AOR AR One Ultra Wide Band Reciever Instructions Manual

							 70 
 
7-3-16 AF GAIN 
AG AGnnn      (nnn: 000 –255)     Default: 255 
Note: The volume control knob must be turned fully counterclockwise   
To read: AG  
Response:   AG nnn 
 
7-3-17 MANUAL GAIN (10.7 MHz AGC) 
MG 
 MGnnn      (nnn: 000 – 255)     Default: 255 
Note: Available only when the AGC is set to OFF 
To read: MG  
Response:    MG nnn 
 
7-3-18 RF GAIN 
RG 
 RGnnn      (nnn: 000 – 255)     Default: 255 
Note: The volume control knob must be turned fully 
counterclockwise 
To read: RG  
Response:    RG nnn 
 
7-3-19 IF GAIN 
IG IGnnn       (nnn: 000 – 255)     Default: 255 
To read: IG  
Response:    IG nnn 
 
7-3-20 SQUELCH SELECT 
SQn        (n: 0 or 1)        Default: 0 (noise squelch) 
n=0   Noise Squelch mode 
SQ 
 
n=1   Level Squelch mode 
To read: SQ  
Response:   SQn 
 
7-3-21 SIGNAL LEVEL  
						

							 71 
  LM  To read: LM  
NSQm LMnnn    --- When the noise squelch is selected 
(nnn: 000 – 999) 
LSQm LMnnn    --- When the level squelch is selected 
(nnn: 000 – 999) 
m: 1    when the squelch is closed 
Response 
 
m: 0    when the squelch is opened 
 
7-3-22 AUTO SIGNAL LEVEL 
 LC              LCn   (n: 0 or 1)     
n:0    Auto Signal Level off 
n:1    Auto Signal Level on 
While n is set to 1, and the squelch is opened, a signal level and frequency data 
will be sent 
LSQm LMnnn    --- When the level squelch is selected 
(nnn: 000 – 999) 
m: 1    when the squelch is closed 
 
 
m: 0    when the squelch is opened 
To read: LC  
LCn 
SQm LCnnn RFnnnnnnnnnn 
Response: 
 
 
 m: 0  Noise squelch mode 
m: 1    Level squelch mode 
 
7-3-23 AUTO BACKLIT 
LAn    (n: 0 - 2) 
n: 0    LAMP OFF 
n: 1    LAMP ON (Default) 
LA 
n: 2    LAMP AUTO 
(Will go off in 5 seconds after the squelch is closed) 
To read: LA 
Response:    LAn 
 
7-3-24 BACKLIT ON/OFF  
						

							 72 
BLn        (n: 0 or 1)      Available when LA is set to 2 (Auto). 
n: 0    BACKLIT OFF 
BL 
 
 
n: 1    BACKLIT ON (Default) 
To read: BL 
Response:    BLn 
 
7-3-25 BACKLIT DIMMER 
LDn    (n: 0 or 1)    
n: 0    NORMAL (Default) 
 LD 
n: 1  DIMM 
To read: LD 
Response:    LDn 
 
7-3-26 LCD CONTRAST 
LV  LVnn    (nn: 00 – 31)    (Default: 12) 
To read: LV 
Response:   LVnn 
 
7-3-27 BEEP LEVEL 
BL BLn     (n: 0 – 9)       (Default: 5) 
To read: BL 
Response:   BLn 
 
7-3-28 SPEAKER SELECT 
SO SOn     (n: 0 – 3)       (Default: 3) 
n: 0    FRONT OFF, REAR OFF 
n: 1    REAR ON 
n: 2    FRONT ON 
 
n: 3    FRONT ON, REAR ON 
To read: SO 
Response:    SOn 
 
7-3-29 EXTERNAL SPEAKER   
POn    (n: 0 or 1)    
 PO 
 
n: 0    OFF (Default)  
						

							 73 
  n: 1    ON 
To read: PO 
Response:    POn 
 
7-3-30 DELAY TIME (SCAN DELAY AND SEARCH DELAY) 
DD 
 DDn.n    (n.n: 0.0 – 9.9 second)      Default: 2.0 sec. 
        nn:  FF  (hold) 
To read: DD 
Response:  DDn.n  or  DDFF 
 
7-3-31 FREE SCAN 
SP 
 SPn.n  (n.n: 0.0 – 9.9 second)    
      n.n : 0.0    FREE SCAN OFF (Default) 
       n.n: 0.1 – 9.9 sec. 
To read: SP 
Response:  SPn.n  
 
