3 Installation
It is possible to use a 5-pole DIN plug if an 8 pin is not available, or the extra functions
are not required.
If a 5 pin DIN plug is used, then the connections are as shown:
8
7
2
6
5
4
3
1
Pin 1:
Audio output from the PTC to the transmitter.
Pin 2:
Ground.
Pin 3:
PTT output. (to transmitter PTT line)
Pin 4:
Audio input from the receiver to the PTC.
(loudspeaker or appropriate AUX socket)
Pin 5:
Optional power supply input.
Figure 3.4:
Connections to the transceiver (5 PIN DIN).
3.3.1
Connection to ICOM transceivers:
Most ICOM transceivers that use 8 pin DIN plug (ACC) can be connected this way:
Signal
PTC
Color
ICOM 8 pin
GND
PIN 2
white
PIN 2
PTT
PIN 3
yellow
PIN 3
AF-OUT
PIN 1
violet
PIN 4
AF-IN
PIN 4
green
PIN 5
POWER
PIN 5
blue
PIN 7
This cable is available completely assembled.
Refer to Appendix A on page
.
Table 3.2: ICOM 8 pin connection
The
smaller
ICOM transceivers (e.g. IC-706) often use a 13 pin DIN plug for ACC:
Signal
PTC
Color
ICOM 13 pin
GND
PIN 2
white
PIN 2
PTT
PIN 3
yellow
PIN 3
AF-OUT
PIN 1
violet
PIN 11
AF-IN
PIN 4
green
PIN 12
POWER
PIN 5
blue
PIN 8
This cable is available completely assembled.
Refer to Appendix A on page
Table 3.3: ICOM 13 pin connection
12
Summary of Contents for PTC-IIex
Page 14: ...List of Figures and Tables XII...
Page 30: ...3 Installation 16...
Page 108: ...7 Audio 94...
Page 126: ...8 FAX 112...
Page 173: ...12 SYStest 159...
Page 183: ...14 Circuit Description 169...
Page 195: ...15 Basics 181...
Page 201: ...B Technical Data 187...
Page 202: ...C Layout Appendix C 19 Layout B 1 Motherboard Figure B 1 Motherboard 188...
Page 203: ...C Layout 189...
Page 215: ...Index 202...