This manual is a temporary version and all content is subject to
Contents
1. RQ R RQ nnn LEVEL SQUELCH DBnnn W DBnnn nnn 000 255 Default is 000 for off THRESHOLD This command can be applied to VFO MEMORY and SEARCH DATA When the optional Remote Control Panel is connected the AF volume must be turned PEE NES to minimum for the command to function Re ere ar erecta NEC ME TR ERE DB R DB nnn AF GAIN AGnnn W AGnnn nnn 000 255 Default is 255 When the optional Remote Control Panel is connected the AF volume must be turned 7 to minimum for the command to function AG MANUAL GAIN MGnnn ie e l SELECT SQUELCH SQn SQ ail SIGNAL LEVEL LM R ATn AMn NSQm LMnnn When NOISE SQ is selected nnn 000 999 ATn AMn LSQm LMnnn When LEVEL SQ is selected nnn 000 999 SQUELCH closed AUTO SIGNAL LCn LEVEL oe SCAN SEARCH SGn RE START CMD scan search resumes This SG command repeats the process n 0 NO OPERATION n 1 Re starts SG SQ TIURGDBSGn DELAY TIME DD W DD nun n n 0 0 9 9 sec DEFAULT 2 0 sec Delay before shifting to next channel nn FF HOLD DD R DDnnoDDFF FREE SCAN SP W SPnn n n 0 0 9 9 sec decimal can be omitted n n 2 0 0 FREE SCAN OFF DEFAULT Ae M 0 1 9 9 sec SP SELECT S METER SF DIGTAL METER Sang n 2r DIGTAL METER DUPLEX ON OFF OFnnx OF DUPLEX FREQ OLmm nnn2. nn CH Z m MEM BANK xx MEM CH DELETE MEM MQn W MQn n 0 9 BANK MQ ALL BANK MOVE TO VFO MV W MVn n 0 9 VFO A VFO J Apply the current memory data to VFO n 0 VFO A n 8 VFO I DEFAULT n 9 VFO J MEM CH READ MRmnn W MR READ CURRENT MEMORY DATA MRmnn m 0 9 BANK Z nn 00 99 CH MEMO WRITE MW W MW To save the data of the frequency currently being received Automatic memory channel allocation MEMORY BLANK MB R MBm m 0 9 BANK CHANNEL LIST Searches for available channels in a bank Channels are displayed by groups of 10 delimited by example 002 005 028 034 044 078 SELECT PRIO CH PPmnn W PPmnn m 0 9 BANK nn 00 99 CH Bp c 7T R PPmnn RFnnnnnnnnnn NORMAL or RF BLANK zj INTERVAL TIME TInn W TInn nn 2 01 20 sec DEFAULT 05 sec OF PRIORITY IM me ERN A Se Ry EE ee Oe TI R Tinn PRIO ON OFF PQn W PQn n Oorl n 0 OFF PRIORITY OPERATION n 1 ON PRIORITY OPERATION PQ R PQn n Oorl pte Se OI ZEE ap oe ZU EN LEVEL WAIT LTnn W LTnn nn 01 95 Time during which the level is put on hold until it stabilizes AE n 21 APPROX 1 ms MEMO MEME E EUER HERO ELSE EDS LTnn R LTnn DISPLAY FLASH DMnnnn R DMmmmm mmmm 0000 FFFF ROM ADDRESS Last of 4 digits must be F MEMORY DMmmmfF nn nn nn 16 bytes per line 8 lines Space command allows view of following ROM address ED
3. feature a RS232C port you may alternatively use a USB to SERIAL adapter System requirements IBM PC compatible receiver with an available RS232C port Microsoft Windows 98 ME 2000 or XP Pentium amp 300MHz processor or faster at least the minimum to run the newer operating Systems RAM and hard disk space requirements are negligible 1 Connect the SR2200 to your PC using a serial cable In case you would like to use a USB to serial adapter install this adapter first as specified by the manufacturers instructions 2 Install and launch the control software The main control window looks like this SR2200 Control Software View COMIC Receiver Mode RF Amp MODE wen auto VFOA v Freg Input srEP 1o0 0k ES iw S Meter Realtime display 81 300000 lt gt nmnmpgmnmu ira 000 Opend VOLUME 002 IE n Noise Level The default COM PORT 1 setting WEZWIE should allow you to control your 5 Sa Recei BETTE e COM 10D RF Amp receiver right away Depending on you 2 a onan Bw EE SUE 4 STEP 100 0k v PC s configuration the COM PORT to CONSE 1 COM 646 V S Meter Realtime display which you connected the SR2200 can 81 30 coo G be different from COM1 In this case it n SQUELCH 000 Opend j VOLUME 002 is necessary to select the appropriate iL UM RTT number as pictured on the right When using a USB to serial adapter the COM number Windows autom