7-3-32 SIGNAL METER DISPLAY 
SF 
 SFn   (n: 0 – 2)    
   n: 0  ANALOG DISPLAY 
   n: 1  DIGITAL DISPLAY in dBuV  (Default) 
       n: 2  DIGITAL DISPLAY in dBm 
To read: SF 
Response:  SFn  
 
7-3-33 DUPLEX MODE 
OF 
 OFnnx  (nn: 00 – 47)     (00: OFF) 
         x:  +  or  -  (Offset direction) 
To read: OF 
Response:   OF xnn   
 
7-3-34 DUPLEX FREQUENCY 
OL 
 OLmm nnnnnnnn00    (mm: 01 - 19) 
        nnnn…n:  Offset frequency  (in 100Hz step, 
						

							 74 
To read: OL 
Response:   OLmm nnnnnnnnnn (10 digit) 
 
7-3-35 SIGNAL LEVEL UNIT (in dBuV) – Read only 
LU LU nnn          (-nnn – nnn) dBuV 
To read: LU 
Response:   LU nnn 
 
7-3-36 SIGNAL LEVEL UNIT (in dBm) – Read only   
LB LB nnn          (-nnn – nnn) dBm 
To read: LU 
Response:   LB nnn 
 
 
 
 
 
 
 
7-3-37 SEARCH DATA SETTING – Write only 
SE 
 SEnn       (nn: 01 – 40 )  Bank number 
SLnnnnnnnnnn (Lower Frequency) 
SUnnnnnnnnnn (Upper Frequency) 
AUn  
STnnnnnn,  MDn,  BWn,  ENn,  ATn,  AMn,  
ACn, ,,,, 
TTxxxxxxxx (Enter text as needed) 
Example: 
SE01,  SL0124500000,  SU0123900000,  AU1,  
ST002500,,,,,, 
Note: Refer to individual command for details of each field 
 
7-3-38 SEARCH DATA LIST – Read only  
						

							 75 
SR      Read search data of the current search bank 
SRnn   (nn: 01 – 40)   
Search data in search bank 1 - 40 
SRn    (n: 1 -  10) 4 
            Search data in search bank 1- 10 
SR%    Search data in all search bank 
SR 
 
  SRn SLnnnnnnnnnn Sunnnnnnnnnn AUn MDn BWn ATn AMn TTxxxxxxxx         
SRn --- (Blank) 
 
7-3-39 PASS FREQUENCY – Write only 
PW      Register a current freq. to Pass freq. 
PW 
  
PWnnnnnnnnnnnn    Register the freq. to Pass freq. 
 
7-3-40 PASS FREQUENCY LIST – Read only 
PRnn    (nn: 01 – 40)  Bank number 
PR00 nnnnnnnnnn 
PR 
PR01 nnnnnnnnnn 
:      : 
PRmm ---    (mm: 00 – 49) 
Last channel will be 49 or blank (- - -) 
  
 
 
7-3-41 DELETE PASS FREQUENCY – Write only 
PDmmnn    (mm: 01 – 40) Bank number 
(nn: 00 – 49) Pass channel 
PD 
PDmm%%    (mm: 01- 40) Bank number 
  Delete all pass frequencies on designated bank 
number 
       
7-3-42 DELETE SEARCH DATA WITH PASS FREQUENCY – Write only 
QS QSnn      (nn: 01 – 40)  
Delete search data and pass frequency on designated search 
bank  
						

							 76 
 QS%%  
Delete all search data and pass frequencies on all search 
banks 
 
7-3-43 TRANSFER THE CURRENT SEARCH DATA TO VFO – Write only 
SVn      (n: 0 – 9)     
SV 
 
 
 
 n: 0        VFO – A 
n: 1        VFO – B 
:           : 
n:9     VFO – J (Default) 
  
7-3-44 MEMORY DATA SETTING – Write only 
MX -------- Write the current receiver data to the current bank and channel   
  
MX 
 
 
 MXmnn -- Write the current receiver data to the designated bank and 
channel 
(m: 0 – 9)    Bank number 
(nn: 00 – 99) Memory channel 
 [Example]:  MXmnn 
            RFnnnnnnnnnn  (Frequency) 
            AUn             
            STnnnnnn, MDn, BWn, ENn, ATn, AMn, ACn 
            GAn     
            TMxxxxxxxx 
            Note: Refer to individual commands for details of each field. 
 
