Address
3X
Registers
Address
Registers
description
Attribute
Value
30001
0
TALKER ID
= GP
BYTE HI = 0x47 = 71 (ASCII – G )
BYTE LO = 0x50 = 80 (ASCII – P )
R
16-bit register
U16
30002
1
ZDA
ZDA | UTC HHMM:
1436
40.00
BYTE HI = HH = 0x0E = 14 - hours
BYTE LO = MM = 0x24 = 36 - minutes
R
16-bit register
U16
30003
2
ZDA | UTC SS.SS:1436
40.00
BYTE HI = SS = 0x28 = 40 - seconds
BYTE LO =.SS= 0x00 = 0– hundredths of a second
R
16-bit register
U16
30004
3
ZDA | UTC DDMM:
10,05
,2019,
BYTE HI = DD = 0x0A = 10 - day
BYTE LO = .MM = 0x05 = 05 - month
R
16-bit register
U16
30005
4
ZDA | UTC YYY: 10,05,
2019
,
BYTE HI = YYHI = 0x07 = 7 - year
BYTE LO = YYLO = 0xE3 = 227 - year
R
16-bit register
U16
30006
5
ZDA | UTC LZ HHMM:
-02,00
* Local time
BYTE HI = LZHH = 0xFE = 254 – (-2) hours, Local zone hours
BYTE LO = LZMM = 0x00 = 0 – (0) minutes, Local zone minutes
R
16-bit register
U16
30007
6
GLL
GLL LANTITUDE: 5129.61670,N,
GLL | LANTITUDE DWORD
= 512961670 = 0x1E 93 2C 86
WORD LO = 0x2C86; BYTE HI = 0x2C; BYTE LO = 0x86
R
16-bit register
U32 LO
DW=10000
30008
7
GLL | LANTITUDE DWORD = 512961670 = 0x1E 93 2C 86
WORD HI = 0x1E 93; BYTE HI = 0x1E; BYTE LO = 0x93
R
16-bit register
U32 HI
DW=10000
30009
8
GLL | LANTITUDE UNITS DESIGNATOR: 5129.6167,
N
, (N/S)
WORD = 0x00
4E; BYTE HI = 0x00; BYTE LO = 0x4E = N (ASCII)
R
16-bit register
CH[2]
30010
9
GLL | LONGITUDE: 00636.58680,W
GLL | LONGITUDE DWORD = 63658680 = 0x03 CB 5A B8
WORD LO = 0x5AB8; BYTE HI = 0x5A; BYTE LO = 0xB8
R
16-bit register
U32 LO
DW=10000
30011
10
GLL | LONGITUDE DWORD = 63658680 = 0x03 CB 5A B8
WORD HI = 0x03CB; BYTE HI = 0x03; BYTE LO = 0xCB
R
16-bit register
U32 HI
DW=10000
30012
11
GLL | LONGITUDE UNITS DESIGNATOR : 00636.58680,
W
(W/E)
WORD = 0x0057
; BYTE HI=0x00; BYTE LO = 0x57 = W (ASCII)
R
16-bit register
CH[2]
30013
12
GLL | UTC TIME HHMM:
1351
07.00
BYTE HI = HH = 0x0D = 13 - hours
BYTE LO = MM = 0x33 = 51 - minutes
R
16-bit register
U16
30014
13
GLL | UTC TIME SS.SS: 1351
07.00
BYTE HI = SS = 0x07 = 7 - seconds
BYTE LO = .SS= 0x00 = 0 - hundredths of a second
R
16-bit register
U16
30015
14
GLL | STATUS, MODE INDICATOR:
V,N
BYTE HI = STATUS = 0x56 = 86 (ASCII – V)
BYTE LO = .MODE = 0x4E = 78 (ASCII – N)
R
16-bit register
CH[2]
30016
15
VTG
VTG | COURSE TRUE NORTH :
309.620
,T,
VTG | COURSE TRUE NORTH DWORD = 309620 = 0x00 04 B9 74
WORD LO = 0xB974; BYTE HI = 0xB9; BYTE LO = 0x74
R
16-bit register
U32 LO
DW=1000
30017
16
VTG | COURSE TRUE NORTH DWORD = 309620 = 0x00 04 B9 74
WORD HI = 0x004; BYTE HI = 0x00; BYTE LO = 0x04
R
16-bit register
U32 HI
DW=1000
30018
17
VTG | COURSE MAGNETIC NORTH: ,,M
VTG | COURSE MAGNETIC NORTH = 0 = 0x00 00 00 00
WORD LO = 0x0000; BYTE HI = 0x00; BYTE LO = 0x00
R
16-bit register
U32 LO
DW=1000
30019
18
VTG | COURSE MAGNETIC NORTH = 0 = 0x00 00 00 00
WORD HI = 0x0000; BYTE HI = 0x00; BYTE LO = 0x00
R
16-bit register
U32 HI
DW=1000
11
ADA-4040PC6
Summary of Contents for ADA-4040PC6
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