4. gt 0xOd 0x0a Note lt LF gt will be ignored MSR2200 PC OK response when the command has been correct lt SP gt lt CR gt lt LF gt 0x20 OxOd 0x0a Response when the command has been incorrect CR LF 0x3f OxOd 0x0a Response to the read command Following the output of the parameter the correct response should read lt SP gt lt CR gt lt LF gt 0x20 OxOd 0x0a Numerical parameter auto correct The SR2200 does correct the numerical command parameter to the digit format applying to the given parameter In the following example the DB command has to be followed by a 3 digit number Ex DB003 CR The SR2200 will add one or two 0 in order to achieve three digits DB3 lt CRs processed as DB003 lt CR gt DBO3 CR processed as DB003 lt CR gt However be aware that for some commands like Memory Channel or Search Bank if you input MQ33 for MQ303 bank 3 channel 3 the SR2000 would mistakenly correct your entry to MQ033 which means bank 0 channel 33 Command list details COMMUNICATION PARAMETERS REMARKS Baud rate 19200 BPS Data length 8 bits A m er LF A 18 Hex nn Receiver s ID Stop bit 2 bits Note In case ID 4 00 DEFAULT VALUE the command can be input directly Parity NON Flow control Xon Xoff COMMAND NAME REQUEST CMD COMMAND DESCRIPTION CMDior HEADE BW ono ert ce eae irs eg
5. s Frequency RFnnnnnnnnnn Hz FREQ STEP STnnnnnn W Frequency STEP in Hz Not valid for Search AUTO MODE will be set to off STnn nn Frequency STEP in KHz STon Frequency STEP in KHz ps one mie iue EE m ST R Frequency STEP in Hz STnnnnnn Hz AUTO MODE AUn W Ifactive automatically choses Reception MODE Frequency STEP Bandwidth DE ENPHASIS HPF and LPF n 0 for AUTO MODE OFF MEE PRESS ME n 1frAUTOMODEON C 5o eof ife ae ee el AU R AUn RECEPTION MODE MDn n 0 NFM BW 15K n 1 WFM BW 300K n 2 AM BW 6K n 3 SFM BW 6K EEES E BRUN NESET uod WAM BW 5 DEA C Le e a s muc eL E E MD MDn AGC ACn n 0 AGC OFF n 1 AGC FAST n 2 AGCSLOW n 3 AGC MIDDLE AC ACn Soe OR Bg te oe ee RF ATTENUATOR ATn n 0 00 dB n 1 10dB n 2 20dB n 8 AUTO Depending on the signal level RF AMP will automatically change to dn 1 enorof ries at ct et oh as AGN has shan Mees coe A BA AT R ATn n 8 AUTO ATT AMP RF AMP AMn W n D RF AMP OFF n 1 RF AMP ON n 2 AUTO Depending on the signal level ATT will automatically change to PER onorof 0 0 Sop E pa es eg ES EDUC oe en UO ER ee R Amn n 23 AUTO ATT AMP NOISE SQUELCH RQnnn W RQnnn nnn 000 255 THRESHOLD This command can be applied to VFO MEMORY and SEARCH DATA When the optional Remote Control Panel is connected the AF volume must be turned L _ ___ _ ____ tominimum for the command to function L L
6. software is currently under development nevertheless the complete COMMAND LIST is provided in this manual to allow you to develop your own control software USB driver on CD CONNECTION Refer to this diagram for connections EC DISPLAY SR2200 1 This 10 7MHz IF OUT socket provides output to drive the optional AOR SDU5600 Spectrum Display unit with 5MHz of bandwidth 2 Headphone socket 3 5mm mono jack also wired for stereo plug When this socket is used any external speaker connected to socket 3 will be automatically disconnected 3 External speaker socket 3 5mm mono The speaker should have a nominal 8 Ohm impedance and power handling of 2 Watts or greater 4 Accessory socket Provides output for audio and discriminator or other applications you might create Pin allocation as follows PIN NUMBER CONNECTION 5V DC 30mA MAX Discriminator out 500mVp p EN No connection a No connection No connection 6 AF out H 120mV 600 Ohm 7 AFout L 6 0mV 600 Ohm 8 Ground Values for pins 2 6 7 are for a 3kHz FM deviation at antenna input level 5 RS 232C socket for PC control The connection cable is not supplied Please note that the socket name REMOTE will be changed on production units to a more suitable name 6 USB socket for PC control The connection cable is not supplied When you connect the SR2200 power ON to the PC for the first time Windows will detect t
