
0
:cha
nnel
1:sc
ale
2.00
e–3
Sets
the
Cha
nnel
1 p
robe
at
tenu
atio
n fa
ctor
to x
1 Se
ts th
e C
hann
el 1
ve
rtic
al s
cale
to 2
mV
/div
CO
MM
AN
D D
ETA
ILS
29
Cur
sor
Com
man
d
:C
UR
Sor:
X<X
>Pos
ition
.....
......
......
......
......
......
......
......
29
:CU
RSo
r:Y<
X>P
ositi
on ..
......
......
......
......
......
......
......
... 3
0:C
UR
Sor:
<X>D
ELta
.....
......
......
......
......
......
......
......
......
30
:CU
RSo
r:<X
>DIS
play
.....
......
......
......
......
......
......
......
... 3
1:C
UR
Sor:
SOU
Rce
......
......
......
......
......
......
......
......
......
.. 32
:CU
RSo
r:X
<X>P
ositi
on
Set Q
uery
Des
crip
tion
Sets
or r
etur
ns th
e ho
rizo
ntal
(X a
xis)
cur
sor
posi
tion.
Sam
e as
: Cur
sor k
ey →
F5
(X-Y
) →F2
(X1)
or F
3 (X
2) +
Var
iabl
e kn
ob
Synt
ax
< Lo
ng >
<
Shor
t >
:c
urso
r:x<
X>p
ositi
on <
NR
1>
:cur
sor:
x<X
>pos
ition
?
:cur
s:x<
X>p
<N
R1>
:cur
s:x<
X>p
?
Para
met
er
<X>
Cur
sor 1
or 2
<N
R1>
C
urso
r pos
ition
1
Cur
sor
X1
1 ~
249
1 ~
249
poin
t
2
Cur
sor
X2
Not
e W
hen
in th
e qu
ery
mod
e, th
e re
turn
ed d
ata
form
at
is <
NR3
> as
follo
ws.
CH
1, C
H2,
Mat
h (C
H1±
CH
2): t
ime
(s)
Mat
h (F
FT):
freq
uenc
y (H
z)
Exam
ple
:cur
sor:
xdis
play
1
:cur
sor:
x1po
sitio
n 10
0 Pu
ts th
e ho
rizo
ntal
cu
rsor
X1
on th
e 10
0 po
int p
ositi
on
:c
hann
el:m
ath
3 :c
urso
r:xd
ispl
ay 1
:c
urso
r:x1
posi
tion?
→
2.5
00E+
03
Retu
rns
the
X1 c
urso
r po
sitio
n as
250
0Hz
in
the
Mat
h FF
T m
ode
GD
S-10
00A
Pro
gram
min
g M
anua
l
30
:CU
RSo
r:Y<
X>P
ositi
on
Set Q
uery
Des
crip
tion
Sele
cts
or re
turn
s th
e ve
rtic
al (Y
axi
s) c
urso
r po
sitio
n.
Sam
e as
: Cur
sor k
ey →
F5 (X
-Y) →
F2(
Y1) o
r F3(
Y2)
+ V
ertic
al k
nob
Synt
ax
< Lo
ng >
<
Shor
t >
:c
urso
r:y<
X>p
ositi
on <
NR
1>
:cur
sor:
y<X
>pos
ition
?
:cur
s:y<
X>p
<N
R1>
:cur
s:y<
X>p
?
Para
met
er
<X>
Cur
sor 1
or 2
<N
R1>
C
urso
r pos
ition
1
Cur
sor
Y1
1 ~
199
1 ~
199
poin
t
2
Cur
sor
Y2
Not
e W
hen
in th
e qu
ery
mod
e, th
e re
turn
ed d
ata
form
at
is <
NR3
> as
follo
ws.
CH
1, C
H2,
Mat
h (C
H1±
CH
2): v
olta
ge (V
) M
ath
(FFT
): de
cibe
l (dB
)
Exam
ple
:cur
sor:
ydis
play
1
:cur
sor:
y1po
sitio
n 10
0 Pu
ts th
e ve
rtic
al
curs
or Y
1 on
the
100
poin
t pos
ition
:c
hann
el:m
ath
3 :c
urso
r:yd
ispl
ay 1
:c
urso
r:y1
posi
tion?
→
2.5
00E+
00
Retu
rns
the
Y1 c
urso
r po
sitio
n as
2.5
dB in
th
e M
ath
FFT
mod
e
:CU
RSo
r:<X
>DEL
ta
Que
ry
Des
crip
tion
Retu
rns
the
dist
ance
bet
wee
n tw
o ho
rizo
ntal
(X
axis
) or v
ertic
al (Y
axi
s) c
urso
rs.
Sam
e as
: Cur
sor k
ey →
F5 (X
-Y) →
F4
Synt
ax
< Lo
ng >
<
Shor
t >
CO
MM
AN
D D
ETA
ILS
31
:c
urso
r:<X
>del
ta?
:cur
s:<X
>del
?
Para
met
er
<X>
Hor
izon
tal o
r ver
tical
cur
sor
x
Hor
izon
tal c
urso
r (X
axi
s)
y
Vert
ical
cur
sor
(Y a
xis)
Not
e Th
e re
turn
ed d
ata
form
at is
<N
R3>
as fo
llow
s.
CH
1, C
H2,
Mat
h (C
H1±
CH
2): t
ime
(s) f
or
hori
zont
al c
urso
r, vo
ltage
(V) f
or v
ertic
al c
urso
r M
ath
(FFT
): fr
eque
ncy
(Hz)
for h
oriz
onta
l cur
sor,
deci
bel (
dB) f
or v
ertic
al c
urso
r
Exam
ple
:cha
nnel
:mat
h 3
:cur
sor:
xdis
play
1
:cur
sor:
xdel
ta?
→ 2
.500
E+03
Retu
rns
the
freq
uenc
y (2
500H
z) b
etw
een
the
two
hori
zont
al c
urso
rs
in th
e M
ath
FFT
mod
e
:c
hann
el:m
ath
3 :c
urso
r:yd
ispl
ay 1
:c
urso
r:yd
elta
?
