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Motorola R-2550 Programming Reference Manual

Communications system analyzer
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Programming Reference
Motorola R-2550, and R-2600
Communications System Analyzer Series
0
Communications Test Equipment
Publication 94990~6%80309E55-1.00
Printed in the U.S.A. (10 March 10,1995)

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Summary of Contents for Motorola R-2550

  • Page 1 Programming Reference Motorola R-2550, and R-2600 Communications System Analyzer Series Communications Test Equipment Printed in the U.S.A. (10 March 10,1995) Publication 94990~6%80309E55-1.00...
  • Page 3 In no event shall Motorola be liable for any special, incidental, or consequential damages. In the event Motorola elects to repair a defective product by replacing a module or subassembly, Motorola, at its option, may replace such defective module or subassembly. Only the unexpired warranty of the warranty product will remain in force on the replacement module or subassembly.
  • Page 4 Support Service For service on your Motorola Test Equipment in the U.S. contact the test equipment service depot: TEST EQUlPh4ENT SERVICE DEPOT 1308 Plum Grove Road 800-323-6967 (In Illinois call 708-576-7025) Motorola Communications Analyzer...
  • Page 5 Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal nonexclusive, royalty free license to use that arises by operation of law in the sale of a product.
  • Page 6 About this Reference This manual documents the control and measurement functions provided by the remote interface to the R-2550 and R-2600 Communications System Analyzer Series (R-2600, R-2660, R-2670, R2680). It is intended to provide all the information necessary to develop application programs that remotely control both units. General usage of R-2600 Communications System Analyzer Series Operator’s Manual,...
  • Page 7 *RST ..._......_ ... . . _ ................... . . 43 ..............................-47 *TST?. Motorola Communications Analyzer Programming Reference...
  • Page 8 EP ..................._..._..._....~.....~..64 ES ................................67 ET (R-2550) ............................6 8 ET (R-2600) El ................................
  • Page 9 NT ................................ 123 16. Display................................ -124 OB ................................ 125 OM ............................... 130 17. Memory Resets............................I37 PM (R-2550)............................138 PM (R-2600)............................139 PS (R-2600) ............................141 18. RF Control ..............................142 RD................................ 143 RM ............................... 147 RS ................................ 149 RT ................................
  • Page 10 This page intentionally ief blank Motorola Communications Analyzer Programming Reference...
  • Page 11 1. Introduction The R-2550, and the R-2600 are both equipped with a standard RS-232 interface. Optionally, the R-2600 is equipped with an interface. An interface is not available on the R-2550 analyzer. Either of IEEE 488 IEEE 488 these interfaces may be used to remotely control the analyzer using a set of commands, queries, and responses that are defined within this document.
  • Page 12 R-2550 Remote Interface Layer Model R-2550 Specific Commands and Queries IEEE 488.2 Common Commands and Queries The R-2550 operates within the layer model in one of two modes, Standard RS-232, or Extended RS-232. R-2600 Remote Interface Layer Model R-2600 Specific Commands and Queries IEEE 488.2 Common Commands and Queries...
  • Page 13 The R-2550 enters the remote control state upon detection that a remote device is trying to take control over the RS-232 interface. Once in the remote control state the R-2550 executes commands input through the RS-232 interface.
  • Page 14 3 T x D DTR 20 Cable Diagram: PN 3080387B59 Note 20 of For printer use, pins 5 and this port should be tied together inside the cable to the printer. communications without any handshaking capabilities. Motorola Communications Analyzer Programming Reference...
  • Page 15 A n a l y z e r DTR 20 Cable Diagram: 25 to 9 pin DB-25 DB-25 Personal Analyzer C o m p u t e r 20 DTR DTR 20 Cable Diagram: 25 pin Motorola Communications Analyzer Programming Reference...
  • Page 16 R-2600 is equipped with the ZEEE 488 option. To disable secondary addressing, place the cursor on the Secondary Address and press the Disable softkey. The Secondary Address will be displayed as two dashes, indicating that Secondary Addressing has been disabled- Motorola Communications Analyzer Programming Reference...
  • Page 17 Places the R-2600 IEEE interface in a known, quiescent state. Service Request The R-2600 asserts this line to request service from the controller. Used by the R-2600 Talker state to End or Identify indicate the end of a multi-byte transfer. Motorola Communications Analyzer Programming Reference...
  • Page 18 Where: ESC = ASCII Escape Character 1B (Hexidecimal) Printer Lnitialization Line Space Setting Dot Density Designation = Double Density number of columns of dots on a line = 0,2 Note The printfunction is available on the R-2550. Motorola Commuuications Analyzer Programming Reference...
  • Page 19 0 or more times item2 select either item1 or item2 Example can form the following strings Example can form at Least the following strings FGIK EFFK GGHK but the following strings are illegal GHGIFK EFFGEK Motorola Communications Analyzer...
  • Page 20 [ + I - ] {cDigi~}.cDigi~{cDigi~}l <Non-Single Quote Character> > <Non-Double Quote Character> } ” <White Space Character> { <white Space Character, > <White Snace Character> is an ASCII-encoded character in the following range: 00 through 09 (hexadecimal) Motorola Communications Analyzer Programming Reference...
  • Page 21 30 through 39 (hexadecimal) is an ASCII-encoded character in the following range: 00 through FF (hexadecimal) except 27 <Non-Double Ouote Character> is an ASCII-encoded character in the following range: 00 through FF (hexadecimal) except 22 Motorola Communications Analyzer Programming Reference...
  • Page 22 ASCII-encoded character in the following range: 41 through 5A (hexadecimal) is an ASCII-encoded character in the following range: 30 through 39 (hexadecimal) is an ASCII-encode character in the following range: 00 through FF (hexadecimal) except OA Motorola Communicatious Analyzer Programming Reference...
  • Page 23 RS-232 and IEEE 488.2 modes. The following list specifies the differences for both Talking and Listening format when in this backward compatible mode. Listening Formats Message Terminator Talking Formats CR LF dlesponse <Response Data> { Numeric Response Data, [‘<Units> &ring Response Dae <Upper-case Alpha> { <Alpha> } Motorola Communications Analyzer Programming Reference...
  • Page 24 When controlling the analyzer using the RS-232 interface, the application program must specifically command the analyzer to use the IEEE 488.2 status reporting model through the use of the G2 command. Although IEEE 488 interface is not available on the R-2550 analyzer, the IEEE-488.2 status reporting model is available.
  • Page 25 URQ User Request CME Command Error EXE Execution Error DDE Device Dependent Error QYE Query Error RQC Request Control OPC Operation Complete Error Event Status Register Read By E? Service R uest Enable Register Read by ‘SRE? Motorola Communications Analyzer Programming Reference...
  • Page 26 This event bit indicates the device is requesting to Control become a controller. The analyzer will never assert this message. Operation This event bit is generated in response to the *OPC Complete command when all pending operations have completed. Motorola Communications Analyzer Programming Reference...
  • Page 27 1 is defined for an event and then that event transitions from 0 to a 1 or (2) the event bit is already a and its corresponding mask bit is set from a 0 to a 1. Motorola Communications Analyzer Programming Reference...
  • Page 28 At least one error message is in the queue The Error Event StatusRegister has no corresponding Event Status Enable Register - it cannot be masked out. Error Event Status Register is cleared when the E? query is executed. Motorola Communications Analyzer Programming Reference...
  • Page 29 Communications Analyzer is not calibrated The Calibration Event Status Register has no corresponding Event Status Enable Register - it cannot be masked out. The CaMration Evenr Status Register is cleared when the C? query is executed. Motorola Communications Analyzer Programming Reference...
  • Page 30 Error Queue. Calibration Warning This summary message bit indicates the analyzer has exceeded the temperature range of the calibration data. A CAL bit value of False indicates the analyzer is within calibration. unused Motorola Communications Analyzer Programming Reference...
  • Page 31 0 to a 1. Note Bit 6 the Status Byte Register (MST) is not included in the above operation. Bit 6 of the Service Request Enable Register can never be set. Motorola Communications Analyzer Programming Reference...
  • Page 32 RG is used to modify the RF-Control to generate mode. The command takes 5 parameters: Generate Frequency Generate Port Output Level Modulation Type Bandwidth The parameter P3, Output Level, is dependent upon the value of the parameter P2, Generate Port_ These two Motorola Communications Analyzer Programming Reference...
  • Page 33 RG , 1, -130 Sets the generate mode at the Transceiver port with an output level of -130.0 dBm RG , Sets the generate mode at the Gen Out port with an output level of -10.0 dBm. Motorola Communications Analyzer...
  • Page 34 Transceiver port and automatically changes the Output Level to -50 ciBm The first command specifies an Output Level of -130 dBm at the Transceiver port. The second command switches to the GEN OUT port and automatically changes the Output Level to -80 dEkn. Motorola Communications Analyzer Programming Reference...
  • Page 35 The range of the parameter varies according to the possible number of response parameters that may be returned upon initiation by the measurement command. Examples The command/query sequence returns MMP x.xx; MMN x-xx returns The command/query sequence returns The command/query sequence returns Motorola Communications Analyzer Programming Reference...
  • Page 36 Commands and queries may be executed as either sequential or overlapped, as defined by IEEE 488.2. Overlapped commands may execute in parallel with other commands. All commands and queries implemented by the analyzer are sequential. Motorola Communications Analyzer Programming Reference...
  • Page 37 Defines the format of the response message when the analyzer is operating in the Response Syntax: Extended RS-232 mode for the R-2550, or either the Extended RS232 or IEEE 488.2 mode for the R-2600. This entry is only provided for queries.
  • Page 38 Quick Overview following table lists all commands and queries implemented in the R-2550 and R-2600 Series. Description Group Clear Status Command Common *ESE Standard Event Status Enable Command Standard Event Status Enable Query *ESR? Standard Event Status Register Query *IDN?
  • Page 39 Memory Presets Preset Memory Select Memory Preset RF Control Duplex Mode Generate Mode Monitor Mode Tracking Generator External Modulation Switch and Level External Modulation Source Calibration Warning Inquiry Inquiry Error Inquiry Measurement Inquiry Status Inquiry Motorola Communications Analyzer Programming Reference...
  • Page 40 Thermometer Status Query Mode Selection System Encode Cone Encode Cone A Cone B 6 Tone Encode 'ilter Selections use> reserved for internal et NVM to Factory Presets eset all Control Functions S-232 Serial Port Setup Motorola Communications Analyzer Programming Reference...
  • Page 41 Sequence Decode General Sequence Decode Sequence Decode Status Query Start Sequence Decode Select-V Decode Stop Sequence Decode External External Modulation Switch and Level Modulation Source Inquiry Calibration Warning Inquiry Error Inquiry Measurement Inquiry Status Inquiry Motorola Communications Analyzer Reference Programming...
  • Page 42 Identification Query Operation Complete Command Operation Complete Query *OPT? Option Identification Query *RST Reset command Base Service Request Enable Command *SRE Service Request Enable Query Read Status Byte Query Trigger Command Base Self-Test Query Wait-to-Continue Command Analyzer Motorola Communications Reference Programming...
  • Page 43 Status Message Queue Calibration Warning Status Register Request-for-OPC Flag If the *CLS command follows a @rogram Message Terminator>, the Ouput Queue and MAV bit of the Status Byte Register will also be cleared. Command Syntax: Motorola Communications Analyzer Programming Reference...
  • Page 44 Standard Event Status Register. Reference the *?ZSR? query for a description of the events that may be masked or unmasked by this register. Command Syntax: Parameters: Description: Standard Event Status Register Bit Mask Optional: Type: <Decimal Numeric Program Dara> units: None Resolution: Range: 0 through 255 Power-On: Motorola Communications Analyzer Programming Reference...