7. under development you may access the Terminal window through the VIEW menu This window allows you to monitor the data flowing from the SR2200 to the PC and to check upon the SR2200 data response when a Command Instruction has been entered So far only READ commands are supported WRITE commands are not If you would like to use READ AND WRITE commands easily and extensively we would advice SR2200 Control Software Menem COMC termina F MODE VFM v 5 VFOA Freg Input STEP 100 0k c 81 300000 lt VOLUME 002 nu RF Amp auto ON iw S Meter Realtime display BEEBHBERE Tr 000 Opend Noise Level SR2200 Terminal Clear C 7 Newestline RadioGroup1 Normal Details Debug seal CommandListClear 05 10 06 16 28 58 r RTU AHL NSQ1 LHS96 05 10 06 16 29 00 Lvx 8TO AH NSQ1 LH6U2 the WINDOWS TERMINAL SOFTWARE included in all Windows versions AOR LTD 2 6 4 Misuji Taito Ku Tokyo 111 0055 Japan http www aorja com This manual is a temporary version and all content is subject to change without prior notice Copyright 2005 All rights reserved
8. D 1 7GHz 2 7GHz NFM 0 6uV 12dB SINAD 1 32 2 7GHz 3GHz NFM 1 5uV 12dB SINAD 1 30 IF frequencies 1st IF 255 3MHz 744 3MHz 2nd IF 10 7MHz 3rd IF 455kHz Tuning steps 100 Hz to 100 kHz 10 Hz incremental Selectivity NFM 10kHz 60dB AM SFM 6kHz 60dB WFM 180KHz 60dB Spurious Sensitivity 60dB gt Adjacent Selectivity 55dB gt eon Range 90dB gt Unwanted Spurious emissions lt 57dBm IPS 41 0 dBm Frequency stability 1ppm 0 50 C Audio output 1 2W 8 Ohm max 10 distortion no internal speaker Power requirements 12 16V DC 0 5 A with 1W audio output Aerial connection 50 Ohm BNC IF output 10 7MHz Control interface RS 232C USB 19200bps Operation temperature 0 to 50 C Dimensions 200 W x 31 H x 230 D mm without projections Weight 1 23kg Nominal filter bandwidths 6kHz 15kHz 300kHz Memory channels 1000 10 banks Search banks 40 Scan Search Rate 25 steps per second Pass frequencies 2000 Priority channels SUPPLIED ACCESSORIES DC power cable Operating manual on CD Basic control software for testing purposes on CD This software does not support USB connections only RS 232C If your PC particularly laptops does not feature a RS232C port you may alternatively use a USB to SERIAL adapter The regular control
9. F filter bandwidth of 6 kHz NFM Narrow Band Frequency Modulation IF filter bandwidth of 15kHz WFM Wide Band Frequency Modulation IF filter bandwidth of 15kHz SFM Super Narrow Frequency Modulation IF filter bandwidth of 6kHz 2 Frequency Step size You have to manually choose between 0 1 0 5 1 2 5 6 25 9 10 12 5 20 25 30 50 and 100kHz 3 RF Preamplifier Select either auto ON or no selection for disabling the preamplifier 4 RF Attenuator Select either auto OdB 10 dB or 20dB of attenuation 5 Signal Strength Meter It is for relative signal strength comparison and calibration may not be totally reliable 6 Squelch Control There are 2 types supported NOISE squelch and signal LEVEL squelch Move the slide to the right for values from 0 to 255 until the unwanted noise disappears 7 Manual Frequency Tuning Using the left arrow for tuning down or the right arrow for tuning up you can decrease or increase the frequency by the value defined in the 2 Frequency Step section For finer tuning use lower STEP values 8 Volume Control Represents the AF audio output through the external speaker amp headphones sockets The SR2200 has no internal speaker Volume scale is from 000 to 255 Beware of excessive volume level when using headphones 9 Functions not yet supported TERMINAL THE COMMAND WINDOW Although this function is more for testing purposes and still