→ 2
.500
E+00
Retu
rns
the
deci
bel
(2.5
dB) b
etw
een
the
two
vert
ical
cur
sors
in
the
Mat
h FF
T m
ode
:CU
RSo
r:<X
>DIS
play
S
et
Des
crip
tion
Turn
s th
e ho
rizo
ntal
or v
ertic
al c
urso
rs o
n/of
f. Sa
me
as: C
urso
r key
Synt
ax
< Lo
ng >
<
Shor
t >
:c
urso
r:y<
X>d
ispl
ay <
Boo
lean
> :c
urs:
y<X
>dis
<B
oole
an>
Para
met
er
<X>
X or
Y c
urso
r <N
R1>
C
urso
r on/
off
x
X (
hori
zont
al)
0 of
f
y
Y (v
ertic
al)
1 on
Exam
ple
:cur
sor:
ydis
play
1
Turn
Y c
urso
r on
GD
S-10
00A
Pro
gram
min
g M
anua
l
32
:CU
RSo
r:SO
UR
ce
Set Q
uery
Des
crip
tion
Sele
cts
or re
turn
s th
e cu
rsor
sou
rce
chan
nel.
Sam
e as
: Cur
sor k
ey →
F1 (S
ourc
e)
Synt
ax
< Lo
ng >
<
Shor
t >
:c
urso
r:so
urce
<N
R1>
:cur
sor:
sour
ce?
:cur
s:so
ur <
NR
1>
:cur
s:so
ur?
Para
met
er
<NR
1>
Cur
sor s
ourc
e ch
anne
l
1/
2 C
hann
el ½
3
Mat
h re
sult
Exam
ple
:cur
sor:
sour
ce 2
Se
lect
s Cha
nnel
2 a
s th
e cu
rsor
sou
rce
CO
MM
AN
D D
ETA
ILS
33
Dis
play
Com
man
d
:D
ISPl
ay:A
CC
umul
ate
......
......
......
......
......
......
......
......
. 33
:DIS
Play
:CO
NTr
ast .
......
......
......
......
......
......
......
......
.... 3
3:D
ISPl
ay:G
RA
Ticu
le...
......
......
......
......
......
......
......
......
.. 34
:DIS
Play
:WA
Vef
orm
.....
......
......
......
......
......
......
......
.....
34:R
EFR
esh
......
......
......
......
......
......
......
......
......
......
......
... 3
5
:DIS
Play
:AC
Cum
ulat
e S
et Que
ry
Des
crip
tion
Turn
s th
e di
spla
y ac
cum
ulat
e m
ode
on/o
ff or
re
turn
s its
stat
us.
Sam
e as
: Dis
play
key
→ F
2
Synt
ax
< Lo
ng >
<
Shor
t >
:d
ispl
ay:a
ccum
ulat
e <B
oole
an>
:dis
play
:acc
umul
ate?
:dis
p:ac
c <B
oole
an>
:dis
p:ac
c?
Para
met
er
<NR
1>
Dis
play
acc
umul
atio
n
0
off
1
on
Exam
ple
:dis
play
:acc
umul
ate
1 Tu
rns
on th
e ac
cum
ulat
ion
:DIS
Play
:CO
NTr
ast
Set Q
uery
Des
crip
tion
Sets
or r
etur
ns th
e di
spla
y co
ntra
st le
vel.
Sam
e as
: Dis
play
key
→ F
4
Synt
ax
< Lo
ng >
<
Shor
t >
:d
ispl
ay:c
ontr
ast <
NR
1>
:dis
play
:con
tras
t?
:dis
p:co
nt <
NR
1>
:dis
p:co
nt?
GD
S-10
00A
Pro
gram
min
g M
anua
l
34
Para
met
er
<NR
1>
Dis
play
con
tras
t
–1
0 ~
10
Low
est (
–10)
to th
e H
ighe
st (+
10)
Exam
ple
:dis
play
:con
tras
t 0
Sets
the
disp
lay
cont
rast
to th
e m
iddl
e (±
0)
:DIS
Play
:GR
ATi
cule
S
et Que
ry
Des
crip
tion
Sets
or r
etur
ns th
e di
spla
y gr
id ty
pe.
Sam
e as
: Dis
play
key
→ F
5
Synt
ax
< Lo
ng >
<
Shor
t >
:d
ispl
ay:g
ratic
ule
<NR
1>
:dis
play
:gra
ticul
e?
:dis
p:gr
at <
NR
1>
:dis
p:gr
at?
Para
met
er
<NR
1>
Gri
d ty
pe
<NR
1>
Gri
d ty
pe
0
Full
mod
e 2
Fram
e m
ode
1
Cro
ss m
ode
Exam
ple
:dis
play
:gra
ticul
e 0
Sele
cts t
he fu
ll gr
id
:DIS
Play
:WA
Vef
orm
S
et Que
ry
Des
crip
tion
Sets
or r
etur
ns th
e di
spla
y w
avef
orm
type
.
Sam
e as
: Dis
play
key
→ F
1
Synt
ax
< Lo
ng >
<
Shor
t >
:d
ispl
ay:w
avef
orm
<N
R1>
:dis
play
:wav
efor
m?
:dis
p:w
av <
NR
1>
:dis
p:w
av?
Para
met
er
<NR
1>
Dis
play
wav
efor
m ty
pe
0
Vec
tors
1
Dot
s
Exam
ple
:dis
play
:wav
efor
m 0
Se
lect
s th
e ve
ctor
s w
avef
orm
CO
MM
AN
D D
ETA
ILS
35
:REF
Res
h S
et
Des
crip
tion
Eras
es th
e ex
istin
g w
avef
orm
and
dra
ws a
new
on
e.
Sam
e as
: Dis
play
key
→ F
3
Synt
ax
< Lo
ng >
<
Shor
t >
:r
efre
sh
:ref
r
GD
S-10
00A
Pro
gram
min
g M
anua
l
36 Mea
sure
com
man
d
:M
EASu
re:F
ALL
......
......
......
......
......
......
......
......
......
......
36
:MEA
Sure
:FO
VSh
oot .
......
......
......
......
......
......
......
......
.. 37
:MEA
Sure
:FPR
esho
ot ..
......
......
......
......
......
......
......
......
37
:MEA
Sure
:FR
EQue
ncy .
......
......
......
......
......
......
......
......
38
:MEA
Sure
:NW
IDth
.....
......
......
......
......
......
......
......
......
. 38
:MEA
Sure
:PD
UTy
.....
......
......
......
......
......
......
......
......
... 38
:MEA
Sure
:PER
iod
......
......
......
......
......
......
......
......
......
.. 39
:MEA
Sure
:PW
IDth
.....
......
......
......
......
......
......
......
......
.. 39
:MEA
Sure
:RIS
e ....
......
......
......
......
......
......
......
......
......
... 40
:MEA
Sure
:RO
VSh
oot .
......
......
......
......
......
......
......
......
.. 40
:MEA
Sure
:RPR
esho
ot ..
......
......
......
......
......
......
......
......
41
:MEA
Sure
:SO
UR
ce ..
......
......
......
......
......
......
......
......
.... 4
1 :M
EASu
re:V
AM
Plitu
de ..