  • Page 45 Register. Reference the *ESR? query for a description of the events that may be masked or unmasked by this register. Query Syntax: Standard RS-232 Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Standard Event Status Enable Register Bit Mask Type: units: None Resolution Range: 0 through 255 Motorola Communications Analyzer Programming Reference...
  • Page 46 QYE - Query Error RQC - Request Control Complete Syntax: Query Standard RS-232 Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Standard Event Status Register Bit Values Type: units: None Resolution: Range: 0 through 2.55 Motorola Communications Analyzer Programming Reference...
  • Page 47 Identification Query Description: Query Syntax: Standard RS-232 s 1 <CR-LF> Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Identification Suing Type: Format: 28 characters encoded as “MOTOROLA,R-2600,0,V.O1 .LXX” Note: XX represents the minor revision number Motorola Communications Analyzer Programming Reference...
  • Page 48 Query Syntax: Standard RS-232 Response Syntax: s 1 <CR-LF> IEEE 488.2 Response Syntax: Parameters: Description: Identification String Type: <Arbitrary ASCII Response Data> Format: 28 characters encoded as “MOTOROLA,R-2600,0,V3.01 .SXX” Notes: XX represents the minor revision number Motorola Communications Analyzer Programming Reference...
  • Page 49 This flag is cleared by the *CLs command, which will cause the OPC message bit to be unaffected by completion of pending operations until another *OPC command is executed. Command Syntax: Motorola Communications Analyzer Programming Reference...
  • Page 50 The *OPC? query places a “1” in the Ouzput Queue when all pending operations have completed. Syntax: Query Standard B-232 Response Syntax: Response Syntax: nl cLF> Parameters: Description: Operation Completed Flag Type: units: None Resolution: Range: Motorola Communications Analyzer Programming Reference...
  • Page 51 Option Identification Query Description: The *OPT? query identifies the reportable R-2550 The response strin,o is options. encoded using one of the following tables. String positions are encoded with a “0” if the option is not installed. %-ins positions are encoded with a if the option is installed.
  • Page 52 Enhanced SA/Markers Full Test Setups Query Syntax: Standard W-232 Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Reportable Options Type: 19 characters encoded as “1 ,,,1,,,,, 2 3 5 6 7 8 9 10” Format: Motorola Communications Analyzer Programming Reference...
  • Page 53 Description: The *RST command causes the analyzer to reset to a set of factory preset parameters. Command Syntax: Notes: Each individual command entry describes the reset or power-on values for the parameters of the analyzer. Motorola Communications Analyzer Programming Reference...
  • Page 54 Type: <Decimal Numeric Program Dara> units: None Resolution: Range: 0 through 255 Power-On: Notes: Bit 6 of the Service Request Enable Register is always zero and cannot be set by the execution of this command. Motorola Communications Analyzer Programming Reference...
  • Page 55 Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Service Request Enable Register Bit Mask Type: Units: None Resolution 0 through 63 or 128 through 255 Range: Bit 6 of this register is always zero. Notes: Motorola Communications Analyzer Programming Reference...
  • Page 56 SAV - Status Message Available CAL - Recalibration warning not used Query Syntax: Standard m-232 Response Syntax: Response Syntax: Parameters: Status Byte Register Bit Values Description: Type: units: None Resolution: Range: 0 through 255 Power OIX Motorola Communications Analyzer Programming Reference...
  • Page 57 Trigger The *TRG command is the device-specific analog of the IEEE 488.1 Group Execute Description: “TRG Command Syntax: Motorola Communications Analyzer Programming Reference...
  • Page 58 Self-Test Query Description: The *TST? query causes the analyzer to perform a self-test. Syntax: Query Standard RS-232 Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Self-test Result units: None Resolution: Range: 0: self-test passed self-test failed Motorola Communications Analyzer Programming Reference...
  • Page 59 Wait-to-Continue Description: The *WA1 command prevents the analyzer from executing and further commands or queries until all pending operations have completed. Command Syntax: Motorola Communications Analyzer Programming Reference...
  • Page 60 8. Calibration The following table describes the Calibration commands and queries implemented by the analyzer. Mnemonic Description Window Level Transparent Accuracy Mode Selection Base Calibrate System Base Motorola Communications Analyzer Programming Reference...
  • Page 61 The CM command is only available for a High-Accuracy R-2600, such as the Cellular Notes: Base Site R-26OUCBS. The accuracy mode only affects the warning message to recalibrate the analyzer. The performance specifications and calibration times are not affected by the selection of either High or Normal mode. Motorola Communications Analyzer Programming Reference...
  • Page 62 Command Syntax: CS Notes: the front panel, is connected. This provides the termination which is essential to proper calibration. Also ensure all connections to the RF I/O and ANT connectors are removed. Motorola Communications Analyzer Programming Reference...
  • Page 63 9. DTMF Modulation Source The followin,o table describes the DTMF Modulation Source commands and queries implemented by the analyzer. Transparent Description Level DTMF Encode Base DTMF Modulation Switch and Level Base Motorola Communications Analyzer Programming Reference...
  • Page 64 Resolution: Range: Reset: Description: DTMF Inter-digit Delay optional: Type: <Decimal Numeric Program Data> units: Range: 0 through 9999 Reset: 5omS Notes: The DS command sets the DTMF modulation source switch and specifies its level. Motorola Communications Analyzer Programming Reference...
  • Page 65 0.000 - 0.795 0.00 - 7.95 Monitor/Wide-Band 0.05 v 0 - 99 Generate/AM 0.00 - 9.95 Generate/FM/Narrow-Band 0.05 kHz Generate/FM/Narrow-Band 0.05 kHz 0.00 - 9.95 0.01 rad 0.50 - 2.00 Generate/PM/Wide-Band 10.0 2.0 - Generate/PM/Wide-Band 0.1 rad Motorola Communications Analyzer Programming Reference...
  • Page 66 10. Tone Encode Modulation Source The following table describes the Tone Encode Modulation Source commands and queries implemented by the R-2550. Description Mnemonic Window Level Transparent Tone A Base Tone B Base DPL Encode Base DPL Encode Modulation Switch and Level...
  • Page 67 Command Syntax: Parameters: Tone A Frequency Description: optional: Type: units: Resolution: 0.1 Hz 0 through 19999.9 Range: Reset: 1000.0 Hz The ES command sets the Tone A modulation source switch and specifies its level. Notes: Motorola Communications Analyzer Programming Reference...
  • Page 68 Parameters: Description: Tone B frequency optional: Type: <Decimal Numeric Program Data== units: Resolution: 0.1 Hz Range: 0 through 19999.9 Reset: 2000.0 Hz Notes: The ES command sets the Tone B modulation source switch and specifies its level. Motorola Communications Analyzer...
  • Page 69 The EF command sets the DPL modulation source switch and specifies its level. The following table describes the set of valid DPL codes. The analyzer allows entry of codes other than those defined in the table, generating DPL tones representing “000” through “777”. Motorola Communications Analyzer Programming Reference...
  • Page 70 Modulation Level based upon the RF-Control mode of the analyzer. RF-Control Mode Units Resolution Range 0.000 Monitor/Narrow-Band 0.005 v 0.05 v Monitor/Wide-Band Generate/AM Generate/FM/Narrow-Band 0.05 kHz Generate/FM/Narrow-Band 0.05 kHz 0.01 rad 0.50 - 2.00 Generate/PM/Wide-Band Generate/PM/Wide-Band 0.1 rad 2.0 - 10.0 Motorola Communications Analyzer Programming Reference...
  • Page 71 20 character suing with the following constraints: “0123456789” Reset: Notes: Tone frequencies and durations are specified with the General Sequence Tone Specification (ET) command. The ES command sets the General Sequence modulation source switch and specifies its level. Motorola Communications Analyzer Programming Reference...
  • Page 72 . 1’0” through “9” (representing a null tone) Tone frequencies and durations are specified with the General Sequence Tone Specification (ET) command. The ES command sets the General Sequence modulation source switch and specifies its level. Motorola Communications Analyzer Programming Reference...
  • Page 73 74.4 146.2 77.0 151.4 79.7 156.7 82.5 162.2 85.4 167.9 88.5 173.8 91.5 179.9 94.8 186.2 97.0 192.8 100.0 203.5 103.5 206.5 107.2 210.7 110.9 218.1 114.8 225.7 229.1 118.8 233.6 123.0 241.8 127.3 250.3 Motorola Communications Analyzer Programming Reference...
  • Page 74 Command Syntax: EP nl Parameters: Description: PL Frequency optional: Type: units: Resolution: 0.1 Hz 0 through 300.0 131.8 Hz Reset: Notes: The EQ command sets the PL modulation source switch and specifies its level. Motorola Communications Analyzer Programming Reference...
  • Page 75 0.00 - 7.95 0.05 v Monitor/Wide-Band 0 - 99 Generate/AM 0.05 kHz 0.00 - 0 9.95 Generate/FM/Narrow-Band 0.00 - 9.95 0.05 kHz Generate/FM/Narrow-Band 0.01 rad 0.50 - 2.00 Generate/PM/Wide-Band 2.0 - 10.0 0.1 rad Generate/PM/Wide-Band Motorola Communications Analyzer Programming Reference...
  • Page 76 Tone Remote as the synthesized modulation source. Command Syntax: E R Notes: The ES command sets the Tone Remote modulation source switch and specifies its level. The ER command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 77 Monitor/Narrow-Band 0.05 v 0.00 - 7.95 Monitor/Wide-Band 0 - 99 Generate/AM 0.05 kHz 0.00 - 9.95 Generate/FM/Narrow-Band 0.05 kHz 0.00 - 9.95 Generate/FM/Narrow-Band 0.50 - 2.00 0.01 rad Generate/PM/Wide-Band 0.1 rad 2.0 - 10.0 Generate/PM/Wide-Band Motorola Communications Analyzer Programming Reference...
  • Page 78 0 through 9 Reset: Description: General Sequence Tone Frequency Type: units: Resolution: 0.1 Hz Range: 0 through 19999.9 Reset: See notes Description: General Sequence tone duration optional: Type: units: Resolution: Range: 0 through 9999 Reset: See notes Motorola Communications Analyzer Programming Reference...
  • Page 79 ET(R-2550) (continued) Notes: The ES command sets the General Sequence modulation source switch and specifies its level. The following table specifies the reset values for the 10 General Sequence Tones. Tone Frequency Tone Duration Tone Code 19000.0 1.000 s 18000.0 0.990...
  • Page 80 General Sequence Tone Frequency optional: Type: Units: Resolution: 0.1 Hz Range: 0 through 19999.9 See notes Reset: General Sequence tone duration Description: optional: Type: <Decimal Numeric Program DW units: Resolution: Range: 0 through 9999 Reset: See notes Motorola Communications Analyzer Programming Reference...
  • Page 81 17000.0 0.800 16000.0 0.700 0.600 15000.0 0.500 14000.0 0.400 13000.0 12000.0 0.300 0.200 11000.0 0.100 10000.0 0.090 9000.0 8000.0 0.080 7000.0 0.070 0.060 6000.0 5000.0 0.050 4000.0 0.040 3000.0 0.030 0.020 2000.0 1000.0 0.010 0.000 Motorola Communications Analyzer Programming Reference...
  • Page 82 0: ZVEI Range: 1: ZVJXMOD 2: ZVEIFRENCH 3: CCIR STD 4: CCIR 70 5: EEA Reset: Description: Select-V Code optional: &ring Program Data> Type: 5 character suing with the following consuaints: . “0” “12345” Reset: Motorola Communications Analyzer Programming Reference...
  • Page 83 2247 2600 2600 2247 2247 2800 2800 2110 2110 2110 2600 2400 70 mS 100 mS 70 ms 40 mS Length 70 mS 70 ms Note: The EV command is not available on the R-2.550. Motorola Communications Analyzer Programming Reference...
