Wavenet Technology Pty Ltd. BM3900M 用户手册
Boomer-III User Manual & Integrator’s Guide_______________________ APPENDIX G - Numeric Conversion Chart
BM310012WT05
83
Copyright Wavenet Technology © October 2003
Appendix B - Numeric Conversion Chart
Binary/Octal/Decimal/Hex/C/ASCII Conversion Table
Binary
Oct Dec Hex C ASCII Definition
Binary
Oct Dec Hex C ASCII
00000000
000
0
00
C
NUL
Null, or all zeros
01000000
100
64
40
P
@
00000001
001
1
01
C
SOH
Start of Heading
01000001
101
65
41
UX
A
00000010
002
2
02
C
STX
Start of Text
01000010
102
66
42
UX
B
00000011
003
3
03
C
ETX
End of Text
01000011
103
67
43
UX
C
00000100
004
4
04
C
EOT
End of Transmission
01000100
104
68
44
UX
D
00000101 005 5
05 C ENQ Enquiry
01000101 105 69 45 UX E
00000110 006 6
06 C ACK
Acknowledge
01000110 106 70 46 UX F
00000111 007 7
07 C BEL
Bell
01000111 107 71 47 U G
00001000 010 8
08 C BS
Backspace
01001000 110 72 48 U H
00001001 011 9
09 CS HT
Horizontal
Tab
01001001 111 73 49 U I
00001010 012
10 0A CS
LF
Line
Feed
01001010
112
74 4A U J
00001011 013
11 0B CS
VT
Vertical
Tab
01001011
113
75 4B U K
00001100 014
12 0C CS
FF
Form
Feed
01001100
114
76 4C U L
00001101 015
13 0D CS
CR Carriage
Return
01001101
115
77 4D U M
00001110 016
14 0E C SO Shift
Out
01001110
116
78 4E U N
00001111 017
15 0F C SI
Shift
In
01001111
117
79 4F U O
00010000 020
16 10 C DLE Data
Link
Escape
01010000
120
80 50 U P
00010001
021
17
11
C
DC1
Device Control 1 (XON)
01010001
121
81
51
U
Q
00010010 022
18 12 C DC2 Device
Control
2
01010010
122
82 52 U R
00010011
023
19
13
C
DC3
Device Control 3 (XOFF)
01010011
123
83
53
U
S
00010100 024
20 14 C DC4 Device
Control
4
01010100
124
84 54 U T
00010101 025
21 15 C NAK Negative
Acknowledge 01010101
125
85 55 U U
00010110 026
22 16 C SYN Synchronous
Idle
01010110
126
86 56 U V
00010111 027
23 17 C ETB End
Transmission
Block
01010111
127
87 57 U W
00011000 030
24 18 C CAN Cancel
01011000
130
88 58 U X
00011001 031
25 19 C EM End
of
Medium
01011001
131
89 59 U Y
00011010 032
26 1A C SUB Substitute
01011010
132
90 5A U Z
00011011 033
27 1B C ESC Escape
01011011
133
91 5B P [
00011100 034
28 1C C FS
File
Separator
01011100
134
92 5C P \
00011101 035
29 1D C GS Group
Separator
01011101
135
93 5D P ]
00011110 036
30 1E C RS
Record
Separator
01011110
136
94 5E P ^
00011111 037
31 1F C US
Unit
Separator
01011111
137
95 5F P _
00100000 040
32 20 S SP
Space
01100000
140
96 60 P `
00100001 041
33 21 P !
01100001
141
97 61 LX a
00100010 042
34 22 P "
01100010
142
98 62 LX b
00100011 043
35 23 P #
01100011
143
99 63 LX c
00100100 044
36 24
P $
01100100
144
100
64 LX d
00100101 045
37 25 P %
01100101
145
101
65 LX e
00100110 046
38 26 P &
01100110
146
102
66 LX f
00100111 047
39 27 P '
01100111
147
103
67 L g
00101000 050
40 28 P (
01101000
150
104
68 L h
00101001 051
41 29 P )
01101001
151
105
69 L i
00101010 052
42 2A P *
01101010
152
106
6A L j
00101011 053
43 2B P +
01101011
153
107
6B L k
00101100 054
44 2C P ,
01101100
154
108
6C L l
00101101 055
45 2D P -
01101101
155
109
6D L m
00101110 056
46 2E P .
01101110
156
110
6E L n
00101111 057
47 2F P /
01101111
157
111
6F L o
00110000 060 48 30 NX 0
01110000 160 112 70 L p
00110001 061 49 31 NX 1
01110001 161 113 71 L q
00110010 062 50 32 NX 2
01110010 162 114 72 L r
00110011 063 51 33 NX 3
01110011 163 115 73 L s
00110100 064 52 34 NX 4
01110100 164 116 74 L t
00110101 065 53 35 NX 5
01110101 165 117 75 L u
00110110 066 54 36 NX 6
01110110 166 118 76 L v
00110111 067 55 37 NX 7
01110111 167 119 77 L w
00111000 070 56 38 NX 8
01111000 170 120 78 L x
00111001 071 57 39 NX 9
01111001 171 121 79 L y
00111010 072
58 3A P :
01111010
172
122
7A L z
00111011 073
59 3B P ;
01111011
173
123
7B P {
00111100 074
60 3C P <
01111100
174
124
7C P |
00111101 075
61 3D P =
01111101
175
125
7D P }
00111110 076
62 3E P >
01111110
176
126
7E P ~
00111111 077
63 3F P ?
01111111
177
127
7F C DEL