10. H A given pass frequency of a specific bank are deleted PDmm mm 01 40 BANK All pass frequencies from a given bank are deleted DELETE SRCH DATA QSnn W QSnn nn 01 40 The search data and pass frequencies inside a given bank will be deleted WITH PASS FREQ QS The search data and pass frequencies of ALL banks will be deleted COPY TO VFO SV W SVn n 0 9 VFO A VFO J Copy the current search data to VFO n 0 VFO A n 9 VFO J DEFAULT BF VFO J MEM DATA SETTINGS MX W MXmnn Write CURRENT RX DATA to BANK m CH nn MXmnn m 0 9 BANK Z nn 00 99 CH RFnnnnnnnnnn FREQUENCY Refer to RF command AUN wots Refer to AU command STnnnnnn MDn BWn ENn ATn AMn AC n Separate each command with a space GAn GA M SEL ON OFF Separate each command with a space TMxxxxxxxx TITLE Use if necessary Spaces are OK MEM DATA LIST MA R MAm m 0 9 BANK Format as below MAmnn m 0 9 BANK nn 00 99 CH Only for the specified memory channel MXmnn MPn Gan RFnnnnnnnnnn AUn MDn BWn ATn AMn TMxxxxxxxx MXmnn MEMORY SELECT GA W n 0 OFF ON OFF eet eee ah E aa Sz di ON EM ME E a a E A N T EL GA R GAn SEL MEM LISTING GR R GRnn nn 00 99 Display of specified memory channel GR ALL CH MAX 100 CH GRn n 0 9 10 channels are set and displayed GR List up content of all 10 channels GRnn mxx
11. IT FLASH CM SPACE W CMmmmm mmmm 0000 FFFF ROM ADDRESS MEMORY DATA mmmF nn nn nn To display the original 16 byte data mmmF xxxx enter data instead of xx separate with blank space CMAOOF 5A C3 5A C3 gt Changed to 00 00 Flash memory is initialized with RESET or PWR ON MODIFY FLASH MM W MMmmmF nn nn nn nn nn At the address mmmF 16 BYTE DATA is input MEMORY PLL UNLOCK LW W LWnn nn 202 20ms DEFAULT 02 WAIT TIME ur MUN Time setting for PLL lock after frequency change Wrong timing might create PLL errors LW R LWnn SQ WAIT TIME SW W SWnn nn 00 50 ms DEFAULT 10 L L l Lu Signal squelch check time after the PLL is locked _ LLL E SW R SWnn BIRDIE CANCELL REQUEST MAIN VERSION VFO DEFAULT RESET SERIAL Shifting the PLL data from the current reception frequency n 0 OFF SNnnnnnnnniW R en p H E R VR MAIN VERSION VR yyyy mm dd W CL Reset the VFO to default Flash ROM is re initialized after switching the receiver off and on again SRCH DATA and MEM DATA will be lost SN cr SNnnnnnnnnnn USING THE SUPPLIED SR2200 CONTROL SOFTWARE The software is supplied as is for testing purposes with no warranty nor formal support The SR2200 CONTROL SOFTWARE only recognizes the receivers RS232C connector If your PC particularly laptops does not
12. MS OPERATING MANUAL mz HIGH END 10 7 MHz LF OUT BLACK BOX RECEIVER I This manual is a temporary version and all content is subject to change without prior notice Version of Oct 25 2005 Bi Safety notices Every effort has been made to make this manual correct and up to date Due to continuous development of the product and by error or omission anomalies may be found and this is acknowledged O This manual is protected by copyright AOR Ltd 2005 No information contained in this manual may be copied or transferred by any means without the prior written consent of AOR Ltd AOR and the AOR logo are trade marks of AOR Ltd All other trade marks and names are acknowledged E amp OE Level of risk As the SR2200 is powered from 12V DC there is