  • Page 84 0.1 Hz Range: 0 through 19999.9 Reset: 2000.0 Hz Notes: The ES command sets the Tone MB Sequence 1 modulation source switch and specifies its level. The El command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 85 0.1 Hz Resolution- Range: 0 through 19999.9 Reset: 2000.0 Hz Notes: The ES command sets the Tone A/B Sequence 2 modulation source switch and specifies its level. The E2 command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 86 Tone A Delay optional: Type: units: Resolution: 0.01 s Range: 0 through 9.99 0.10 s Reset: Tone B Frequency Description- optional: <Decimal Numeric Program Data> Type: units: 0.1 Hz Resolution: 0 through 19999.9 Range: 2000.0 Hz Reset: Motorola Communications Analyzer Programming Reference...
  • Page 87 Resolution: 0.01 s Range: 0 through 9.99 Reset: 0.10 s The ES command sets the Tone A/B Sequence 3 modulation source switch and specifies its level. The E3 command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 88 <Decimal Numeric Program Data> units: Resolution: 0.01 s Range: 0 through 9.99 5.01 s Description: Tone B Frequency optional: Type: <Decimal Numeric Program Data, units: Resolution: 0.1 Hz Range: 0 through 19999.9 2000.0 Hz Reset: Motorola Communications Analyzer Programming Reference...
  • Page 89 Resolution: 0.01 s Range: 0 through 9.99 0.00 s The ES command sets the Tone A/B Sequence 4 modulation source switch and specifies its level. The E4 command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 90 <String Program Data> Format: character with the following constraints: . ‘R” Reset: Description: Type: 5 characters with the following constraints: . “0” Reset: Description: Type: &ring Program Data> 1 character with the following constraints: Format: Motorola Communications Analyzer Programming Reference...
  • Page 91 The Es command sets the 5/6 Tone modulation source switch and specifies its level. The followins table specifies the 5/6 Tone codes. Digit Frequency (Hz) 1023 1164 1305 1446 1587 1728 1869 2010 The ES command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 92 Selections Base Generate Mode Speaker Base Decode Input Source Base <reserved for internal use> Base Set NVM to Factory Presets Base Reset all Control Functions Base RS-232 Serial Port Setup Base FV[?] Software Version Query Motorola Communications Analyzer Programming Reference...
  • Page 93 If the CCITT/600 Ohm Input Option is installed and the C-MsgSOO Ohm Input Load Option is not installed, the analyzer will return an Invalid Input Error (Error 08) if input parameter n2 is selected to C-Msg. Motorola Communications Analyzer Programming Reference...
  • Page 94 The FC command Command Syntax: Motorola Communications Analyzer Programming Reference...
  • Page 95 The FD command specifies the FM deviation level which will trigger the deviation alarm. Command Syntax: FD nl Parameters: Description: Deviation Alarm Level optional: Type: <Decimal Numeric Program Data> units: Resolution: 0.1 kHz Range: 0 to 99.9 Reset: 0.0 kHz Notes: Motorola Communications Analyzer Programming Reference...
  • Page 96 None Resolution: Range: 0: 5Hz 1: 3ooHz 2: 3kH.z Reset: Description: Low-pass Filter Selection optional: Type: units: None Resolution: 0: 3OOHz Range: 1: 3kHz 2: 20 kHz Notes: The FF Command is not available on the R-2550. Motorola Communications Analyzer...
  • Page 97 The FG command enables or disables the speaker while the analyzer is in the generate mode. Command Syntax: FG nl Parameters: Description: Generate Mode Speaker Enable Selection optional: Type: units: None Resolution: Range: 0: Enable 1: Disable Reset: Motorola Communications Analyzer Programming Reference...
  • Page 98 Description: command specifies tone decoding from the demodulated signal or from an The FI signal. Command Syntax: Parameters: Description: Decode Source Select optional: Type: units: None Resolution: Range: 0: Demodulated signal (off-the-air) 1: External input Motorola Communications Analyzer Programming Reference...
  • Page 99 Factory Set NVM Presets command sets the operating parameters of the analyzer to the factory preset Description: The FP values. Command Syntax: FP Notes: parameters of the analyzer. Motorola Communications Analyzer Programming Reference...
  • Page 100 Reset all Control Functions command resets ail conuol functions of the analyzer to the factory RS-232 Description: preset values. Command Syntax: FR Motorola Communications Analyzer Programming Reference...
  • Page 101 Range: 1: 300 1200 3: 2400 4: 4800 5: 9600 Reset: Stop Bit Selection Description: optional: Type: units: None Resolution: Range: 2: 2 Reset: Parity Selection Description: Type: None units: Resolution: Range: 1: Even Reset: Motorola Communications Analyzer Programming Reference...
  • Page 102 0: 5 bits 1: 6 bits 2: 7 bits 3: 8 bits Reset: Automatic Line Feed Selection Description: Type: units: None Resolution: Range: 1: No Reset: Notes: Parameter n.5 is only used for printer results. Motorola Communications Analyzer Programming Reference...
  • Page 103 FV? (R-2550) Software Version Query Description: The FV query returns the analyzer software version and checksum over the system interface. Query Syntax: Standard RS-232 Response Syntax: <CR-LF> Response Syntax: Parameters: Software Version Description: Type: 42 characters, fixed to the following:...
  • Page 104 1 <CR-LF> Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Software Version Type: &ring Response Datru Format: 48 characters, fixed to the following: Notes: NNNNNNNN represents the checksum number and XX represents the minor revision number Motorola Communications Analyzer Programming Reference...
  • Page 105 Enter Terminal Mode with Blank Screen Terminal Mode Character Write Terminal Generate Simulated Key Press Go To Local Control State Local Lockout Normal Screen (Leave Terminal Mode) Terminal Go To Cursor Zone Base Force IEEE 488.2 Status Reporting Motorola Communications Analyzer Programming Reference...
  • Page 106 CRT Screen_ The conuoller can use this command as a screen saver and must use this command prior to writ.& characters to the analyzer’s CRT screen with the GC command. This command disables the automatic screen timeout feature of the analyzer and enables local lockour. Command Syntax: G B Motorola Communications Analyzer Programming Reference...
  • Page 107 X coordinate of display (column) optional: Type: units: None Resolution Range: 0 through 63 (from me left) Power-On: Description: Y coordinate of display (row) optional: Type: units: None Resolution: Power-On 0 through 23 (from the top) Reset: Motorola Communications Analyzer Programming Reference...
  • Page 108 11: Bright Cyan 12: Bright Red 13: Bright Magenta 14: Yellow 15: Bright White Power-on: A table defining the specialized characters that are different from the ASCII character Notes; set is included in the Appendix. Motorola Communications Analyzer Programming Reference...
  • Page 109 Selection of a blank softkey will not generate an error and will cause no action to take place. Additionally, selecting key presses that would be invalid in local mode will not generate an error and will cause no action to take place. Motorola Communications Analyzer Programming Reference...
  • Page 110 Control Description: The GL command returns the analyzer to local control. Command Syntax: GL Notes: of this command to Motorola Communications Analyzer...
  • Page 111 Fl key cannot be used to return to the local control state. Command Syntax: GM nl Parameters: Description: Local Lockout Control optional: Type: <Decimal Numeric Program Data> Units: None Resolution Range: 0: Enable local lockout 1: Disable local lockout Reset: Motorola Communications Analyzer Programming Reference...
  • Page 112 The GS command returns the analyzer from the Terminal Mode to normal operation and restores the saved screen display. This command enables the automatic screen timeout feature of the analyzer and disabies local lockout. Command Syntax: Motorola Communications Analyzer Programming Reference...
  • Page 113 The GZ command moves the cursor to a specified location in the identified cursor zone. Description: Command Syntax: Parameters: Description: Cursor Zone Identifier Type: units: None Resolution 0: Display Zone (Meter) Range: 1: RF-Control Zone (RF-Control) 2: Audio Zone (Synthesizer Format Select) Reset: Motorola Communications Analyzer Programming Reference...
  • Page 114 Introduction for a description. C o m m a n d S y n t a x G2 Notes: After using this command, the analyzer continues to operate in the Extended RS-232 Mode until powered down. Motorola Communications Analyzer Programming Reference...
  • Page 115 13. KHz Modulation Source The following table describes the 1 kHz Modulation Source commands and queries as implemented by the Window Level Transparent Mnemonic Description 1 KHz Modulation Switch and Level Base Motorola Communications Analyzer Programming Reference...
  • Page 116 0.005 v Monitor/Wide-Band 0.05 v 0.00 - 7.95 Generate/AM 0 - 99 Generate/FM/Narrow-Band 0.05 kHz 0.00 - 9.95 Generate/FM/Wide-Band 0.5 kHz 0.0 - 99.5 Generate/PM/Narrow-Band 0.01 rad 0.50 - 2.00 2.0 - 10.0 Generate/PM/Wide-Band 0.1 rad Motorola Communications Analyzer Programming Reference...
  • Page 117 The set of Metering commands configure the analyzer into a measurement mode. After this conf@ration, the M?, ?, or *TRG queries can be used to return the measurements. The following table describes the Metering commands and queries as implemented by the R-2550. Mnemonic...
  • Page 118 = 3: Othrough70.0V queries Notes: M?, ?, or *TRG will return the given response following the issuance of the MA command The “Automatic Range” selection of the nl parameter is not available on the R-2550 Motorola Communications Analyzer Programming Reference...
  • Page 119 = 3: 0 through 100.0 V The M?, ?, or *TRG queries will return the given response following the issuance of the MD command. The “Automatic Range” selection of the nl parameter is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 120 Type: <Decimal Numeric Program Data, units: None Resolution: 0: Minimum Range: 1: Maximum Reset: Description: Frequency Counter Resolution optional: Type: units: None Range: 0: automatic (R-2600 uses modes l-3 as necessary) 1: 0.1 Hz Reset: Motorola Communications Analyzer Programming Reference...
  • Page 121 0 through 999.999 kHz 0 through 999.99 kHz Notes: The M?, ?, or *TRG queries will return the given response following the issuance of the MD command. The MF Command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 122 Reset: Description: Upper Preset Scan Limit Type: <Decimal Numeric Response Data> units: None Resolution: Range: 0 through 19. Reset: Description: Preset Scan Frequency Result Type: units: Resolution: 0.000100 MHZ (100 Hz) Range: 0 through 999.9999 Motorola Communications Analyzer Programming Reference...
  • Page 123 Units: None Resolution: 0 through 19 Range: Notes: The M?, ?, or *TRG queries will return the given response following the issuance of the MP command. The MP Command is only available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 124 Received Frequency error Type: units: Resolution: 0.001 l&Iz Range: -99.5 through +99.5 Description: Received Signal Level Type: units: nl = 0: W Resolution: nl = 1: 0.1 dBm nl = 0: 0.0 through 125.0 Range: Motorola Communications Analyzer Programming Reference...
  • Page 125 FM WB: 0 through -100 Notes: The M?, ?, or *TRG queries will return the given response following the issuance of the MR command. The response will only be returned in the monitor or duplex modes. Motorola Communications Analyzer Programming Reference...
  • Page 126 IEEE 488.2 SI nl cLF> Response Syntax: Parameters: Description: Type: Resolution: 0.1 dB -30.0 through 0.0 Range: The M?, ?, or *TRG queries will rennn the given response following the issuance of the Notes: MS command. Motorola Communications Analyzer Programming Reference...
  • Page 127 DI nl (LF> Parameters: Description: External Distortion Measurement Type: units: Resolution: 0.1 % Range: 0 through 99.9 Notes: The M?, ?, or *TRG queries will return the given response following the issuance of the MX command. Motorola Communications Analyzer Programming Reference...
  • Page 128 Type: units: Resolution: Range: 0 through 999.999999 Notes: The M?, ?, or “TRG queries will return the given response following the issuance of the MZ command. The MZ Command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 129 15. Non-Sequence Decode The following table describes the Non-Sequence Decode commands and queries as implemented by the analyzer. Mnemonic Description DPL Decode Base PL Decode Base Non-Sequence Decode Status Query Base DTMF Decode Base Motorola Communications Analyzer Programming Reference...
