Raveon RV-M8T, Техническое руководство

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Company Confidential 18
Raveon Technologies Corp.
** indicates values that are calibrated in the factory and are unit-specific.
6.3. Paging Receiver Related Commands
The following commands are specific to the operation of the M8T in the paging
decoder mode. The ATMT and ATMA commands configure the M8T to operate
in the paging decoder mode.
DF
Data Format
. 0=Numeric, 1= Alpha-numeric, 2=tone,
3=voice, 4=auto detect based on function bits.
0, 1, 2, 3, or 4 4
CC x
Set/Read Cap Code.
Two parameters, CC x yyyy
x= 1,2 or 3 which is the cap code number.
yyyy is the pager code 1 – 2097152. -1 to disable the
particular cap code. Enter “CC” to see a list of all pager cap
codes.
CC 1 12345
CC 2 -1
CC 3 -1
PM
Promiscuous Mode. Enable/disable promiscuous mode.
0 = off, 1 = ON (receive all paging messages).
0 or 1 0
PR
Pager Data Rate.
Parameter is 512, 1200, or 2400
512, 1200, 2400 512
6.4. Factory Default Settings
RV-M8T-xx (Transceiver)
For the UHF M8T, model RV-M8T-UC, the main factory defaults are:
General Settings
Primary Protocol: (ATMT 0) ............................... Packet Data
Alternate Protocol: (ATMA 3) ............................ POCSAG
WMX (WMX 0) .................................................. OFF
Paging Settings
Over-the-air paging baud rate: .......................... 512 baud
Alternate protocol (pin 15 = 1) ........................... POCSAG 512
Paging data format (DF) .................................... Auto detect
Paging Cap Code 1 (CC 1 279001) .................. 279001
Data Modem Settings:
Over-the-air data modem baud rate: ................. 4800 baud, 2-level
Serial port .......................................................... 9600baud, N/8/1
Hardware flow control ....................................... Off
RF Power Output .............................................. 100% (2watts)
Channel number selected ................................. 1
ID (ATMY) ......................................................... 1234
Address Mask (ATMK) ...................................... FFFF
Frequencies
Ch 1 .................. 462.2125 MHz