little chance of serious injury as long as common sense is applied DC input is a nominal 12V DC wired centre positive Reverse polarity connection will damage the SR2200 and potentially could lead to the risk of fire or explosion under severe circumstances NEVER connect the SR2200 directly to an AC outlet Handling the SR2200 Use a soft dry cloth to gently wipe the SR2200 clean never use abrasive cleaners or organic solvents which may damage certain parts Treat the unit with care avoid spillage or leakage of liquids into the cabinet Special care should be taken to avoid liquid entering via the connection Sockets Special remarks Do not use or leave the SR2200 in
13. atically assigns can be quite high such as 5 to 8 You will need to select the correct COM port as pictured It is possible that you then may have to close the program and to start it again for the connection to be recognized HOW TO INPUT A FREQUENCY 1 First select the VFO VFO A to J in which the frequency will be stored If the VFO already contains a frequency then the receiver will be tuned to it SR2200 Control Software View COMIC Receiver Mode RF Amp yi MODE F auto Freq Input step 100 0k vw LIEN 81 300000 lt gt oi a8 Tm 000 Opend VOLUME 002 _ n Noise C Level 2 Click the Freq Input button SR2200 Control Software View COMIC Receiver Mode RF Amp Vi MODE fF v auto VEO STEP 100 0k t a dd 81 1 300000 lt gt vs pa ECE 000 Opend VOLUME 002 EE gt Noise C Level The following window will appear FormFreg Sle C Hz Freq 104 1 C kHz MHz All Clear Delete 3 Input the desired frequency in the left frame and click OK If other frequencies have been stored previously in other VFO s you may select one in the right window transfer it to the left window by clicking on the arrow and validate with OK OTHER FUNCTIONS SR2200 Control Software Viewi COMIC Receiver Mode SQUELCH 000 Opend 4 Noise Level 1 Reception Modes You have to manually choose between AM Amplitude Modulation I
14. direct sunlight It is best to avoid locations where excessive heat humidity dust and vibration are expected Always keep the SR2200 free from dust and moisture Other warnings There are no internal operator adjustments In the unlikely event of servicing being required please contact your dealer for technical assistance Although carefully designed the SR2200 like all receivers suffers from a degree of internal noises known as spurii They are a product of the receiver circuitry and do not represent a fault The reception might be affected by interferences produced by nearby electrical appliances such as television PC walkie talkies etc The reception might be strongly affected by powerful transmissions if the receiver or the antenna are located nearby a transmitter such as TV broadcasting transmitter Transmissions with encrypted content cannot be decoded by this receiver Specification is typical but not guaranteed subject to change without notice due to continuous development of the product ii TECHNICAL SPECIFICATIONS Configuration Triple conversion superheterodyne Frequency coverage 25MHz 3GHz Reception modes AM NFM WFM SFM Sensitivity Band Sensitivity IP3 dBm S N dB IP3 25M 225MHz NFM 0 35uV 12dB SINAD 1 40 S N AM 0 6uV 10dB S N WFM 2 0uV 12dB SINAD 225M 1 7GHz NFM 0 35V 12dB SINAD 1 35 AM 0 8 uV 10dB S N WFM 2 0uV 12dB SINA