  • Page 130 Refer to the ED command for a list of valid DPL codes. If no code is available, the response Decoded DPL Code parameter consists of three dash characters The M?, ?, or *TRG queries will return the given response following the issuance of the ND command. Motorola Communications Analyzer Programming Reference...
  • Page 131 If no code is available, the response Decoded PL Code parameter consists of two dash characters (“---“I. The M?, ?, or *T’RG queries will return the given response following the issuance of the Motorola Communications Analyzer Programming Reference...
  • Page 132 ND, NP, or NT). Query Syntax: Standard RS-232 s 1 <CR-LF> Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Current Decode Status Type: Format: STATUS 00: Decode active STATUS 02 No si,ti STATUS 04: Decode reset Motorola Communications Analyzer Programming Reference...
  • Page 133 (-I- The M?, ?, or *TRG queries will return the given response following the issuance of the DT command. Motorola Communications Analyzer Programming Reference...
  • Page 134 Base Modulation Oscilloscope Spectrum Analyzer Base Track Generator Oscilloscope Base ThefollowingtabledescribestheDisplaycomrnandsandqueriesasimplementedbytheR-2600. Description Window Level Transparent Bar Graphs Base External oscilloscope Base Sweep Generator Oscilloscope Base Modulation Oscilloscope Base Spectrum Analyzer Base Base Track Generator Oscilloscope Analyzer Motorola Communications Programming Reference...
  • Page 135 Bar Graphs OB command selects the Bar Graph display. Description: Command Syntax: Motorola Communications Analyzer Programming Reference...
  • Page 136 13: 500 14: 1 Reset: Description: Oscilloscope AC/DC Coupling Selection Type: units: None Resolution: Range: 0: DC 1: AC Reset: Description: Oscilloscope Trigger Level optional: Type: units: None Resolution: Range: 0 through 999 (relative level) Reset: Motorola Communications Analyzer Programming Reference...
  • Page 137 <Decimal Numeric Program Data> units: None Resolution: Range: 0 through 250 (125 will center the trace) Reset: Description: Oscilloscope Vertical Position optional: Type: None units: Resolution: 0 through 250 (125 will center the trace) Range: Reset: Motorola Communications Analyzer Programming Reference...
  • Page 138 Resolution: 1: 20 2: 50 4: 250 5: 500 Vldiv 7: 2 8: 5 Reset: Oscilloscope Horizontal Position Description: optional: Type: None units: Resolution: 0 through 250 (125 will center the trace) Range: 12.5 Motorola Communications Analyzer Programming Reference...
  • Page 139 (continued) Description: Oscilloscope Vertical Position Optional: <Decimal Numeric Program Data> Type: units: None Resolution: Range: 0 through 250 (12.5 will center the trace) Reset: The OG command is not available on the R-2.550. Notes: Motorola Communications Analyzer Programming Reference...
  • Page 140 Oscilloscope Trigger Level optional: Type: <Decimal Numeric Program DEB units: None Resolution: 0 through 999 (relative level) Range: Reset: Oscilloscope Triggering Mode Selection Description: optional: None units: Resolution: Range: 0: Automatic 1: Normal 2: Single sweep Reset: Motorola Communications Analyzer Programming Reference...
  • Page 141 Oscilloscope Vertical Position optional: Type: <Decimal Numeric Program Data> units: None Resolution: Range: 0 through 250 (125 will center the trace) Reset: Description: Duplex Selection Type: None units: Resolution: Range: 0: Mon 1: Gen Reset: Motorola Communications Analyzer Programming Reference...
  • Page 142 100 Hz 200 Hz 200 Hz 500 Hz 500 Hz 1 kHz 2 kHz 2 kHz 2 kHz 5 kHz 5 kHz 5 kHz 10 kHz 10 kHz 20 kHz 20 kHz 50 kHz 50 kHz Motorola Communications Analyzer Programming Reference...
  • Page 143 1: 50 l o o 3: 200 4: 500 6: 2 7: 5 Reset: Description: Spectrum Analyzer sensitivity select code optional: Type: <Decimal Numeric Program Data> units: None Resolution: Range: 0: Minimum 1: Maximum Reset: Motorola Communications Analyzer Programming Reference...
  • Page 144 Range: 1: Delta 2: Absolute Reset: Enhanced Spectrum Analyzer Marker Movement Description: Type: None units: Resolution: 1: Reference Left Peak Reference Right Peak 3: Reference Maximum Peak 4: Reference Next Peak 5: Reference Center Frequency Motorola Communications Analyzer Programming Reference...
  • Page 145 OS Command. Each query returns the next peak measurement. Selection of 2,5, or 10 MHz for the nZ parameter is not available on the R-2550. Selection for parameters n3, n4, n5 will result in an Error 08 being returned by the R-2550.
  • Page 146 Track Generator Oscilloscope Description: The OT command selects and controls the Track Generator Oscilloscope display. Command Syntax: OT The OT Command is available only if the Tracking Generator Option is installed. Notes: Motorola Communications Analyzer Programming Reference...
  • Page 147 The R-2550 can save 20 unique sets of presets in nonvolatile memory. These presets save Monitor and Generate Frequencies of the R-2550. Commands are provided to save the current confi_guration into any of the 20 presets and to recall a saved preset back from memory.
  • Page 148 PM(R-2550) Save Selected Preset to Memory PM command saves selected parameters of the current state of the R-2550 into the Description: specified preset. The set of operating parameters saved by this command are: Monitor Frequency Generate Frequency PM nl Command Syntax:...
  • Page 149 Monitor Frequency Monitor Modularion Type Generate Frequency Generate Modulation Type Bandwidth Duplex Offset Synthesizer Format Selection DTMF Code PM nl Command Syntax: Parameters: Preset Selection Description: Type: units: None Resolution: Range: 0 through 29 Reset: Motorola Communications Analyzer Programming Reference...
  • Page 150 The PS command restores the operating values saved in the selected preset. The set of Description: operating parameters restored by this command are: Monitor Frequency Generate Frequency PS nl Command Syntax Parameters: Preset Selection Description: optional: Type: units: None Resolution: Range: 0 through 19 Reset: Motorola Communications Analyzer Programming Reference...
  • Page 151 Generate Frequency Generate Modulation Type Bandwidth Duplex Offset Synthesizer Format Selection DTMF Code PS nl Command Syntax: Parameters: Preset Selection Description: optional: Type: Decimal Numeric Program Data~ None units: Resolution: Range: 0 through 29 Reset: Motorola Communications Analyzer Programming Reference...
  • Page 152 Duplex Mode Base Generate Mode Base Monitor Mode Base Track Generator Mode Base ThefollowingtabledescribestheRFConuolcommandsandqueriesasimplementedbytheR-2600. Mnemonic Description Window Level Transparent Base Duplex Mode Generate Mode Base Monitor Mode Base Sweep Generator Mode Base Track Generator Mode Base Motorola Communications Analyzer Programming Reference...
  • Page 153 0.00 MHZ Description: Monitor Attenuation Value Selection optional: Type: units: None Resolution: Range: 0: 0 1: 20 dE3 Reset: Description: Monitor Port Selection optional: Type: <Decimal Numeric Program Data> units: None Range: 0: Antenna 1: Transceiver Motorola Communications Analyzer Programming Reference...
  • Page 154 Resolution: Range: 0: Generate port 1: Transceiver port Reset: Description: Generator Output Level optional: Type: units: Resolution: 0.1 dBm Range: -50.0 dBm Description: Bandwidth Selection Type: units: None Resolution: Range: 0: Wide 1: Narrow Reset: Motorola Communications Analyzer Programming Reference...
  • Page 155 Reset: Description: Generator Output Level Optional: Type: <Decimal Numeric Program Dara> units: 0.1 d.Rm Resolution: Range: -50.0 dE3m Description: Modulation Type Selection optional: Type: None units: Resolution: 0: AM Range: 1: FM 2: PM Reset: Motorola Communications Analyzer Programming Reference...
  • Page 156 Selection of PM for the x14 parameter is available on the R-2600 only if the Phase Modulation Option is installed. If the option is not installed, the analyzer will return an Invalid Input Error (Error 08) Motorola Communications Analyzer Programming Reference...
  • Page 157 101.5000 MHz Monitor Attenuation Value Description: optional: <Decimal Numeric Program Dw Type: units: None Resolution: Range: 0: ociE3 1: 20 dB 2: 4OdE3 Monitor Port Description: optional: Type: units: None Resolution: Range: 1: Transceiver Reset: Motorola Communications Analyzer Programming Reference...
  • Page 158 Type: <Decimal Numeric Program De units: None Resolution: Range: 0: AM 1: FM 2: PM Reset: Description: Bandwidth Selection optional: Type: <Decimal Numeric Program Data, units: None Resolution: Range: 0: Wide 1: Narrow Reset: Motorola Communications Analyzer Programming Reference...
  • Page 159 8: 5 Reset: Sweep Generator Rate Description: optional: <Decimal Numeric Program Data=- Type: None units: Resolution: Range: 2: 20 mS Reset: Description: Center Frequency optional: Type: units: Resolution: Range: 0.4 through 999.9999 800.0000 MHz Reset: Motorola Communications Analyzer Programming Reference...
  • Page 160 1: Transceiver port Reset: Description: Generator Output Level optional: Type: <Decimal Numeric Program Data> units: Resolution: 0.1 dBm Range: n4 = 0: -80.0 through 0.0 -50.0 dBm Reset: The RS command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 161 Description: Center Frequency Type: <Decimal Numeric Program Data> units: Resolution: 0.0001 MHZ Range: 0.4 through 999.9999 MHz Reset: 800.0000 MHz Description: Output Level Type: units: Resolution: 0.1 dBm Range: -80.0 through 0.0 0.0 dBm Reset: Motorola Communications Analyzer Programming Reference...
  • Page 162 Monitor Attenuation Level Description: optional: Type: <Decimal Numeric Program Data> units: None Resolution: 0 : OdBm Range: 1: 20dBm 2: 40dBm Reset: The RT Command is available only if the Tracking Generator Option is installed. Notes: Motorola Communications Analyzer Programming Reference...
  • Page 163 The following table describes the Sequence Decode commands and queries as implemented by the R-2600. Mnemonic Description Transparent General Sequence Decode Base Sequence Decode Status Query Base Start Sequence Decode Base Select-V Decode Base Stop Sequence Decode Base Base Note:Decode functionality is not available on the R-2550. Communications Analyzer Motorola Programming Reference...
  • Page 164 <Decimal Numeric Program Data> Type: units: None Resolution: 0: Minimum Range: 1: Maximum Reset: Description: Decoded Tone Frequency Type: Units: Resolution: 0 through 19999 Range: Decoded Tone Duration Description: Type: units: Resolution: 0.001 s Range: 0 through 9.999 Motorola Communications Analyzer Programming Reference...
  • Page 165 Tone Frequency response headers are of the form GSxA and Tone Duration response headers are of the form GSxB, where x wiI1 take on values from through 20 to designate the 1st through 20th tones decoded. SG command. The SG Command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 166 9 character sninS of the followin,o format: Format: Decode active STATUS 00: STATUS 01: Decode complete STATUS 02: No s@a.l STATUS 03: Decode auto stopped STATUS 04: Decode reset Notes: The SQ? command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 167 The SS command starts the sequence decode. This command is only valid if the current measurement mode is a sequence decode (if one of the following commands has been Command Syntax: SS The SS command is not available on the R-2550. Notes: Motorola Communications Analyzer...
  • Page 168 Select-V type Selection optional: Type: units: None Resolution: Range: 1: ZVEIMOD 2: ZVEIFRENCH 3: CCIR STD 4: CCIR 70 5: EEA Reset: Description: Decoded Tone Frequency Type: units: 1 Hz Resolution: 0 through 19999 Hz Motorola Communications Analyzer Programming Reference...
