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DG14 and DG16 Board & Sensor Reference Manual
Table 6.7 outlines the format for d1 through d88:
Typical CLK response:
$PASHR,CLK,96,12,04,4,13,25,20,14*05
4 December 1996, Wednesday 13.25, 20 sec; last write time to clock operation was
at 14sec before this command.
CRR: Code Correlator Mode
$PASHS,CRR,c1
This command selects the type of code correlator used for multipath mitigation; c1
specifies the code correlator type:
E = Edge correlator
S = Strobe correlator.
The selected correlator is applied to all GPS channels and both SBAS channels.
The Edge Correlator is standard features for the DG16. The Strobe Correlator is available for the
DG16 as an option.
Table 6.7.
$PASHQ,CLK Format
Parameter
Description
Range
d1
Year
0 to 99
d2
Month
1 to 12
d3
Date
1 to 31
d4
Day of the week
1 to 7
d5
Hour
0 to 23
d6
Minute
0 to 59
d7
Second
0 to 59
d8
Time Difference— the time lapse after the
last write to RTC
0 to 2
32
*hh
The hexadecimal checksum is computed by
exclusive O-Ring all of the bytes in the
message between, but not including, the $
and the *. The result is *hh where h is a hex
character.
0-9 and A-F
Summary of Contents for DG14
Page 12: ...xii DG16 Board Sensor Reference Manual...
Page 14: ...xiv G12 GPS OEM Board Sensor Reference Manual...
Page 48: ...28 DG14 and DG16 Board Sensor Reference Manual...
Page 72: ...52 DG14 and DG16 Board Sensor Reference Manual...
Page 202: ...182 DG14 and DG16 Board Sensor Reference Manual...
Page 344: ...324 DG14 and DG16 Board Sensor Reference Manual...
Page 374: ...354 DG14 and DG16 Board Sensor Reference Manual...
Page 389: ...369 Index W warm start 2 33 WGS 72 81 WGS 84 4 81 86 X XMG 284 XYZ 221 Z ZDA 285...
Page 390: ...370 DG14 and DG16 Board Sensor Reference Manual...