......
......
......
......
......
......
......
.... 4
1 :M
EASu
re:V
AV
erag
e ...
......
......
......
......
......
......
......
......
. 42
:MEA
Sure
:VH
I ....
......
......
......
......
......
......
......
......
......
... 42
:MEA
Sure
:VLO
.....
......
......
......
......
......
......
......
......
......
.. 43
:MEA
Sure
:VM
AX
......
......
......
......
......
......
......
......
......
.... 4
3 :M
EASu
re:V
MIN
.....
......
......
......
......
......
......
......
......
..... 4
4 :M
EASu
re:V
PP ..
......
......
......
......
......
......
......
......
......
..... 4
4 :M
EASu
re:V
RM
S ...
......
......
......
......
......
......
......
......
......
. 45
:MEA
Sure
:FA
LL
Que
ry
Des
crip
tion
Retu
rns
the
fallt
ime
mea
sure
men
t res
ult.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (F
all T
ime)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:fa
ll?
:mea
s:fa
ll?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
CO
MM
AN
D D
ETA
ILS
37
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:fall?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
fall
time.
:MEA
Sure
:FO
VSh
oot
Que
ry
Des
crip
tion
Retu
rns
the
fall
over
shoo
t am
plitu
de.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (F
OV
Shoo
t)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:fo
vsho
ot?
:mea
s:fo
vs?
Ret
urns
<N
R2>
with
% s
ign
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:fall?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
fall
over
shoo
t.
:MEA
Sure
:FPR
esho
ot
Que
ry
Des
crip
tion
Retu
rns
fall
pres
hoot
am
plitu
de.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (F
PRES
hoot
)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:fo
vsho
ot?
:mea
s:fo
vs?
Ret
urns
<N
R2>
with
% s
ign
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:fall?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
fall
pres
hoot
.
GD
S-10
00A
Pro
gram
min
g M
anua
l
38
:MEA
Sure
:FR
EQue
ncy
Que
ry
Des
crip
tion
Retu
rns
the
freq
uenc
y va
lue.
Sa
me
as: M
easu
re k
ey →
F1~
F5 →
F3
(Fre
quen
cy)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:fr
eque
ncy?
:m
eas:
freq
?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:freq
uenc
y?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
freq
uenc
y.
:MEA
Sure
:NW
IDth
Q
uery
Des
crip
tion
Retu
rns
the
first
neg
ativ
e pu
lse
wid
th ti
min
g.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (–
Wid
th)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:n
wid
th?
:mea
s:nw
id?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:nw
idth
?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
nega
tive
puls
e w
idth
.
:MEA
Sure
:PD
UTy
Q
uery
Des
crip
tion
Retu
rns
the
posi
tive
duty
cyc
le ra
tio.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (D
utyC
ycle
)
Synt
ax
< Lo
ng >
<
Shor
t >
CO
MM
AN
D D
ETA
ILS
39
:m
easu
re:p
duty
? :m
eas:
pdut
?
Ret
urns
<N
R2>
as
the
perc
enta
ge
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:pdu
ty?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
posi
tive
duty
cyc
le.
:MEA
Sure
:PER
iod
Que
ry
Des
crip
tion
Retu
rns
the
peri
od.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (P
erio
d)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:p
erio
d?
:mea
s:pe
r?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:per
iod?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
peri
od.
:MEA
Sure
:PW
IDth
Q
uery
Des
crip
tion
Retu
rns
the
first
pos
itive
pul
se w
idth
. Sa
me
as: M
easu
re k
ey →
F1~
F5 →
F3
(+W
idth
)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:p
erio
d?
:mea
s:pe
r?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
GD
S-10
00A
Pro
gram
min
g M
anua
l
40
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:pw
idth
?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
posi
tive
puls
e w
idth
.
:MEA
Sure
:RIS
e Q
uery
Des
crip
tion
Retu
rns
the
first
pul
se ri
sing
edg
e tim
ing.
Sa
me
as: M
easu
re k
ey →
F1~
F5 →
F3
(Ris
eTim
e)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:r
ise?
:m
eas:
ris?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:ris
e?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
risi
ng e
dge
timin
g.
:MEA
Sure
:RO
VSh
oot
Que
ry
Des
crip
tion
Retu
rns
rise
ove
rsho
ot a
mpl
itude
in p
erce
ntag
e.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (R
OV
Shoo
t)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:r
ovsh
oot?
:m
eas:
rovs
?
Ret
urns
<N
R2>
with
% s
ign
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:rov
shoo
t?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
rise
ov
ersh
oot.
CO
MM
AN
D D
ETA
ILS
41
:MEA
Sure
:RPR
esho
ot
Que
ry
Des
crip
tion
Retu
rns
rise
ove
rsho
ot a
mpl
itude
in p
erce
ntag
e.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (R
PRes
hoot
)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:r
pres
hoot
? :m
eas:
rpr?
Ret
urns
<N
R2>
with
% s
ign
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:rpr
esho
ot?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
rise
pr
esho
ot.
:MEA
Sure
:SO
UR
ce
Set Q
uery
Des
crip
tion
Sele
cts
the
mea
sure
men
t cha
nnel
. Sa
me
as: M
easu
re k
ey →
F1~
F5 →
F1,
F2
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:s
ourc
e <N
R1>
:mea
sure
:sou
rce?
:mea
s:so
ur <
NR
1>
:mea
s:so
ur?
Para
met
er
<NR
1>
1
~ 2
Cha
nnel
1 ~
2
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:rpr
shoo
t?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
rise
pr
esho
ot.
:MEA
Sure
:VA
MPl
itude
Q
uery
Des
crip
tion
Retu
rns
the
volta
ge d
iffer
ence
bet
wee
n po
sitiv
e an
d ne
gativ
e pe
ak.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (V
amp)
GD
S-10
00A
Pro
gram
min
g M
anua
l
42
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:v
ampl
itude
? :m
eas:
vam
p?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:vam
plitu
de?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
rise
V
olta
ge a
mpl
itude
.
:MEA
Sure
:VA
Ver
age
Que
ry
Des
crip
tion
Retu
rns
the
aver
age
volta
ge.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (V
avg)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:v
aver
age?
:m
eas:
vavg
?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:vav
erag
e?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
aver
age
Vol
tage
.
:MEA
Sure
:VH
I Q
uery
Des
crip
tion
Retu
rns
the
glob
al h
igh
volta
ge.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (V
hi)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:v
hi?
:mea
s:vh
i?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
CO
MM
AN
D D
ETA
ILS
43
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:vhi
?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
glob
al h
igh
Vol
tage
.