  • Page 169 Unrecognizable tones are indicated with a question mark character (‘I?“). A null tone is indicated with a dash character (“-“>. The M?, ?, or *TRG queries will return the given response following the issuance of the SV command. The SV Command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 170 The SX command stops the sequence &code. This command is only valid if the current measurement mode is a sequence decode (ii one of the following commands has been used: SG, SV, or SS). Command Syntax: SX The SX command is not available on the R-2550. Motorola Communications Analyzer...
  • Page 171 <Decimal Numeric Program Data> Type: units: None Resolution: 0: Minimum Range: 1: Maximum Reset: Description: Decoded Tone Frequency Type: Resolution: Range: 0 through 19999 Hz Decoded Tone Duration Description: Type: 0.001 s Resolution: 0 through 9.999 Motorola Communications Analyzer Programming Reference...
  • Page 172 Unrecognizable tones are indicated with a question mark character (“?“)_ A nuIl tone is indicated with a dash character (“-“). The M?, ?, or *TRG queries will return the given response following the issuance of the The S5 Command is not available on the R-2550. Motorola Communications Analyzer Programming Reference...
  • Page 173 20. External Modulation The folIowin,o table describes the External Modulation commands and queries as implemented by the analyzer. Mnemonic Description Transparent I External Modulation Switch and Level Base Motorola Communications Analyzer Programming Reference...
  • Page 174 Resolution Monitor/Narrow-Band 0.005 v 0.000 - 0.795 Monitor/Wide-Band 0.05 v 0.00 - 7.95 Generate/AM 0 - 99 0.05 kHz 0.00 - 9.95 Generate/FM/Narrow-Band Generate/FM/Narrow-Band 0.05 kHz 0.00 - 9.95 Generate/PM/Wide-Band 0.01 rad Generate/PM/Wide-Band 0.1 rad Motorola Communications Analyzer Programming Reference...
  • Page 175 Inquiry The following table describes the Inquiry queries as implemented by the analyzer. Mnemonic Description Window Level Transparent Calibration Warning Inquiry Error Inquiry Measurement Inquiry Base Status Inquiry Motorola Communications Analyzer Programming Reference...
  • Page 176 Calibration Inquiry Description: The C? query returns the calibration status of the analyzer. Query Syntax: Response Syntax: Parameters: Description: Calibration Status Type: units: None Resolution: Range: 0: Analyzer calibrated 1: Analyzer not calibrated Motorola Communications Analyzer Programming Reference...
  • Page 177 Thermal Power Meter not zeroed (LPA Option Only) Unable to zero Thermal Power Meter (LPA Option only) Error queue overflow Error queue empty Query Syntax: Response Syntax: Parameters: Error Number Description: Type: of the form “ERROR XX” 8 character suing Format: Motorola Communications Analyzer Programming Reference...
  • Page 178 1: Return the first response parameter Range: 2: Return the second response parameter Default: return ail parameters Notes: the last executed command as stated above is a control command, an error response string reflecting this condition shall be generated. Motorola Communications Analyzer Programming Reference...
  • Page 179 Event Status Register. Description Status RF overtemp RF overload input load overload Status queue overflow Status queue empty Response Syntax: Parameters: Status Number Description: <Arbitrary ASCII Response Da&v 9 character string of the form “STATUS XX” Format: Motorola Communications Analyzer Programming Reference...
  • Page 181 Programming Reference Motorola R-2600 Communications System Analyzer Cellular Option Communications Test Equipment Publication 6%P30972C-1.00 Printed in the U.S.A. 10 March 95...
  • Page 183 In no event shall Motorola he liable for any special, incidental, or consequential damages. In the event Motorola elects to repair a defective product by replacing a module or subassembly, Motorola, at its option, may replace such defective module or subassembly. Only the unexpired warranty of the warranty product, will remain in force on the replacement module or subassembly.
  • Page 184 Support Service For service on your Motorola Test Equipment in the U.S. contact the test equipment service depot: TEST EQUIPMENT SERVICE DEPOT 1308 Plum Grove Road 800-323-6967 (In Illinois call 708-576-7025) Motorola Communications Analyzer...
  • Page 185 Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive, royalty free license to use that arises by operation of law in the sale of a product.
  • Page 186 BQ? .............................._..11 BS?................................. 12 BT? ................................ 13 BV? ................................ 14 Motorola Communications Analyzer Cellular Option Programming Reference...
  • Page 187 R-2600 Communications System Analyzer. Along with publication 68-80309E55, Programming Reference, Motorola R-2550 and R-2600 Communications System Analyzer Series (found behind the General Operation tab in the 3-ring binder), this manual is intended to provide the information necessary to develop application programs that remotely control the analyzer for use in testing Cellular equipment.
  • Page 188 2. Command Set Quick Reference The set of commands and queries in this manual are only available when the analyzer is in the standard mode. Refer to the Programming Reference Motorola R-2600 Communications System Analyzer Series (publication NOTE The set of cellular commands are only available when the analyzer is equipped with the Cellular Option.
  • Page 189 The M?, ?, or *TRG queries will return the given response following the issuance of the BC command. The response parameter sl and s2 will consist of “-” characters if no DSAT signal can be decoded. The BC command is not available on the R-2550. Motorola Communications Analyzer...
  • Page 190 This command is only valid if the Audio Zone Format Selection is DSAT, and after a voice channel has been assigned during the cellular test. The BD? command is not available on the R-2550. Motorola Communications Analyzer Cellular Option Programming Reference...
  • Page 191 The BE query returns the Electronic Serial Number (ESN) of the unit-under test. Description: Query Syntax: Standard RS-232 Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: ESN Response Type: character string representing hexadecimal ESN digits Notes: The BE? R-2550. Motorola Communications Analyzer Cellular Option Programming Reference.
  • Page 192 System ID optional: Type: units: None Resolution: Range: 0 through 99999 Reset: 05349 Description: Control Channel optional: Type: units: None Resolution: Range: Reset: 0334 The BF command is not available on the R-2550. Notes: Motorola Communications Analyzer Cellular Option Programming Reference...
  • Page 193 Notes: This query is only valid if cellular test type is either inbound or outbound. The response 2 will be returned in this case. The BH? command is not available on the R-2550. Motorola Communications Analyzer Cellular Option Programming Reference...
  • Page 194 Monitor/Narrow-Band 0.005 v 0.000 - 0.795 Monitor/Wide-Band 0.05 v 0.00 - 7.95 o-99 Generate/FM/Narrow-Band 0.05 kHz 0.00 - 9.95 0.5 kH2 0.0 - 99.5 The BL command is not available on the R-2550. Motorola Communications Analyzer Cellular Option Programming Reference...
  • Page 195 The BN? query returns the unit-under test called number. Query Syntax: Standard RS-232 <CR-LF> Response Syntax: IEEE 488.2 Response Syntax: Parameters: Called Number Description: &ring Response Data> Type: Format: The BN? command is not available on the R-2550. Notes: Motorola Communications Analyzer...
  • Page 196 1: DSAT Reset: Description: Cellular Code Selection optional: Type: None Range: Reset: DSAT and DST are available only when NAhQS and/or NTACS is instalied. The BO command is not available on the R-2550. Motorola Communications Analyzer Cellular Option Programming Reference...
  • Page 197 Response Syntax: nl cLF> Parameters: Description: Cellular Test Status Type: units: None Resolution: Range: 0: Test not running 1: Test running 2: Test failed Notes: The BQ? command is not available on the R-2550. Motorola Communications Analyzer Cellular Option Programming Reference...
  • Page 198 Response Syntax: Parameters: Description: Current SAT Code Type: units: None Resolution: Range: 1 : 6OOOHz 2 : 603OHz -1: Format Selection not SAT or Voice Channel not yet assigned. The BS? command is not available on the R-2550. Motorola Communications Analyzer...
  • Page 199 Response Syntax: Parameters: Description: Thermometer Type Type: units: None Resolution: Range: 0: Inbound 1: Outbound 2: Autotest Description: Thermometer Value Type: units: None Resolution: Range: nl =0: Othrough8 Notes: The BT? command is not available on the R-2550. Motorola Communications Analyzer...
  • Page 200 Channel unassigned: - 1 Voice Channel Type Type: units: None Resolution: 0: Wide Range: 1: Low (Narrow for NTACS) 2: Middle 3: High The BV? command is not available on the R-2550. Notes: Motorola Communications Analyzer Cellular Option Programming Reference...
  • Page 201 Programming Reference Motorola R-2600 Communications System Analyzer M O T O R O L A Communications Test Equipment Printed in the U.S.A 10 March 95 Publication 68.P300974G1.00...
  • Page 203 In no event shall Motorola be liable for any special, incidental, or consequential damages. In the event Motorola elects to repair a defective product by replacing a module or subassembly, Motorola, at its option, may replace such defective module or subassembly. Only the unexpired warranty of the warranty product will remain in force on the replacement module or subassembly.
  • Page 204 Support For service on your Motorola Test Equipment in the U.S. contact the test equipment service depot: TEST EQUIPMENT SERVICE DEPOT 1308 Plum Grove Road 800-323-6967 (In Illinois call 708-576-7025) Motorola Communications Analyzer...
  • Page 205 Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive, royalty free license to use that arises by operation of law in the sale of a product.
  • Page 206 Contents 1. Inuoduction ................................ 1 2 Thermal Power Meter Remote Commands MT (R-2600) (LPA option only). Analyzer Motorola Communications...
  • Page 207 R-2600 Communications System Analyzer. Along with publication 6%80309E55, Programming Reference, Motorola R-2550 and R-2600 Communications System Analyzer Series (found behind the General Operation tab in the 3-ring binder), this manual is intended to provide the information necessary to develop application programs that remotely control the analyzer for use in testing Cellular equipment.
  • Page 208 = 2: 0.001 mW Range: nl = 1: 0.0316 through 1.00 nl = 2: 0.316 through 10.000 Notes: The M?, ?, or *TRG queries will return the given response following the issuance of the MT command. Motorola Communications Analyzer...
  • Page 209 Command Syntax: MZO Caution: Before zeroing the Thermal Power Meter, be sure the power head is attached to the connector at the left rear of the analyzer, and that no RF power is applied to the head. Motorola Communications Analyzer...
  • Page 210 In-line Wattmeter error Thermal Power too low (LPA Option only) Thermal Power Meter not zeroed (LPA Option only) Unable to zero Thermal Power Meter (LPA Option only) Error queue overflow Error queue empty Query Syntax: ERROR XX Response Syntax: Motorola Communications Analyzer...
  • Page 211 Programming Reference Motorola R-2670 Communications System Analyzer Motorola Analog Trunking Option M O T O R O L A Communications Test Equipment Printed in the U.S.A. 10 March 95 Publication 94~6%P30065G1.00...
  • Page 213 In no event shall Motorola be liable for any special, incidental, or consequential damages. In the event Motorola elects to repair a defective product by replacing a module or subassembly, Motorola, at its option, may replace such defective module or subassembly. Only the unexpired warranty of the warranty product will remain in force on the replacement module or subassembly.
  • Page 214 Support Service For service on your Motorola Test Equipment in the U.S. contact the test equipment service depot: TEST EQUIPMENT SERVICE DEPOT 1308 Plum Grove Road Schaumburg, Illinois 60173 800-323-6967 (In Illinois call 708-576-7025) Motorola Communications Analyzer...
  • Page 215 Motorola. Furthermore, the purchase of Motorola products shah not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive, royalty free license to use that arises by operation of law in the sale of a product.
  • Page 216 Contents 1 Introduction.. 2 Command Set Quick Reference.. 3 commands ............................4 *IDN? (R-2670)........................4 MODE........................... 8 PM (R-2670).......................... 12 Trunking ..........................15 ..........................TSIT ............................36 Inquiry ............................. Motoroia Communications Analyzer...
