
Program example 4-2
ASCII code conversion
10
••
•
WI
(mmmm,nnnn,
x)
CO
MMAND
(GW
-BASIC)
••••
20
binary
da
ta
t rans
30
DI
M
AS
(1000)
40
CNT
- 0
50
FOR
I - 1 TO 2
60
FORB
-1T0250
70
BS
-
CHRS
(B)
80
AS(B
+
CNT
• 250) -
BS
90
NEXT
B
100
CNT
-
CNT
+ 1
110 F
OR
B
-1
TO
250
120 C
- 251 - B
130
BS
- C
HR
S(
C)
140
AS
(B
+ C
NT
• 250) -
BS
150
NEXT
B
160 C
NT
- C
NT
+ 1
170
NEXT
1
180 O
PEN
"CO
M2
:4800, N, 8, 1,
CS,
DS
, CD" F
OR
Ro\NDO
M
AS
#1
190 PRI
NT
#1, "
W3(
0000,
1000,
B)"
200 L
INE
I
NPlIT
#1,
RTNS
210
RTN
- ASC
(RTNS
)
220 IF
RTN
<> &H41
THEN
330
230
PRINT
"Wi CO
MMAND
PASS
"
240
PRINT
#1, "
#3@
,0000,1000, ";
250
FOR
I - 1
TO
999
260
PRINT
#1,
AS
(
1)
;
270
NEXT
I
280 PRI
NT
#1.
AS
(1)
290
LINE
INPlIT
#1.
RTNS
300
RTN
-
AS
C
(RTNS)
310 IF
RTN
<>
&H41
THEN
330
320 G
OT
O 340
330
PRINT
"ER
RO
R STA
TU
S-";
HEXS
(RTN
)
340 C
LO
SE #1
350
END
109
-
Oscilloscope
1
-
30200/400/600
2
-
/LU'J?
3
-
Safety Precautions
4
-
Introduction
5
-
(2) Equivalent sampling mode
8
-
..···· 9 \
9
-
.···· 90
9
-
DSRS diugrum
10
-
J. Introduction
11
-
It can pro mptly perform the
12
-
SmY/div to SV/div in 10
13
-
*Horizontal Deflection
14
-
,0, T : t::.-Ref
15
-
*Physical
16
-
Arrow mark position
17
-
3()()()DSR
18
-
,. '"
19
-
. '
20
-
As being the minute ad
22
-
I and CH2
23
-
RIZONTAL
24
-
The sweep
25
-
+(positive)
26
-
X-Y plotter
28
-
(O.5V, Ik
29
-
In the middle
30
-
. Probe compensation
32
-
---->1
33
-
0. 1 5 m s
34
-
-II------;:===
35
-
- SIDIV ---->1
36
-
!'S, rns, 5, div
37
-
1/ lJ.T : MHz, kHz,?
37
-
® Position the trace
38
-
[ 11], [ 12J
39
-
- '
40
-
Q) Trigger level selection
42
-
"'
43
-
= 3.0 DIY)
44
-
3.0 DIY)
45
-
(Ysaxis) signal
46
-
DSRS contains two axis
46
-
® Triggered B sweep
47
-
A TIM EBASE DISPLAY
48
-
INTENSIFIED
48
-
® When TIME
49
-
EQUIV mode
50
-
\ I \ I \ I \ I
51
-
10 item 3 for
54
-
HOLD waveform
56
-
(9) hori
57
-
IDIV switch set value
58
-
® " is only comparing
59
-
-0- r; -r-F
60
-
10 sine wave
62
-
OH: HOLD
63
-
(5",1
64
-
( * OS-3
65
-
2-2. BASIC MEAS
66
-
(%) signal) or the uppermost
67
-
( ,1 ). th e
68
-
Time Interval Measu rem
70
-
(J magnified
71
-
(a) roms DIvIS ION
72
-
, and the
73
-
"I
75
-
X] and PULL X5 MAG knob r1
76
-
2. Adjust the
77
-
2 cycles of the
77
-
* For the instrument equip
78
-
"""
79
-
3·1. X-Y plotter
80
-
<
81
-
""
82
-
- -=c t
83
-
1"\
84
-
' L
85
-
SfW No. 7 and 8
86
-
DIP S/W set
89
-
DIP S/W setting f
89
-
\\'111:11
90
-
[PLOT] SAV starts
90
-
Function
92
-
Signal direction
92
-
Transmission p
93
-
(FF) " 1 DIV
95
-
J is the separing c
96
-
• The transmission of •
97
-
• ASCII or binary system may
97
-
Eifmmmm. nnn
98
-
"j"should be 3 or 4
99
-
3 ASCII 3
100
-
Trans. Ree
101
-
.')
101
-
0 5-3020D
103
-
' 1 1
104
-
<>
105
-
Ri"
106
-
"Ri" command
106
-
IBM compatible pers
107
-
"wi"
108
-
Program example 4-2
109
-
ASCII code conversion
109
-
+ "A
110
-
+ "C
110
-
+ "I , ' No
110
-
<mOODSRS
111
-
. please refer to
111
-
6-1. Exte
112
-
-'
113
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