:MEA
Sure
:VLO
Q
uery
Des
crip
tion
Retu
rns
the
glob
al lo
w v
olta
ge.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (V
lo)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:v
lo?
:mea
s:vl
o?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:vlo
?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
glob
al lo
w V
olta
ge.
:MEA
Sure
:VM
AX
Q
uery
Des
crip
tion
Retu
rns
the
max
imum
am
plitu
de.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (V
max
)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:v
max
? :m
eas:
vmax
?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:vm
ax?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
max
imum
am
plitu
de.
GD
S-10
00A
Pro
gram
min
g M
anua
l
44
:MEA
Sure
:VM
IN
Que
ry
Des
crip
tion
Retu
rns
the
min
imum
am
plitu
de.
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (V
min
)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:v
min
? :m
eas:
vmin
?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:vm
in?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
min
imum
am
plitu
de.
:MEA
Sure
:VPP
Q
uery
Des
crip
tion
Retu
rns
the
peak
-to-p
eak
ampl
itude
(diff
eren
ce
betw
een
max
imum
and
min
imum
am
plitu
de)
Sam
e as
: Mea
sure
key
→ F
1~F5
→ F
3 (V
pp)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:v
pp?
:mea
s:vp
p?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:vpp
?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
peak
-to-p
eak
ampl
itude
.
CO
MM
AN
D D
ETA
ILS
45
:MEA
Sure
:VR
MS
Que
ry
Des
crip
tion
Retu
rns
the
root
-mea
n-sq
uare
vol
tage
. Sa
me
as: M
easu
re k
ey →
F1~
F5 →
F3
(Vrm
s)
Synt
ax
< Lo
ng >
<
Shor
t >
:m
easu
re:v
rms?
:m
eas:
vrm
s?
Ret
urns
<N
R3>
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he
mea
sure
men
t cha
nnel
. See
the
exam
ple
belo
w.
Exam
ple
:mea
sure
:sou
rce
1
:mea
sure
:vrm
s?
Sele
cts C
hann
el 1
, and
th
en m
easu
res
the
root
m
ean
squa
re v
olta
ge.
GD
S-10
00A
Pro
gram
min
g M
anua
l
46 Save
/Rec
all C
omm
and
:MEM
ory<
X>:
REC
all:S
ETup
.....
......
......
......
......
......
..... 4
6 :M
EMor
y<X
>:R
ECal
l:WA
Vef
orm
.....
......
......
......
......
.... 4
6 :M
EMor
y<X
>:SA
Ve:
SETu
p ...
......
......
......
......
......
......
... 47
:MEM
ory<
X>:
SAV
e:W
AV
efor
m ..
......
......
......
......
......
... 47
*RC
L ...
......
......
......
......
......
......
......
......
......
......
......
......
.. 48
:REF
<X>:
DIS
Play
......
......
......
......
......
......
......
......
......
.... 4
8 :R
EF<X
>:LO
Cat
e ...
......
......
......
......
......
......
......
......
......
. 49
:REF
<X>:
SAV
e ....
......
......
......
......
......
......
......
......
......
.... 4
9 *S
AV
......
......
......
......
......
......
......
......
......
......
......
......
..... 5
0
:MEM
ory<
X>:
REC
all:S
ETup
S
et
Des
crip
tion
Reca
lls a
pan
el se
tting
from
the
inte
rnal
mem
ory.
Sa
me
as: S
ave/
Reca
ll ke
y (r
ecal
l) →
F3
Synt
ax
< Lo
ng >
<
Shor
t >
:m
emor
y<x>
:rec
all:s
etup
:m
em<x
>:re
c:se
t
Para
met
er
<X>
Inte
rnal
mem
ory
1
~ 15
S1
~ S
15
Exam
ple
:mem
ory1
:rec
all:s
etup
Re
calls
the
setti
ngs
from
th
e in
tern
al m
emor
y S1
:MEM
ory<
X>:
REC
all:W
AV
efor
m
Set
Des
crip
tion
Reca
lls a
wav
efor
m fr
om th
e in
tern
al m
emor
y an
d sa
ves i
t to
a re
fere
nce
wav
efor
m.
Sam
e as
: Sav
e/Re
call
key
(rec
all) →
F4
Synt
ax
< Lo
ng >
<
Shor
t >
:m
emor
y<x>
:rec
all:w
avef
orm
<N
R1>
:m
em<x
>:re
c:w
av
<NR
1>
Para
met
er
<X>
Inte
rnal
mem
ory
CO
MM
AN
D D
ETA
ILS
47
1
~ 15
W
1 ~
W15
<N
R1>
Re
fere
nce
wav
efor
m
1,
2
Ref
A, R
efB
Exam
ple
:mem
ory1
:rec
all:w
avef
orm
1 R
ecal
ls a
wav
efor
m
from
the
inte
rnal
m
emor
y W
1 an
d sa
ves
it to
the
refe
renc
e w
avef
orm
A
:MEM
ory<
X>:
SAV
e:SE
Tup
Set
Des
crip
tion
Save
s th
e cu
rren
t pan
el s
ettin
gs to
an
inte
rnal
m
emor
y.
Sam
e as
: Sav
e/Re
call
key
(sav
e) →
F1
Synt
ax
< Lo
ng >
<
Shor
t >
:m
emor
y<x>
:sav
e:se
tup
:mem
<x>:
sav:
set
Para
met
er
<X>
Inte
rnal
mem
ory
1
~ 15
S1
~ S
15
Exam
ple
:mem
ory1
:sav
e:se
tup
Save
the
curr
ent p
anel
se
tting
s to
the
mem
ory
S1
:MEM
ory<
X>:
SAV
e:W
AV
efor
m
Set
Des
crip
tion
Save
s a re
fere
nce
wav
efor
m to
the
inte
rnal
m
emor
y.