  • Page 217 Programming Reference, Motorola R-2550 and R-2600 Communications System Analyzer Series (found behind the General Operation tab in the 3-ring binder), this manual is intended to provide the information necessary to develop application programs that remotely control the analyzer for use in testing Motorola Analog Trunking equipment.
  • Page 218 R-2600 Programming Reference (publication 94990-68-80309E55) for more information on the basic command set. DSAT Decode DSAT Decode Query Electronic Serial Number Query Cellular Format Setup Handoff Confirmation Query Cellular Modulation and Switch Level Called Number Query Cellular Encode Thermometer Status Motorola Communications Analyzer...
  • Page 219 The following cornman ds are specific to the R-2670 Trunkng Option or have different functionality when the analyzer is in the uunking mode. Motorola Communications Analyzer...
  • Page 220 The *lDN? query uniquely identifies the analyzer over the system interface. Syntax: Query Standard RS-232 Response Syntax: s 1 <CR-LF> IEEE 488.2 Parameters: Description: Identification Suing Type: <Arbitrary ASCII Response Data> Format: 27 characters, encoded as; Note: XX represents minor revisions to the software Motorola Communications Analyzer...
  • Page 221 Tracking Generator Cable Fault C-Msg Filter/600-ohm load Cellular Testing Cellular Cellular NAMPS Signaling Cellular NTACS Signaling Cellular JTACS Signaling Cellular Phase Modulation Graphics Printout Enhances SAlMarkers Full Test Setup IEEE-488 GPIB Trunk Motorola Analog Trunking Query Syntax: Motorola Communications Analyzer...
  • Page 222 Option Identification Query (continued) Standard RS-232 Response Syntax: s 1 <CR-LF> IEEE 488.2 Response Syntax: Parameters: Description: Reportable Options Type: Format: 35 characters encoded as; Each option is represented by the character “1” if the option is present. The character Motorola Communications Analyzer...
  • Page 223 Standard RS-232 <CR-LF> Response Syntax: 488.2 IEEE Response Syntax: Parameters: Description: Software Version Type: &ring Response Datz> Format: 42 characters, fixed to the following: and XX NNNNNNNN represents the checksum number represents the minor revision Notes: number. Motorola Communications Analyzer...
  • Page 224 <Decimal Numeric Program Data~ None units: Resolution: Standard Mode Range: Reserved Reserved Reserved Reserved Reserved Reset: Note: Selection of a mode without the installation of the corresponding hardware option will cause the Invalid Mode Error (Error 09). Motorola Communications Analyzer...
  • Page 225 PF n6zPP n7&F> Response Syntax: Parameters: Description: Spectrum Analyzer Dispersion Selection optional: Type: None Resolution: Range: 5 0 0 Description: Spectrum Analyzer sensitivity select code optional: Type: units: None Resolution: Minirnurn Range: Maximum Reset: Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 226 None Resolution: Range: Delta Absolute Reset: Description: Enhanced Specaum Analyzer Marker Movement Type: <Decimal Numeric Program Darn- None Resolution: Range: Toggle Markers Reference Left Peak Reference Right Peak Reference Maximum Peak Reference Next Peak Reference Center Frequency Motorola Communications Analyzer...
  • Page 227 TRUNK is selected as the Mode of the analyzer. Selection of 2,5, or IO MHz for the nl parameter is not available on the R-2550. Selection for parameters n3, n4, n5 will result in an Error 08 being returned by the R-2550.
  • Page 228 None Resolution: 0 through 44 Range: Reset: Preset selections 0 through 29 are not available when the R-2670 mode is selected to be Notes: Trunk Reset selections through 44 will save the entire state of the analyzer. Motorola Communications Analyzer...
  • Page 229 0 through 44 Reset: Preset selections 0 through 29 are not availabLe when the R-2670 mode is selected to be Trunk Preset selections 30 through 44 will save the entire state of the analyzer. Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 230 (Error 09). The following table describes the Trunking commands and queries as implemented by the analyzer. Note: Trunking Commands are not available on the R-2550. Use of these commands will cause the Invalid Mode Error (Error 09). Motorola Communications Analyzer...
  • Page 231 Command Syntax: Standard RS-232 Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Fleet Type: units: Resolution: Range: Description: Type: units: Resolution: 00 through 3 1 Range: Description: unit Type: units: Resolution: OOOOOOthrough999999 Range: Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 232 Trunking Trunk I ISW Data (continued) Description: Call Type Type: <Arbitrary ASCII Response Dam units: Resolution: Range: Description: Size Code Type: units: Resolution: Range: 0 through 16 Call Ty-pes are defined in the table on the following page. Motorola Communications Analyzer...
  • Page 233 Trunk I ISW CaU Types Individual Call Alert Command or Acknowledge Emergency Alarm Message or Acknowledge Status or Message 10 Status or Message 11 Status or Message 12 Status or Message 13 Status or Message 15 Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 234 Standard X6-232 Response Syntax: IEEE 488.2 Response Syntax: TG nl;CU n2;CT n3;TU n4cLF> Parameters: Description: Type: units: Resolution: Range: Description: Type: units: Resolution: Range: 000000 through 065535 Description: Call Type Type: <Arbitrary ASCII Response Data> units: Resolution: Range: Motorola Communications Analyzer...
  • Page 235 Centralized Interconnect Request for: Subfleet Call Individual Interconnect Mobile_Transpond Response Not Assigned Super Word Identifier (used for variable id info): 2nd word of Dual ISW Variable ID Registration: 2nd word of Dual ISW Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 236 Trunk 2 ISW CalI Types Code Description status 1 Clear-Voice Emergency Talkgroup Motorola Analyzer Communications...
  • Page 237 0000 through 2047 Range: Description: <Decimal Numeric Program Dafaz- Type: Units: Resolution: through 31 Range: Description: <Decimal Numeric Program Data> Type: units: Resolution: 000000 through 999999 Range: Call Type Description: optional: Type: None units: Resolution: Fleet Range: Motorola Communications Analyzer...
  • Page 238 Trunk II System Initiated Call Alert Test Sequence Command Syntax: Parameters: Description Talk Group Type: <Decimal Numeric Program Data> units: Resolution: Range: 0000 through 4095 Type: <Decimal Numeric Program Da units: Resolution: Range: Description: Call Type optional: Type: units: None Resolution: Range: Announcement Reset: Motorola Communications Analyzer...
  • Page 239 Trunk II Signalling. Command Syntax: Parameters: Generated Transmit Deviation Description: optional: <Decimal Numeric Program Dm Type: None Units: Resolution: Wide Range: Medium Reset: SMARTZONE Connect Tone Selection Description: optional: <Decimal Numeric Program Data> Type: Hertz units: Resolution: Range: Reset: Motorola Communications Analyzer...
  • Page 240 The TAF command selects the auto affiliation sequence to be included in the test sequence. Command Syntax: Parameters: Description: Auto Affiliation Type: units: None Resolution: Range: Disabled Reset: Notes: This command is only valid when the Signaling Type is Type II. Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 241 Frequency Band optional: Type: <Decimal Numeric Program Dw units: None Resolution: Range: 800 MHZ (US) Reset: Control Channel Transmit Channel Description: optional: units: Resolution: Range: Reset: Control Channel Receive Channel Description: optional: Type: units: Resolution: Range: Reset: Motorola Communications Analyzer...
  • Page 242 Range: 0000 through 9999 Reset: Description: Monitor Attenuation Value Selection optional: Type: <Decimal Numeric Program Daw units: None Resolution: Range: Reset: Description: Monitor Port Selection optional: <Decimal Numeric Program Data=- Type: units: None Resolution: Antenna Range: Transceiver Motorola Communications Analyzer...
  • Page 243 Generate Port Optional: Type: None Resolution: Range: Generate port Transceiver port Reset: Description: Generator Output Level optional: Type: units: Resolution: 0.1 dESm Range: -50.0 dBm Reset: cause an Invalid Mode Error (Error 9) Motorola Communications Analyzer Trunking Option Ro_,ormming Reference...
  • Page 244 Frequency Band optional: None units: 800 MHz (US) Range: Control Channel Transmit Frequency Description: optional: Type: units: Resolution: Range: 004.00000 through 999.99999 Reset: Description: Control Channel Receive Frequency optional: <Decimal Numeric Program Data> units: Resolution: Range: through 999.99999 Motorola Communications Analyzer...
  • Page 245 <Decimal Numeric Program Dara> units: Resolution: Range: 004.00000 through 999.99999 Reset: Description: Monitor Attenuation Value Selection optional: Type: units: None Resolution: Range: Reset: Description: Monitor Port Selection optional: Type: units: None Resolution: Range: 1 :Transceiver Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 246 Reset: Generator Output Level Description: optional: Type: <Decimal Numeric Program Data> units: Resolution: 0.1 dBm Range: n8 = 0: -80.0 through 0.0 dBm Reset: -50.0 dBm cause an Invalid Mode Error (Error 9) Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 247 R e s e t : System Index Description: Optional: Type: None units: Resolution: System 1 Range: System 2 System 3 System 4 System 5 System 6 System 7 System 8 System 9 System 10 Reset: Motorola Communications Analyzer Trunkiug Option Programming Reference...
  • Page 248 Range: (See 0 through 14 Notes) Reset: Description: Fleet Map Prefix Position 2 optional: Type: units: None Range: (See Notes) 1 through 12 Reset: Fleet Map Prefix Position Description: optional: Type: units: None Resolution: Range: (See Notes) Motorola Communications Analyzer...
  • Page 249 Type: units: None Resolution: Range: 1 through 10 (See Notes) Reset: Description: Fleet Map Prefix Position 7 optional: Type: units: None Resolution: Range: 1 through 10 (See Notes) Notes: O - A 11 =L 3 - D Motorola Communications Analyzer...
  • Page 250 Command Syntax: nl ,n2,r&n4 Parameters: Description: optional: Type: units: None Resolution: Range: Trunk1 Description: ID Display optional: Type: units: None Resolution: Range: Reset: Description: Call Sequence optional: Type: <Decimal Numeric Program Data> units: Resolution: None Range: Dispatch Motorola Communications Analyzer...
  • Page 251 TRIT Radio-Initiated Test (continued) Description: System ID Optional: <Decimal Numeric Program Data, Type: units: None Resolution: Range: Reset: Motorola Communications Analyzer Trunking Option Programming Reference 1.00...
  • Page 252 Description: Signalling Type optional: Type: <Decimal Numeric Program Daw- units: None Resolution: Range: Reset: Description: ID Display optional: Type: units: None Resolution: Range: Description: Call Sequence optional: Type: units: Resolution: N o n e Range: Dispatch Reset: Motorola Communications Analyzer...
  • Page 253 TSIT Trunking System-Initiated Test (continued) System ID Optional: <Decimal Numeric Program Data> Type: units: None Resolution: Range: 000000 through 065535 Reset: Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 254 The TTSP command ends any Trunking Test which requires a stop test key press to end. Command Syntax: Only valid if system mode is Trunk. Only has an effect if mmking test is already started. Otherwise the command is Motorola Communications Analyzer...
  • Page 255 R: HS Data Sent on VC S: HS ACK Received on VC U: LS Word Sent on VC V: Connect Tone Received on V W: Disconnect Tone Received on V X: Disconnect Sent Y: Hangup Received Motorola Communications Analyzer Trunking Option Programming Reference...
  • Page 256 Description: Trunking Test Status Type: units: None Resolution: Range: Test not running Test running Test failed Motorola Communications Analyzer...
  • Page 257 TTST Trunking Test Start Description: begin. TTST Command Syntax: Notes: Only valid if system mode is Trunk. Only has an effect if mmking test is not already started. Otherwise the command is ignored. Motorola Commnnications Analyzer...
