Kenwood TM-733E User Manual

Page of 100
11 MISCELLANEOUS TOPICS
TM-D710A/E
85
11.3 Schematic Diagram of the Optional 
PG-5J Interface Kit
Figure 11-4   PG-5J Schematic Diagram
11.4 AvMap (written by Don Arnold, W6GPS) 
The TM-D710A/E uses the NMEA 0183 standard at 4800 and 9600 baud rates to communicate 
with the GPS unit.  The transceiver has three formats for interfacing to GPS units: NMEA, 
Magellan and the new Kenwood format.  A GPS system with a serial interface will connect to the 
TM-D710A/E but if your GPS supports bi-directional communication, it is possible to have APRS 
callsigns and icons appear on the GPS screen.  Of all the name brand GPS units, the AvMap G5 
smoothly interfaces with the Kenwood TM-D710A/E TNC better than any other with less 
adaptation and more features specific to APRS and the TM-D710A/E by taking advantage of the 
Kenwood APRS sentence and providing a Kenwood interface cable for truly Plug and Play 
operations.
Note: The baud rates refer to serial communication between transceiver and GPS and not to the AX.25 Packet 
communication between transceivers.
AvMap G5 has many of the normal Personal Navigator data fields that you would find in most 
world brand GPS units, but AvMap developers have integrated the Kenwood sentence format to 
provide you a Tactical Mode.  No other standalone GPS system has this exclusive Kenwood/
AvMap feature.  If you are involved in a search and rescue scenario, you can assign one of your 
APRS assets (callsigns) the target designation for Tactical Mode.  This designated callsign on 
each position report is processed by AvMap for easy viewing and tracking.
If you are using the TM-D710A/E with the AvMap, in Tactical mode, you will get an additional five 
data fields that can be displayed on your AvMap:
RED
10 V
BLK
+B
GND
DC IN
DATA terminal
Panel jack
1 PR1
8 SQC
6 SQC
4 PR9
2 GND
7 GND
5 PR1
1 PKD
3 PKS
7 TXD
6 PKD
5 PKS
4 RXD
3 GND
2 10V
SIR
J1
SQC
PKD
PKS
PR1
PR1
D2
DSA3A1
PR9
R1
0
J2
D1
1
2
3
C1
VCC
GND
Vo
U
T
C2
C3
C4
47uF  25 V
47uF  25 V
+
+
0.01uF
0.01uF
22WR-10D
IC1
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