Sam
e as
: Sav
e/Re
call
key
(sav
e) →
F2
Synt
ax
< Lo
ng >
<
Shor
t >
:m
emor
y<x>
:sav
e:w
avef
orm
<N
R1>
:m
em<x
>:sa
v:w
av
<NR
1>
Para
met
er
<X>
Inte
rnal
mem
ory
1
~ 15
W
1 ~
W15
<N
R1>
R
efer
ence
wav
efor
m
GD
S-10
00A
Pro
gram
min
g M
anua
l
48
0 C
H1
1 C
H2
2 M
ath
3 R
efA
4 R
efB
Exam
ple
:mem
ory1
:sav
e:w
avef
orm
1
Save
s th
e re
fere
nce
wav
efor
m A
to th
e in
tern
al m
emor
y W
1
*RC
L S
et
Des
crip
tion
Reca
lls a
set o
f pan
el se
tting
from
one
of t
he fi
fteen
in
tern
al m
emor
ies,
S1 to
S15
. Sa
me
as: S
ave/
Reca
ll ke
y (r
ecal
l) →
F3
Synt
ax
*rcl
<N
R1>
Para
met
er
<NR
1>
Setti
ngs
1
to 1
5 S1
to S
15
Exam
ple
*rcl
1
Reca
lls th
e pa
nel s
ettin
gs
from
S1
:REF
<X>:
DIS
Play
S
et Que
ry
Des
crip
tion
Reca
lls a
refe
renc
e w
avef
orm
into
the
disp
lay
or
retu
rns i
ts st
atus
. Sa
me
as: S
ave/
Reca
ll ke
y (r
ecal
l) →
F5
→ F
2 or
F3
Synt
ax
< Lo
ng >
<
Shor
t >
:r
ef<x
>:di
spla
y <B
oole
an>
:ref
<x>:
disp
lay?
:ref
<x>d
isp
<Boo
lean
>
:ref
<x>d
isp?
Para
met
er
<X>
Refe
renc
e <B
oole
an>
Refe
renc
e on
/off
1
A
0 of
f
2
B
1 on
CO
MM
AN
D D
ETA
ILS
49
Exam
ple
:ref
1:di
spla
y 1
Turn
s on
the
refe
renc
e w
avef
orm
A
:REF
<X>:
LOC
ate
Set Q
uery
Des
crip
tion
Mov
es o
r ret
urns
the
posi
tion
of a
refe
renc
e w
avef
orm
. Sa
me
as: S
ave/
Reca
ll ke
y →
F5 →
Var
iabl
e kn
ob
Synt
ax
< Lo
ng >
<
Shor
t >
:r
ef<x
>:lo
cate
<N
R1>
:ref
<x>:
loca
te?
:ref
<x>:
loc
<NR
1>
:ref
<x>:
loc?
Para
met
er
<X>
Refe
renc
e <N
R1>
Po
sitio
n
1
A
–10
0 to
+10
0
2
B
Not
e Be
fore
usi
ng th
is c
omm
and,
turn
on
a re
fere
nce
wav
efor
m. S
ee th
e ex
ampl
e be
low
.
Exam
ple
:ref
1:di
spla
y 1
:ref
1:lo
cate
0
Turn
s on
the
refe
renc
e w
avef
orm
A a
nd m
ove
it to
±0
posi
tion
:REF
<X>:
SAV
e S
et
Des
crip
tion
Save
s an
inpu
t sig
nal a
s a
refe
renc
e w
avef
orm
. Sa
me
as: S
ave/
Reca
ll ke
y (s
ave)
→ F
2 →
F2 →
F3
Synt
ax
< Lo
ng >
<
Shor
t >
:r
ef<x
>:sa
ve <
NR
1>
:ref
<x>s
av <
NR
1>
Para
met
er
<X>
Refe
renc
e <N
R1>
So
urce
1
A
1 C
hann
el 1
2
B
2 C
hann
el 2
3
Mat
h
GD
S-10
00A
Pro
gram
min
g M
anua
l
50
Exam
ple
:ref
1:sa
ve 1
Sa
ves
the
Cha
nnel
1
sign
al a
s th
e re
fere
nce
wav
efor
m A
*SA
V
Set
Des
crip
tion
Save
s th
e cu
rren
t pan
el s
ettin
gs in
to th
e in
tern
al
mem
ory.
Sam
e as
: Sav
e/Re
call
key
→ F
1
Synt
ax
*sav
Para
met
er
<NR
1>
Inte
rnal
mem
ory
1
to 1
5 S1
to S
15
Exam
ple
*sav
1
Save
s th
e cu
rren
t pan
el
setti
ngs i
nto
S1
CO
MM
AN
D D
ETA
ILS
51
Tim
e (H
oriz
onta
l) c
omm
and
:TIM
ebas
e:D
ELay
.....
......
......
......
......
......
......
......
......
... 5
1:T
IMeb
ase:
SCA
Le ...
......
......
......
......
......
......
......
......
.....
51:T
IMeb
ase:
SWEe
p ...
......
......
......
......
......
......
......
......
.... 5
2:T
IMeb
ase:
WIN
Dow
:DEL
ay ...
......
......
......
......
......
......
. 52
:TIM
ebas
e:W
IND
ow:S
CA
Le ..
......
......
......
......
......
......
. 53
:TIM
ebas
e:D
ELay
S
et Que
ry
Des
crip
tion
Sets
or r
etur
ns th
e ho
rizo
ntal
del
ay.
Synt
ax
< Lo
ng >
<
Shor
t >
:ti
meb
ase:
dela
y <N
R3>
:tim
ebas
e:de
lay?
:tim
:del
<N
R3>
:tim
:del
?
Exam
ple
:tim
ebas
e:de
lay
0 Se
ts th
e ho
rizo
ntal
de
lay
to 0
sec
:TIM
ebas
e:SC
ALe
S
et Que
ry
Des
crip
tion
Sele
cts o
r ret
urns
the
hori
zont
al s
cale
. Sa
me
as: T
ime/
div
knob
Synt
ax
< Lo
ng >
<
Shor
t >
:ti
meb
ase:
scal
e <N
R3>
:ti
m:s
cal <
NR
3>
Para
met
er
s/di
v <N
R3>
s/di
v <N
R3>
s/di
v <N
R3>
1n
s 1e
-9
5us
5e-6
25
ms
25e-3
2.
5ns
2.5e
-9
10us
10
e-6
50m
s 50
e-3
5n
s 5e
-9
25us
25
e-6
100m
s 10
0e-3
10
ns
10e-9
50
us
50e-6
25
0ms
250e
-3
25
ns
25e-9
10
0us
100e
-6
500m
s 50
0e-3
GD
S-10
00A
Pro
gram
min
g M
anua
l
52
50
ns
50e-9
25
0us
250e
-6
1s
1
10
0ns
100e
-9
500u
s 50
0e-6
2.
5s
2.5
25
0ns
250e
-9
1ms
1e-3
5s
5
50
0ns
500e
-9
2.5m
s 2.
5e-3
10
s 10
1u
s 1e
-6
5ms
5e-3
25
s 25
2.
5us
2.5e
-6
10m
s 10
e-3
50s
50
Exam
ple
:tim
etab
le:s
cale
1
Sele
cts 1
s/di
v as
the
hori
zont
al s
cale
:TIM
ebas
e:SW
Eep
Set Q
uery
Des
crip
tion
Sele
cts
or re
turn
s th
e ho
rizo
ntal
sw
eep
mod
e.