15. he USB connection and ask you for a driver At this time insert the supplied CD and find the folder named rUSB DRIVERn Driver installation will be automatic Please note that the supplied SR2200 control software does not function with a USB connection You may use the Windows Hyper Terminal software which is allowing USB connections 7 12V DC input socket The DC power cable is supplied Please connect it to a power unit providing 12 to 16V DC with minimum 0 5 A Center pin is positive 8 Power switch and power LED Unit is powered and the green LED is lit when the switch is in the upper position 9 Antenna socket BNC type Preferably use an antenna with coaxial lead matched to 50 Ohm for optimal performance 10 Remote control panel socket for testing purposes only A control panel head similar to the control panel of AR ONE is used to test functionality of the receiver when a PC is not available So far there is no plan to market this unit nevertheless you can inquire us in case you would have such a need Please note that the socket name DISPLAY will be changed on production units to a more suitable name COMMAND LIST The SR2200 is operated via PC using the RS232C or USB port The commands necessary to that effect are described in this chapter Microsoft Windows Hyper Terminal may be used to control the SR2200 or you may write your own software Delimiter MPC SR2200 CR 0xOd or lt CR gt lt LF
16. n mm 01 19 SETTING ES n FREQ DATA up to 1000 MHz 100 Hz step OLmm T OLmm nnnnnnnnnn OL OLmm nnnnnnnnnn INTERVAL TIME ABnn ABnn nn 02 FO OF AUTO ATT AMP nn 02 APPROX 100 ms nn 08 nn 08 m 0B 500 DEFAULT nn 10 700 nn 30 _nn F0 45 h METER LEVEL LU dBuV METER LEVEL LB PEL METER LEVEL dBm dBm LB nnn nnn nnn SMETER GAIN KKnn nn 00 99 1 00 1 99 constant hee Ses SEARCH DATA SEnn W SEnn nn 01 40 BANK SLunnnnnnnnn START FREQ Refer to RF command SUnnnnnnnnnn STOP FREQ Refer to RF command AUn Refer to AU command STnnnnnn MDn BWn ENn ATn AMn AC n Separate commands with one blank space TTxxxxxxxx TITLE Use if necessary Spaces are OK SEARCH DATA LIST SRnn R settings SRnn nn O01 40 Search data of specific search bank Format as below n 1 4 Search data in one of the 10 memory channel banks 1 bank 1 to 10 2 11 to 20 3 21 to 30 4 31 to 40 SR Search data of all banks R SRnSLnnnnnnnnnn SUnnnnnnnnnn A n MDn BWn ATn AMn TTxxxxxxxx SRn BLANK PASS FREQ PW W PASS FREQ LIST PRnn nn 01 40 BANK There are 50 frequencies in each of the 40 banks total 2000 frequencies PROO nnnnnnnnnn PROI nnnnnnnnnn PRmm DELETE PASS FREQ PD W PDmmnn mm 01 40 BANK 4 nn 2 00 49 PASS C
17. o T tet Ha ee TEAL POWER ON x W When the receiver s power 1s off any key will power it on POWER OFF QP W POWER OFF the receiver REMOTE ON Ann W Ann nn ID means control unit A with ID 00 to 99 Note In case ID 00 DEFAULT VALUE the command can be input directly REMOTE OFF EX W Stop control of remote receiver ID REMOTE IDn W nn 00 99 Setting an ID to the remote receiver Se ae ey a R IDnn Rc MODE Vx W VFO selection x A J DEFAULT is VFO A ERRESA MRmnn z Memory Read m BANK from 0 9 and n CH from 00 99 Raa ta e TUNE Or Tee MSm Memory Scan m BANK from 0 9 Rr E hee Saw Re ed beg ger ee EN SM __ Memory Select oe See pe tp a ee M CR E RIPE SSmm Normal Search mm BANK from 01 40 NOTOS MORBUM RX R RFU STATUS ue Am ee NOT MR MXmnn RFnnnnnnnnnn 8Tnnnnnn AUn MDn BWn ATn AMn TMxxxxxxxx 000 MS MXmnn RFnnnnnnnnnn STnnnnnn AUn MDn BWn ATn AMn TMxxxxxxxx PM NS DEC SM MXmnn RFnnnnnnnnnn STnnnnnn AUn MDn BWn ATn AMn TMxxxxxxxx Ce EE NU SSmm RFnnnnnnnnnn STnnnnnn AUn MDn BWn ATn AMn TTxoceexxx 00000000001 i Vx RFnnnnnnnnnn Tnnnnnn AUn MDn BWn ATn AMn ee Priority Channel PPmnn RFnnnnnnnnnn STnnnnnn AUn MDn BWn ATn AMn TMxxxxxxxx FREQUENCY RFnnnnnnnnnj W Active VFO s Frequency in Hz RFnn nn Active VFO s Frequency in MHz RFnnn Active VFO s Frequency in MHz RS cM UNT E Vx nnnnnnnnnn Hz VFO selection followed by frequency in Hz 1L m RF R Active VFO
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