  • Page 259 Programming Reference Motorola R-2660 Communications System Analyzer MIRS Option M O T O R O L A Communications Test Equipment Printed in the U.S.A. 10 March 95 Publication 6%P37906N-1.00...
  • Page 261 ..............................15 ..............................2 3 ..............................2 .5 5. MIRS Display..............................2 7 6. MIRS RFControl............................. 3 0 ..............................3 2 ............................... 3 4 MTG ............................... 3 8 MTM ..............................3 9 Motorola Communications Analyzer MIRS Option Programming Reference...
  • Page 262 This page intentionally lefr blank Motorola Communications Analyzer...
  • Page 263 R-2660 Communications System Analyzer. Along with publication 6%80309E55, Programming Reference, Motorola R-2550 and R-2600 Communications System Analyzer Series (found behind the General Operation tab in the 3-ring binder), this manual is intended to provide the information necessary to develop application pro,- that remotely control the analyzer for use in testing MIRS equipment.
  • Page 264 MIRS Mobile BCCH Setup MMBC MMDS MIRS Mobile Dispatch Classmark Query MTRS Mobile RF Metering MIRS Mobile Registration MIRS BER Test and Base RF Metering MIRS Average Wattmeter I MIRS Disolav MIRS Base Monitor Motorola Communications Analyzer MIRS Option Programming Reference...
  • Page 265 3. MIRS Mode Mode Select The MODE command selects the mode of the R2660 Description: Command Syntax: MODE nl Parameters: Description: System Mode Optional: Type: units: None Resolution: Standard Mode Range: MIRS Base MIRS Mobile Motorola Analog Tnmking Mode Motorola Communications Analyzer...
  • Page 266 1 digit Range: 00-99 Description: optional: Type: Format: 5 character suing representing 4 hexadecimal digits with a period Reset: Description: Regional Network Code optional: Type: Format: 8 character string representing 6 hexadecimal digits with 2 periods (xx.xXxx) Reset Motorola Commonications Analyzer...
  • Page 267 128 dBm Reset: Description: Maximum Transmit Power optional: Type: <Decimal Numeric Program Data> units: Resolution: Range: 0: 43 dEIm 1: 4OdBm 2: 37 dBm 3: 33 dBm 4: 30dBm 5: 27 dF%m Reset: Analyzer Motorola Communications MIRS Reference Option Programming...
  • Page 268 The MMCP query returns the Called Party BCD number of the unit under test. Description: Command Syntax: Standard RS-232 Response Syntax: IEEE 488.2 BCD sldF> Response Syntax: Parameters: Description: Called Party BCD Type: &ring Response Data> Format: 15 character suing representing 15 decimal digits Motorola Communications Analyzer Option Programming Reference...
  • Page 269 <Decimal Numerk Program Data> units: None Resolution: 0: w Range: 1: dBm Reset: Description: optional: <Decimal Numeric Program Data> Type: units: None Resolution: 0: 4 Slots Range: 16 Slots 2: 80 Slots Reset: Motorola Communications Analyzer MIRS Option Programming Reference...
  • Page 270 = l : dBm Resolution: 0.001 w 0.1 dBm Range: nl = 0: 0.0 through 125.0 -100.0 through +51-O Notes: The M?, ?, or *TRG queries will return the given response following the issuance of the MMDS command. Motorola Communications Analyzer...
  • Page 271 Received Signal Level Units Description: optional: <Decimal Numeric Program Dara=- Type: units: None Resolution: Range: 1 : dBm Reset: Description: Type: units: None Resolution: 0: 4 slots Range: 16 slots 2: 80 slots Reset: Motorola Communications Analyzer MIRS Option Programming Reference...
  • Page 272 0.0 through 99.9 Received Signal Level Description: Type: units: Resolution: nl =O: 0.001 w 0.1 clE%m Range: -100.0 through +51-o The M?, ?, or *TRG queries will return the given response following the issuance of the Notes: Motorola Communications Analyzer...
  • Page 273 None Resolution: Range: 0000 through 9999 Description: Manufacturer Serial Number Type: units: None Resolution: Range: 00000000 through 99999999 Description: Equipment Class Type: units: None Resolution: Range: 00 through 99 Type: units: None Resolution: Range: 0 through 9 Motorola Communications Analyzer...
  • Page 274 Type: units: None Resolution: 0: 43 dBm Range: 1: 40dBm 3: 33 dBm 4: 30dBm 5: 27 dBm Description: Short Message Service Capability Type: units: None Resolution: Range: 0: Not capable of SMS 1: Capable of SMS Motorola Communications Analyzer...
  • Page 275 Response Syntax: Parameters: Description: Revision Type: units: None Resolution: Range: 0 through 7 Description: RF Power Capability Type: units: None Resolution: Range 0: 43 dJ3m 1: 4OdESm 2: 37dBm 3: 33 dBm 4: 30dBm 5: 27 clESm Motorola Communications Analyzer...
  • Page 276 Response Syntax: nl=O IEEE 488.2 Response Syntax: SQ n3;IP n4cLF> Parameters: Description: Received Signal Level Units optional: Type: units: None Resolution: Range: 1 : d.Bm Reset: Description: Slots optional: Type: units: None Resolution: Range: 16 slots 80 slots Analyzer Motorola Communications...
  • Page 277 -100.0 through +51.0 nl = 1: Notes: The M?, ?, or *TRG queries will return the given response following the issuance of the MMRF command. The response will only be returned in the monitor or duplex modes. Motorola Communications Analyzer...
  • Page 278 MMRG U2 “MMRG” Description: The MMRG command selects and controls the Regisn-ation procedure in MIRS Mobile mode. MMRG Command Syntax: Parameters: Description: Registration Type optional: Type: units: None Resolution: Range: 1: Dispatch Reset: Motorola Communications Ar&zer...
  • Page 279 The MMSS query returns the Mobile Received Signal Strength of the unit under test. Description: Command Syntax: Standard RS-232 RSS,nl cBmcCR-LF> Response Syntax: IEEE 488.2 RSS nl cLF> Response Syntax: Parameters: Description: Mobile Detected Signal Strength Type: Numeric Response Data> units: None Resolution: Range: -127 through +128 Motorola Communications Analyzer...
  • Page 280 Parameters: Description: Thermometer Type Type: None Resolution: Range: 0: Registration Interconnect 2: Dispatch Description: Thermometer Value Type: Units: None Range: nl = 0: 1 through 6 n l = 1: 1 through 9 Motorola Communications Analyzer MIRS Option Programming Reference...
  • Page 281 Received Signal Level Units optional: Type: <Decimal Numeric Program Data> units: None Resolution: Range: 1 : dBm Reset: Description: Slots optional: <Decimal Numeric Program Data=- Type: units: None Resolution: Range: 4 slots 2: 8Oslots 3: 960 slots Motorola Communications Analyzer...
  • Page 282 Received Signal Level Type.: units: nl = 0: 0.001 W Resolution: nl = 1: 0.1 dBm nl=O: 0.0 through 125.0 Range: -100.0 through +51.0 Number of Received Bit Errors Description: Type: None units: Resolution: 1 error 0 through 999999 Motorola Communications Analyzer...
  • Page 283 Measured Bit Error Rate Type: units: Resolution: 0.0001% Range: Notes: The M?, ?, or *TRG queries will return the given response following the issuance of the MTB command. The response will only be returned in the monitor or duplex modes. Motorola Communications Analyzer...
  • Page 284 Response Syntax: nl=l Response Syntax: Parameters: Received Signal Level Units Description: optional: Type: None units: Resolution: Range: 0: w 1: dBm Reset: Description: optional: Type: None units: Resolution: Range: 1: 16 slots Reset: Motorola Communications Analyzer MIRS Option Programming Reference...
  • Page 285 Range: 0.0 through 125.0 nl = 1: The M?, ?, or *TRG queries will return the given response following the issuance of the MTRF command. The response will only be returned in the monitor or duplex modes. Motorola Communications Analyzer...
  • Page 286 <Decimal Numeric Program Dat;u units: Seconds 0.09 s Resolution: Range: 0.09 through 4.32 Reset: Description: Received Signal Level Type: units: nl = 0.001 W Resolutios 0.1 dBm nl=O: 0.0 through 125.0 nl = 1: -100.0 through +x0 Motorola Communications Analyzer...
  • Page 287 The M?, ?, or *TRG queries will return the given response following the issuance of the MTW command. The response will only be returned in the monitor or duplex modes. Motorola Communications Analyzer...
  • Page 288 3: 200 us/div 4: 500 USldiV 6: 2 7: 5 10 mS/div 9: 20 mS/div 11: 1OOmS/div 12: 2OOmSkliv 13: 500 mS/div 14: 1 Reset: Duplex Selection Description: optional: Type: None units: Resolution: 0: Mon Range: 1: Gen Motorola Communications Analyzer...
  • Page 289 0 through 999 (relative level) Range: Reset: Description: Oscilloscope Triggering Mode Selection optional: Type: units: None Resolution: Range: 0: Automatic 1: Normal 2: Single Sweep Reset: Description: optional: Type: units: None Resolution: Range: Vldiv Vldiv Vldiv Vldiv Reset: Motorola Communications Analyzer...
  • Page 290 Oscilloscope Horizontal Position optional: Type: units: None Resolution: Range: 0 through 250 (125 will center the trace) Reset: Vertical Description: Oscilloscope Position optional: Type: units: None Resolution: Range: 0 through 250 (125 will center the trace) Reset: Motorola Communications Analyzer...
  • Page 291 Monitor Carrier Number Type: units: N o n e Resolution: digit Range: Reset: Description: Monitor Frequency Optional: Type: units: Resolution: Range: 0.4 through 999.9999 101.5000 MHz Description- Format optional: Type: units: None Resolution: Range: 0 : MIRS Reset: Motorola Communications Analyzer...
  • Page 292 (continued) Description: Monitor Attenuation Value optional: Type: None Resolution: Range: 0 : odE3 1 : 2odB 2: 40dB Reset: Monitor Port Description: optional: Type: units: None Resolution: Range: 0: Antenna 1: Transceiver Reset: Motorola Communications Analyzer...
  • Page 293 Resolution: 100 Hz 0.4 through 999.9999 Range: 101.5000 MHZ Reset: Duplex Offset optional: Type: <Decimal Numeric Program Data=- units: None Resolution: 0: +45.OOOo MHZ Range: Format Description- optional: Type: units: None Resolution: Range: Reset: Analyzer Motorola Communications Option Programming Reference...
  • Page 294 Generate Port optional: Type: units: None Resolution: 0: Generate Port Range: 1: Transceiver Port Generator Output Level Description: Type: units: 0.1 dBm -80.0 through 0.0 dBm Range: -130.0 through -50.0 dBm Reset: -50.0 dBm Motorola Communications Analyzer MIRS Option Programming Reference...
  • Page 295 +/-48 MHz for the Duplex Offset. Description: Monitor Frequency optional: Type: units: Resolution: 100 Hz Range: 0.4 through 999.9999 Reset: 101.5000 MHZ Description: Duplex Offset Type: units: Resolution: Range: 0: -48.0000 MHZ 1: -45.0000 MHZ 3: i4WOOOMHz Motorola Communications Analyzer...
  • Page 296 Window Clipping Description: optional: <Decimal Numeric Program Dara> Type: units: None Resolution: Range: 0: Window Clipping Off 1: Window Clipping On Reset: Motorola Communications Analyzer MIRS Option Programming Reference...
  • Page 297 0: Antenna Range: 1: Transceiver Reset: Generate Port Description: optional: Type: None units: Resolution: 0: Generate Port Range: 1: Transceiver Port Reset: Generator Output Level Description: optional: 0.1 dBm Resolution: Range: -50.0 dBm Reset: Motorola Communications Analyzer MJRS Option Programming Reference...