Sam
e as
: Hor
izon
tal m
enu
key →
F1
~ F5
Synt
ax
< Lo
ng >
<
Shor
t >
:ti
meb
ase:
swee
p <N
R1>
:tim
ebas
e:sw
eep?
:tim
:sw
e <N
R1>
:tim
:sw
e?
Para
met
er
<NR
1>
Swee
p m
ode
<NR
1>
Swee
p m
ode
0
Mai
n tim
ebas
e 1
Win
dow
2
Win
dow
zoo
m 3
Ro
ll m
ode
4
XY m
ode
Exam
ple
:tim
etab
le:s
wee
p 0
Sele
cts t
he m
ain
timeb
ase
as th
e ho
rizo
ntal
sw
eep
mod
e
:TIM
ebas
e:W
IND
ow:D
ELay
S
et Que
ry
Des
crip
tion
Sets
or r
etur
ns th
e w
idth
of t
he z
oom
ed w
indo
w.
Sam
e as
: Hor
izon
tal m
enu
key →
F2
(Win
dow
) →
Tim
e/di
v kn
ob
Synt
ax
< Lo
ng >
<
Shor
t >
:ti
meb
ase:
win
dow
:del
ay <
NR
3>
:tim
:win
d:de
l <N
R3>
CO
MM
AN
D D
ETA
ILS
53
Exam
ple
:tim
etab
le:w
indo
w:d
elay
100
Se
ts th
e zo
om w
idth
to
100
poi
nts
:TIM
ebas
e:W
IND
ow:S
CA
Le
Set Q
uery
Des
crip
tion
Sets
or r
etur
ns th
e sc
ale
(leng
th) o
f the
zoo
med
w
indo
w.
Sam
e as
: Hor
izon
tal m
enu
key →
F3
(zoo
m)
Synt
ax
< Lo
ng >
<
Shor
t >
:ti
meb
ase:
win
dow
:sca
le <
NR
3>
:tim
:win
d:sc
al<N
R3>
Exam
ple
:tim
etab
le:w
indo
w:s
cale
100
Se
ts th
e zo
om le
ngth
to
100
poi
nts
GD
S-10
00A
Pro
gram
min
g M
anua
l
54 Trig
ger
com
man
d
:F
OR
Ce .
......
......
......
......
......
......
......
......
......
......
......
......
54
:RU
N ..
......
......
......
......
......
......
......
......
......
......
......
......
.. 55
:SIN
Gle
......
......
......
......
......
......
......
......
......
......
......
......
. 55
:STO
P ...
......
......
......
......
......
......
......
......
......
......
......
......
55
*TR
G ..
......
......
......
......
......
......
......
......
......
......
......
......
.. 55
:TR
IGge
r:C
OU
Ple .
......
......
......
......
......
......
......
......
......
.. 55
:TR
IGge
r:FR
EQue
ncy .
......
......
......
......
......
......
......
......
.. 56
:TR
IGge
r:LE
Vel
......
......
......
......
......
......
......
......
......
......
. 56
:TR
IGge
r:M
OD
e ....
......
......
......
......
......
......
......
......
......
. 56
:TR
IGge
r:N
REJ
.....
......
......
......
......
......
......
......
......
......
.. 57
:TR
IGge
r:PU
LSe:
MO
De .
......
......
......
......
......
......
......
.... 5
8 :T
RIG
ger:
PULS
e:TI
Me
......
......
......
......
......
......
......
......
. 58
:TR
IGge
r:R
EJec
t ....
......
......
......
......
......
......
......
......
......
. 59
:TR
IGge
r:SL
OP.
......
......
......
......
......
......
......
......
......
......
59
:TR
IGge
r:ST
ATe
.....
......
......
......
......
......
......
......
......
......
60
:TR
IGge
r:SO
UR
ce ..
......
......
......
......
......
......
......
......
......
60
:TR
IGge
r:TY
Pe ..
......
......
......
......
......
......
......
......
......
..... 6
1 :T
RIG
ger:
VID
eo:F
IELd
.....
......
......
......
......
......
......
......
.. 61
:TR
IGge
r:V
IDeo
:LIN
e....
......
......
......
......
......
......
......
..... 6
2 :T
RIG
ger:
VID
eo:P
OLa
rity
.....
......
......
......
......
......
......
... 62
:TR
IGge
r:V
IDeo
:TYP
e ...
......
......
......
......
......
......
......
..... 6
3
:FO
RC
e S
et
Des
crip
tion
Man
ually
trig
gers
the
GD
S-10
00A
and
dis
play
s th
e in
put s
igna
ls.
Sam
e as
: (Tr
igge
r) F
orce
key
Synt
ax
<Lon
g fo
rmat
> <S
hort
form
at>
:fo
rce
:forc
CO
MM
AN
D D
ETA
ILS
55
:RU
N
Set
Des
crip
tion
Star
ts w
aitin
g fo
r a tr
igge
r con
ditio
n.
Sam
e as
: Run
key
Synt
ax
:run
:SIN
Gle
S
et
Des
crip
tion
Sele
cts t
he si
ngle
trig
ger m
ode
and
star
ts w
aitin
g fo
r a tr
igge
r con
ditio
n.
Sam
e as
: (Tr
igge
r) S
ingl
e ke
y
Synt
ax
<Lon
g fo
rmat
> <S
hort
form
at>
:s
ingl
e :s
ingl
:STO
P S
et
Des
crip
tion
Stop
s w
aitin
g fo
r a tr
igge
r con
ditio
n.
Sam
e as
: Sto
p ke
y
Synt
ax
:sto
p
*TR
G
Set
Des
crip
tion
Man
ually
trig
gers
the
GD
S-10
00A
and
dis
play
s th
e in
put s
igna
ls.
Sam
e as
: (Tr
igge
r) F
orce
key
Synt
ax
*trg
:TR
IGge
r:C
OU
Ple
Set Q
uery
Des
crip
tion
Sele
cts o
r ret
urns
the
trig
ger c
oupl
ing
mod
e.
Sam
e as
: Tri
gger
men
u ke
y →
F4 →
F2
Synt
ax
< Lo
ng >
<
Shor
t >
GD
S-10
00A
Pro
gram
min
g M
anua
l
56
:tr
igge
r:co
uple
<N
R1>
:trig
ger:
coup
le?
:trig
:cou
p <N
R1>
:trig
:cou
p?
Para
met
er
<NR
1>
Cou
plin
g m
ode
1
AC
2
DC
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he e
dge
or
puls
e tr
igge
r. Se
e th
e ex
ampl
e be
low
.
