X7200HP
Transmitting @ 1W
870 mA
Transmitting
@
5W
2.8A
Receiving
120
mA
2.4
Mechanical and Environmental
Size without base plate
114mm by 65mm by 26mm
Size overall
140mm by 65mm by 26mm
Operating Temperature
Range
-10
to
+55
deg
C
3.0 CONNECTIONS
3.1.1
9 Way D Type Connector RS232
1
+12V
INPUT
6
CONFIGURATION
MODE
INPUT
2
RD
DATA
INPUT
7
RTS
REQUEST
TO
SEND
INPUT
3
TD
DATA
OUTPUT
8
CTS
CLEAR
TO
SEND
OUTPUT
4
DTR
(STANDBY)
INPUT
9
RSSI
OUTPUT
5
0v
INPUT
PIN 1+VE
12V regulated power supply, capable of supplying 0.3Amps and an inrush
current of 0.7Amps for 20mSec. It is not advisable to use a switched mode
power supply either to drive the X7200 radio modem or in close proximity to
it. This type of power supply can produce high energy radio frequencies over
a broad spectrum thereby causing interference to the received signal.
PIN 2 RD
Receive serial data from host
PIN 3 TD
Transmit serial data to host.
PIN 4 DTR
A signal of between 0v to -15v will switch the modem into standby power
mode. The input has an impedance of 22Kohms. Open circuit for normal
operation.
PIN 5 OV
Power supply and common for host.
PIN 6 CON
Configuration input. Connecting 0V to this input will send the configuration
menu to the host when the power is applied. It is left open circuit for normal
operation
PIN 7 RTS
Used in curtain applications to inhibit data from the TD output of the modem.
PIN 8 CTS
Brought low by the modem when a RF carrier is detected or the receiver
buffer memory is full. This can be connected to RTS on the host to inhibit
data from the host in duplex operations.
PIN
9
RSSI
The relative signal strength indication provides a voltage which is
logarithmically proportional to the receiver signal strength.
0V
= No RF signal strength
0.7V = 1µV
“ “ “
1.6V = 10µV
“ “ “
2.4V = 100µV
“ “ “
2.7V = 1mv
“ “ “