 
7-3-45 MEMORY DATA LIST – Read only 
MAn        (n: 0 – 9)    Bank number,    Memory data between CH00 to 
CH10 
  
MA 
 
MA          Memory data for bank number higher than 10 
    [Example]:      MXmnn MPn GAn RFnnnnnnnnnn AUn MDn BWn ATn AMn 
TMxxxxxxxx 
  
7-3-46 SELECT MEMORY ON/OFF 
  GAn    (n: 0 or 1)      Memory select On/Off  
						

							 77 
n: 0      OFF GA 
 
 n: 1      ON 
To read: GA 
Response:   GAn 
 
7-3-47 SELECT MEMORY LIST – Read only 
GRnn          (nn: 00 – 99)    Memory channel on the designated bank 
GR%%    All channels  (100channels maximum) 
GRn              (n: 0 – 9 )        List of 10 channels data 
GR 
 
 
 
GR        Next 10 channels data 
[Example]:  GRnn mxx … nn   (nn: channel number)   
                             (m: memory bank) 
                             (xx: memory channel) 
 
7-3-48 DELETE MEMORY – Write only 
MQn            (n:0 – 9 )    Bank number 
MQn 
 
MQ%%    All bank 
 
7-3-49 TRANSFER MEMORY DATA TO VFO – Write only 
MVn     (n: 0 – 9 )  
MV 
 
 
 
 
 n: 0      VFO – A 
n: 1      VFO – B 
:         : 
n: 8      VFO – I    (Default) 
n: 9      VFO – J 
 
7-3-50 RESET – Write only 
  RS 
 
 RS            After executing the RS command, turn off the power 
and 
turn back on. This initializes the flash memory. 
(All Search data and memory data will be deleted) 
 
 
  
						

							 78 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
8 SPECIFICATIONS 
Model:                  AR-ONE 
Configuration:           Triple conversion super heterodyne 
Frequency coverage:          10 KHz ~ 3.3 GHz (no gap) 
Receive mode:           AM, NFM, WFM, USB, LSB, CW, DATA 
Sensitivity:               (AM mode – 10 dB S/N,  NFM mode – 12 dB SINAD,  
CW/SSB mode – 10 dB S/N)  
						

							 79 
   10 ~ 40 KHz:          CW 22.3 uV 
      40 ~ 100 KHz:                  AM – 4.5 uV, CW – 1.5 uV 
      100 KHz ~ 40 MHz:        AM 2.5 uV, 2 ~ 40 MHz: AM – 1.5 uV, 
                        SSB/CW – 0.7 uV, NFM – 0.89 uV 
      40 MHz ~ 1 GHz:          AM – 0.89 uV, SSB/CW – 0.4 uV, NFM – 0.5 uV, WMF – 1.5 uV 
      1GHz ~ 2.5 GHz:          AM – 0.7 uV, SSB/CW – 0.32 uV, NFM – 0.4 uV, WFM – 1.5 uV 
      2.5 GHz ~ 3.3 GHz:      AM – 0.9 uV, SSB/CW – 0.35 uV, NFM – 0.5 uV, WFM – 1.5 uV 
IF frequencies:          1
st IF: 754 MHz / 265 MHz 
                       2
nd IF: 10.7 MHz 
                       3
rd IF: 455 KHz 
Frequency steps:                Standard steps:    1, 10, 50, 100, 500 Hz, 1, 2, 5, 6.25, 9, 10, 
12.5, 
  25, 50, 100 KHz 
Non standard steps:            Less than 1 MHz (1Hz incremental) 
Selectivity:              BW            - 6 dB          -60 dB 
                 
0.5 KHz       0.5 KHz >        < 2 KHz 
                      3 KHz         3KHz >           < 6 KHz 
                      6 KHz         6 KHz>           < 20 KHz 
                      8.5 KHz       8.5 KHz >         < 30 KHz 
                      16 KHz        16 KHz >         < 40 KHz 
                      30 KHz        30 KHz >         < 70 KHz 
                      100 KHz      100 KHz >         < 450 KHz 
                      200 KHz      200 KHz >         < 600 KHz 
                      300 KHz      300 KHz >         < 900 KHz 
Spurious Sensitivity:    60 dB > 
Adjacent Selectivity:    55 dB > 
Dynamic Range:       90 dB > 
Unwanted Spurious emission: < - 57 dBm 
3
rd IP:                 + 2 dBm > (- 1 dBm > above 2.5 GHz) 
Frequency stability:          +/- 0.1 ppm ( -10 ~ 50 C) 
THD:                 20 dB> ( < 10 %) 
Audio Output:                  2.0 w (at 8 ohms, THD < 10 %) 
Power requirement:        13.5 V DC, < 2 amp. (@ 1 w audio output) 
Antenna impedance:   50 ohm 
Antenna Connector:        N type 
IF output level:        -20 dBm  (10.7 MHz or 455 KHz)