Exam
ple
:trig
ger:
type
: 0
:trig
ger:
coup
le 1
Sele
cts
the
edge
trig
ger
and
AC
cou
plin
g m
ode
:TR
IGge
r:FR
EQue
ncy
Que
ry
Des
crip
tion
Retu
rns
the
trig
ger f
requ
ency
read
out.
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:fr
eque
ncy?
:tr
ig:fr
eq?
:TR
IGge
r:LE
Vel
S
et Que
ry
Des
crip
tion
Sele
cts o
r ret
urns
the
trig
ger l
evel
. Sa
me
as: T
rigg
er le
vel k
nob
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:le
vel <
NR
3>
:trig
ger:
leve
l?
:trig
:lev
<NR
3>
:trig
:lev?
Para
met
er
<NR
3>
Trig
ger l
evel
in v
olta
ge
Exam
ple
:trig
ger:
leve
l 0
Sets
the
trig
ger l
evel
at
±0
:TR
IGge
r:M
OD
e S
et Que
ry
Des
crip
tion
Sele
cts
or re
turn
s th
e tr
igge
r mod
e.
Sam
e as
: Tri
gger
key
→ F
5
CO
MM
AN
D D
ETA
ILS
57
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:m
ode
<NR
1>
:trig
ger:
mod
e?
:trig
:mod
<N
R1>
:trig
:mod
?
Para
met
er
<NR
1>
Trig
ger m
ode
1
Aut
o
2
Nor
mal
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he e
dge
or
puls
e tr
igge
r. Se
e th
e ex
ampl
e be
low
.
Exam
ple
:trig
ger:
type
: 0
:trig
ger:
mod
e 2
Sele
cts
the
edge
trig
ger
and
norm
al tr
igge
r m
ode
:TR
IGge
r:N
REJ
S
et Que
ry
Des
crip
tion
Turn
s th
e no
ise
reje
ctio
n m
ode
on/o
ff.
Sam
e as
: Tri
gger
key
→ F
4 →
F4
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:nr
ej <
Boo
lean
>
:trig
ger:
nrej
?
:trig
:nre
j <B
oole
an>
:trig
:nre
j?
Para
met
er
<Boo
lean
> N
oise
reje
ctio
n m
ode
0
off
1
on
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he e
dge
or
puls
e tr
igge
r. Se
e th
e ex
ampl
e be
low
.
Exam
ple
:trig
ger:
type
0
:trig
ger:
nrej
0
Sele
cts
the
edge
trig
ger
and
turn
s off
the
nois
e re
ject
ion
GD
S-10
00A
Pro
gram
min
g M
anua
l
58
:TR
IGge
r:PU
LSe:
MO
De
Set Q
uery
Des
crip
tion
Sele
cts
the
trig
ger m
ode
in th
e pu
lse
trig
ger.
Sam
e as
: Tri
gger
key
→ F
1(Pu
lse)
→ F
3
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:pu
lse:
mod
e <N
R1>
:trig
ger:
puls
e:m
ode?
:trig
:pul
s:m
od <
NR
1>
:trig
:pul
s:m
od?
Para
met
er
<NR
1>
Mod
e <N
R1>
M
ode
0
< 2
=
1
> 3
≠
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he p
ulse
tr
igge
r. Se
e th
e ex
ampl
e be
low
.
Exam
ple
:trig
ger:
type
2
:trig
ger:
puls
e:m
ode
0
Sele
cts t
he p
ulse
trig
ger
and
< (s
mal
ler t
han)
as
the
trig
ger m
ode
:TR
IGge
r:PU
LSe:
TIM
e S
et Que
ry
Des
crip
tion
Sele
cts
the
trig
ger t
ime
in th
e pu
lse
trig
ger.
Sam
e as
: Tri
gger
key
→ F
1(Pu
lse)
→ F
3 →
Var
iabl
e kn
ob
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:pu
lse:
time
<NR
3>
:trig
ger:
puls
e:tim
e?
:trig
:pul
s:tim
<N
R3>
:trig
:pul
s:tim
?
Para
met
er
<NR
3>
Trig
ger t
ime
20
e-9 ~
10
20ns
~ 1
0s
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he p
ulse
tr
igge
r. Se
e th
e ex
ampl
e be
low
.
Exam
ple
:trig
ger:
type
2
:trig
ger:
puls
e:tim
e 1
Sele
cts t
he p
ulse
trig
ger
and
sets
the
trig
ger
time
as 1
sec
CO
MM
AN
D D
ETA
ILS
59
:TR
IGge
r:R
EJec
t S
et Que
ry
Des
crip
tion
Sele
cts t
he tr
igge
r rej
ectio
n fil
ter.
Sam
e as
: Tri
gger
key
→ F
4 →
F3
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:re
ject
<N
R1>
:trig
ger:
reje
ct?
:trig
:rej
<N
R1>
:trig
:rej
?
Para
met
er
<NR
1>
Reje
ctio
n fil
ter
0
off
1
LF
2
HF
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he e
dge
or
puls
e tr
igge
r. Se
e th
e ex
ampl
e be
low
.
Exam
ple
:trig
ger:
type
0
:trig
ger:
reje
ct 1
Sele
cts
the
edge
trig
ger
and
LF re
ject
ion
filte
r
:TR
IGge
r:SL
OP
Set Q
uery
Des
crip
tion
Sele
cts
the
trig
ger s
lope
. Sa
me
as: T
rigg
er k
ey →
F4 →
F1
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:sl
op <
NR
1>
:trig
ger:
slop
?
:trig
:slo
p <N
R1>
:trig
:slo
p?
Para
met
er
<NR
1>
Trig
ger s
lope
0
+ (p
ositi
ve)
1
– (n
egat
ive)
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he e
dge
or
puls
e tr
igge
r. Se
e th
e ex
ampl
e be
low
.
GD
S-10
00A
Pro
gram
min
g M
anua
l
60
Exam
ple
:trig
ger:
type
0
:trig
ger:
slop
1
Sele
cts
the
edge
trig
ger
and
nega
tive
trig
ger
slop
e
:TR
IGge
r:ST
ATe
Q
uery
Des
crip
tion
Que
ries
the
pres
ent t
rigg
er s
tate
.
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:st
ate?
:tr
ig:s
tat?
Ret
urn
Para
met
er <
NR
1>
Trig
ger s
tate
0
Un-
trig
gere
d
1
Trig
gere
d
Not
e Th
is fu
nctio
n is
des
igne
d fo
r tri
gger
ing
with
slo
w
time-
base
s or
for s
ingl
e sh
ot e
vent
s. Th
is q
uery
w
ill re
turn
0 b
efor
e th
e tr
igge
r poi
nt a
nd 1
afte
r a
trig
ger p
oint
(if a
ny).
H
owev
er w
ith q
uick
er ti
me-
base
s in
auto
mod
e, a
pe
riod
ic w
avef
orm
is c
onst
antly
re-s
ampl
ed a
nd
thus
re-tr
igge
red
each
tim
e, re
sulti
ng in
the
quer
y re
turn
ing
0 be
fore
eac
h tr
igge
r. Th
eref
ore
with
qu
icke
r tim
e ba
ses,
this
will
usu
ally
resu
lt in
0
bein
g re
turn
ed, e
ven
if th
e w
avef
orm
is sh
own
as
trig
gere
d.
Exam
ple
:trig
ger:
stat
e?
0
Retu
rns
the
curr
ent
trig
ger s
tate
as
un-
trig
gere
d.
:TR
IGge
r:SO
UR
ce
Set Q
uery
Des
crip
tion
Sele
cts
the
trig
ger s
ourc
e ch
anne
l. Sa
me
as: T
rigg
er k
ey →
F2
Synt
ax
< Lo
ng >
<
Shor
t >
CO
MM
AN
D D
ETA
ILS
61
:tr
igge
r:so
urce
<N
R1>
:trig
ger:
sour
ce?
:trig
:sou
r <N
R1>
:trig
:sou
r?
Para
met
er
<NR
1>
Trig
ger s
ourc
e <N
R1>
Tr
igge
r sou
rce
0
Cha
nnel
1
2 Li
ne
1
Cha
nnel
2
3 Ex
tern
al in
put
Exam
ple
:trig
ger:
sour
ce 0
Se
lect
s Cha
nnel
1 a
s th
e tr
igge
r sou
rce
:TR
IGge
r:TY
Pe
Set Q
uery
Des
crip
tion
Sele
cts
the
trig
ger t
ype.
Sa
me
as: T
rigg
er k
ey →
F1
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:ty
pe <
NR
1>
:trig
ger:
type
?
:tri
g:ty
p <N
R1>
:trig
:typ?
Para
met
er
<NR
1>
Trig
ger t
ype
<NR
1>
Trig
ger t
ype
0
Edge
2
Puls
e
1
Vid
eo
Exam
ple
:trig
ger:
type
0
Sele
cts
the
edge
trig
ger
type
:TR
IGge
r:V
IDeo
:FIE
Ld
Set Q
uery
Des
crip
tion
Sele
cts
the
trig
ger f
ield
in th
e vi
deo
trig
ger.
Sam
e as
: Tri
gger
key
→ F
1(V
ideo
) → F
5
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:vi
deo:
field
<N
R1>
:trig
ger:
vide
o:fie
ld?
:tri
g:vi
d:fie
l <N
R1>
:trig
:vid
:fiel
?
Para
met
er
<NR
1>
Fiel
d <N
R1>
Fi
eld
0
Line
2
even
GD
S-10
00A
Pro
gram
min
g M
anua
l
62
1
odd
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he v
ideo
tr
igge
r. Se
e th
e ex
ampl
e be
low
.
Exam
ple
:trig
ger:
type
1
:trig
ger:
vide
o:fie
ld 1
Sele
cts
the
vide
o tr
igge
r an
d od
d tr
igge
r fie
ld
:TR
IGge
r:V
IDeo
:LIN
e S
et Que
ry
Des
crip
tion
Sele
cts t
he tr
igge
r fie
ld li
ne in
the
vide
o tr
igge
r. Sa
me
as: T
rigg
er k
ey →
F1(
Vid
eo) →
F5 →
V
aria
ble
knob
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:vi
deo:
line
<NR
1>
:trig
ger:
vide
o:lin
e?
:trig
:vid
:lin
<NR
1>
:trig
:vid
:lin?
Para
met
er
<NR
1>
Line
rang
e <N
R1>
Li
ne ra
nge
1
~ 26
3 N
TSC
odd
1
~ 31
3 PA
L/SE
CA
M o
dd
1
~ 26
2 N
TSC
eve
n 1
~ 31
2 PA
L/SE
CA
M e
ven
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he v
ideo
tr
igge
r, TV
sta
ndar
d, a
nd o
dd o
r eve
n tr
igge
r fie
ld.
See
the
exam
ple
belo
w.
Exam
ple
:trig
ger:
type
1
:trig
ger:
vide
o:ty
pe 0
:trig
ger:
vide
o:fie
ld 1
:trig
ger:
vide
o:lin
e 31
3
Sele
cts t
he v
ideo
tr
igge
r, PA
L, o
dd fi
eld
trig
geri
ng, a
nd li
ne 3
13
:TR
IGge
r:V
IDeo
:PO
Lari
ty
Set Q
uery
Des
crip
tion
Sele
cts t
he v
ideo
trig
ger p
olar
ity.
Sam
e as
: Tri
gger
key
→ F
1(V
ideo
) → F
4
Synt
ax
< Lo
ng >
<
Shor
t >
CO
MM
AN
D D
ETA
ILS
63
:tr
igge
r:vi
deo:
pola
rity
<N
R1>
:trig
ger:
vide
o:po
lari
ty?
:trig
:vid
:pol
<N
R1>
:trig
:vid
:pol
?
Para
met
er
<NR
1>
Pola
rity
0
Posi
tive
1
Neg
ativ
e
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he v
ideo
tr
igge
r. Se
e th
e ex
ampl
e be
low
.
Exam
ple
:trig
ger:
type
1
:trig
ger:
vide
o:po
lari
ty 0
Sele
cts
the
vide
o tr
igge
r an
d po
sitiv
e po
lari
ty
:TR
IGge
r:V
IDeo
:TYP
e S
et Que
ry
Des
crip
tion
Sele
cts
the
TV s
tand
ard
in th
e vi
deo
trig
ger.
Sam
e as
: Tri
gger
key
→ F
1(V
ideo
) → F
3
Synt
ax
< Lo
ng >
<
Shor
t >
:tr
igge
r:vi
deo:
type
<N
R1>
:trig
ger:
vide
o:ty
pe?
:tri
g:vi
d:ty
p <N
R1>
:trig
:vid
:typ?
Para
met
er
<NR
1>
Type
<N
R1>
Ty
pe
0
PAL
2 SE
CA
M
1
NTS
C
Not
e Be
fore
usi
ng th
is c
omm
and,
sel
ect t
he v
ideo
tr
igge
r. Se
e th
e ex
ampl
e be
low
.
Exam
ple
:trig
ger:
type
1
:trig
ger:
vide
o:ty
pe 0
Sele
cts
the
vide
o tr
igge
r an
d PA
L st
anda
rd
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