  • Page 298 Carrier Number entry is invalid if the FoI?nat is DJSMR or DMCA. Description: Window Clipping Type: <Decimal Numeric Program Dara, None units: Resolution: 0: Window Clipping Off Range: 1: Window Clipping On Reset: Description: Generate Frequency optional: Type: units: Resolution: Range: 0.4 through 999.9999 800.0000 MHz Motorola Communications Analyzer...
  • Page 299 0: Generate Port Range: 1: Transceiver Port Reset: Generator Output Level Description: optional: Type: <Decimal Numeric Program Data> units: 0.1 dBm Resolution: n7 = 0: -80.0 through 0.0 dBm Range: Reset: -50.0 dE?m Motorola Communications Analyzer MIRS Option Programming Reference...
  • Page 300 Carrier Number entry is invalid if the Format is DJSMR or DMCA. Description: Monitor Frequency Type: <Decimal Numeric Program Data, units: Resolution: 100 Hz Range: 0.4 through 999.9999 101.5000 MHZ Reset: Channel Description: Type: units: None Range: 0: Outbound l/6 1 : Inbound 116 Reset: Motorola Communications Analyzer...
  • Page 301 1: DJSMR 2: DMCA Reset: Description: Monitor Attenuation Value optional: Type: None Resolution: 0: OdB Range: 2: 4OdB Monitor Port Description: Type: <Decimal Numeric Program Data> None units: Range: 0: Antenna 1: Transceiver Motorola Communications Analyze-r MIRS Option Programming Reference...
  • Page 303 Programming Reference Motorola R-2680 Communications System Analyser MPT1327 Option M O T O R O L A Communications Test Equipment Printed in the U.S.A. 10 March 95 Publication 68X30985(3...
  • Page 304 This page intentionally left blank...
  • Page 305 This will only be allowed to happen when the remote user is in the MPT Test Mode. Also note that the “Non-Numeric Program Data” and the “Hexadecimal Response Data” are not to the IEEE488.2 values, not decimal. Motorola Communications Anaiyser...
  • Page 306 Number of Teleqrams in Buffer Query WRADCAL ........................... 27 Radio Call Test Setup.. WRADESM? ..........................29 Radio ESN Query.. Radio identification Query WRDALL? Radio - All Call Test Result Query......................32 Radio - Group Call Result Query.__._. Motorola Communications Anaiyser Reference...

  • Page 307: Table Of Contents

    WTELEG? Telegram Information Query W T S T C H M Test Channel Selections.___........................-67 3. MPT RF Control............................... 68 WRFCNTRL RF Control Selection WRFFREQ? WRFSETUP RF Setup Command..._ Signaling System Type Selection ......................75 Motorola Communications Analyser...
  • Page 308 A3. List of Response Mnemonics ........_......._...._._.._.._.._.._. % Motorola Communications Analyser...
  • Page 309 1. MPT Mode MODE Mode Select The MODE command selects the mode type of the R2680. Description: MODE Command Syntax: Parameters: Description: System Mode optional: Type: units: None Resolution: 0: Standard Mode Range: 4: MPT Test Mode Reset: Motorola Communications Analyser...
  • Page 310 Type: Format: Any 24 character alphanumeric string Reset: Description: Header for line 2 optional: Type: Any 24 character alphanumeric string Reset: on Error Type: <Decimal Numeric Program Datru units: None Resolution: Range: Reset: Motorola Communications Analyser MPT1327 Option Programming Reference...
  • Page 311 RF I/o: 0.07 /.lv Range: 22.36 PV 0.02 mV RF I/o: -23 dBu 27 dBu -80 dBm Reset: Modulation Level Description: optional: Type: Volts units: 0.001 v Resolution: 0 c= Mod Lvl c= 795 mV Range: Reset: Motorola Communications Analyser...
  • Page 312 Radio Identification - Number Prefix optional: units: None Resolution: Range: <= 327 Reser Radio Identification - Fleet Ind. Number / Ident Type: None units: Resolution: Range: MPT1343: 2001 Reset: Radio Identification - Unit Number optional: Type: units: None Resolution: Motorola Communications Analyser...
  • Page 313 Resolution: 0: No Range: 1: Yes Reset: Description: optional: Type: None units: Resolution: 0 c= Logical Channel # <= 1023 Range: Reset: Test Traffic Channel 2 Description: optional: units: None Resolution: 0: No Range: 1: Yes Reset: Motorola Communications Anaiyser...
  • Page 314 0: No 1: Yes Reset: Description: optional: Type: units: Resolution: 0.01 dB Range: -30.00 dB <= SINAD c= 0.00 dB Reset: 0.00 dB optional: Type units: Resolution: Range: 0 Hz c= Freq. Error c= 9999 Hz Reset: Motorola Communications Analyser...
  • Page 315 -130.0 C= RF Power c= 50.9 dBm 0.00 w Notes: The RF Power limits are dependent upon the RF Power Units. The Sinad Generate level limits are dependent upon whether the RF/IO port is selected or the GEN port is selected. Motorola Communications Analyser...
  • Page 316 3: Traffic Channel 3 Reset: Test Pass/Fail Result Description: Auto &ring Type: Response Data> Format: 1 characux suing with two possible values: Description: Type: Resolution: 0.01 dB Range: -30.00 dB <= SINAD <= 0.00 dB Motorola Communications Anaiyser MPT1327 Option Programming Reference...
  • Page 317 Resolution: 0.01 Watt or 0.01 dBm Range: 0.00 c= RF Power C= 125.0 Watts Notes: Units are dependent upon the selectable RF Power Unit command. If no traffic channel parameter is sent, a default of 1 is assumed. Motorola Communications...
  • Page 318 The WCALL command defines if the System Group Call scenario is a broadcast call or conference call. Command Syntax: WCALL nl Parameters: Description: Call Type optional: Type: units: None Resolution: Range: 0: Broadcast Call 1: Conference Call Reset: Motorola Communications Anaiyser MPT1327 Option Programming Reference...
  • Page 319 The WCALLSQ command specifies which Call Sequence is to be used. Description: Command Syntax: WCALLSQ nl Parameters: Call Sequence Description: optional: Type: units: None Resolution: Range: Individual Call Group Call All Call Short Data Message Motorola Communications Analyser MPT1327 Option Programming Reference...
  • Page 320 The WCALLSU command specifies which Call Setup type is used. Command Syntax: WCALLSU nl Parameters: Description: Optional: Type: units: None Resolution: Range: 0: Off Air Call Setup (OACSUJ 1: Full Off Air Call Setup (FOACSU) Reset: Motorola Communications Analyser MPT1327 Option Programming Reference...
  • Page 321 0: Comol Channel Range: 1: Traffic Channel Note: Most MPTl327 commands cannot be executed while on the u&c channel. However, available Standard R2.600 commands may be executed on the traffic channel for measurement purposes. Motorola Communications Analyser MPT1327 Option Programming Reference...
  • Page 322 Data Code Word Selection The WDCW command defines up to 4 Data Code Words @CW> to be mn.mitted tO a Description: radio. Command Syntax: Parameters: Description: Number of Data Codewords to be transmitted optional: Type: <Decimal Numeric Program Data> None Resolution: 1 c= # Data Codewords c= Range:...
  • Page 323 Reserved Slot Access bit for DCW 3 Type: units: None Resolution: Range: Reset: Description: Upper 24 bit Data Co&word 3 optional: Type: <Non-Decimal Numeric Program Data> units: None Resolution: 0 c= Codeword c= 3FFFFF Range: Motorola Communications Analyser MPT1327 Option Programming Reference...
  • Page 324 Upper 24 bit Data Codeword optional: <Non-Decimal Numeric Program Dam Type: units: None 0 c= Codeword c= 3FFFFF Range: Reset: Description: optional: Type: <Non-Decimal Numeric Program Data> units: None Resolution: 0 c= Codeword <= FFFFFF Range: Reset: Motorola Communications Analyser...
  • Page 325 WEMERG Emergency Priority Selection WEMERG command defines whether the priority of the call scenario is an Description: emergency. WEMERG nl Command Syntax: Parameters: Description: Emergency Call optional: units: None Resolution: 0: No Range: 1: Yes Reset: Motorola Communications Aaalyser...
  • Page 326 The WFRQDEV command selects the limit of the Frequency Deviation for the selected traffic channels. Command Syntax: WFRQDEV nl Parameters: Frequency Deviation Limit Type: <Decimal Numeric Response Dam Units: kH2 Resolution: 0.01 kHz 0 kHz c= Freq. Deviation C= 9.99 kHz Range: Reset: 0.00 kHz Motorola Communications Anaiyser MPT1327 Programming Reference Option...
  • Page 327 Command Syntax: WFRQERR nl Parameters: Description: Frequency Error Limit optional: Type: cDecirnal Numeric Response Dam Units: Hz Resoiution: 1 Hz 0 Hz e= Freq. Error c= 9999 Hz Range: Reset: 0 Hz Motorola Communications Anaiyser MPT1327 Option Programming Reference...
  • Page 328 Group Identification - Number Prefix optional: units: None Resolution: Range Description: Group Identification - Fleet Ind. Number / Ident Type: units: None Range: MPT1343: 2001 Reset: Description: Group Identification - Unit Number optional: Type: units: None Resolution: Range: c= 99 Motorola Communications Analyser...
  • Page 329 Halt On Error Selection WHALTER command defines whether the MPT Auto Test should halt when an Description: error is present. Command Syntax: Parameters: Description: Halt on Error optional: Type: units: None Resolution: 0: No Range: 1: Yes Reset: Motorola Communications Analyser...
  • Page 330 The WHEADER command specfies two Headers that are used when Auto Test resuIts printed. Command Syntax: Parameters: Header for line 1 Description: optional: Type: Any 24 character alphanumeric string Reset: Header for line 2 Type: Any 24 character alphanumeric string Format: Reset: Motorola Communications AnaIyser...
  • Page 331 Description: Radio Identification - Fleet Ind. Number / Ident optional: Type: <Decimal Numeric Program Data> units: None Resolution: Range: MPT1343: 2001 Description: Radio Identification - Unit Number optional: Type: <Decimal Numeric Program Data> units: None Range: Motorola Communications Analyser...
  • Page 332 The WMEXER command selects one of the following meter screens: Radio Call, System Call, or MPT Auto Test Command Syntax: Parameters: Description: Meter Selection optional: Type: units: None Range: 27: Radio Call 28: System Call 29: MPT Auto Test Reset: Motorola Communications Analyser MET1327 Option Programming Reference...
  • Page 333 Modulation Level Selection Description: WMODLVL command selects modulation level during an MFT Auto Test. Command Syntax: WMODLVL nl Parameters: Description: Modulation Level Optional: Type: units: Volts Resolution: 0.001 v Range: 0 C= Mod Lvl C= 795 mV Reset: Motorola Communications Analyser...
  • Page 334 WNUMTEL? Number of Tele,orams in Buffer Query Description: Query Syntax: Standard RS-232 Response Syntax: Response Syntax: Parameters: Description: Number of Telegrams Type: cNRI Numeric Response Data> Units: None Range: 0 c= NUMTEL c= 99 Motorola Communications Aualyser...
  • Page 335 6: Short Data Message Description: Control Channel 1 optional: Type: units: None Range: 0 c= Logical Channel # c= 1023 Reset: Control Channel 2 Description: optional: Type: units: None Resolution: Range: 0 c= Logical Channel # <= 1023 Reset: Motorola Communications Analyser...
  • Page 336 Resolution: Range: 0 <= Logical Channel # e= 1023 Reset: Description: Call Setup scenario optional: Type: units: None Resolution: Range: Off Air Call Setup (OACSv> 1: Full Off Air Call Setup (FOACSU) Reset: Motorola Communications Analyser MPT1327 Option Programming Reference...
  • Page 337 Response Syntax: Parameters: Description: Radio Ekctronic Serial Number Type: &ring Response Data> Format: 13 character suing representing a decimal format of “xxx-xx-xxxxxx” as follows: Manf. Code Dash Separator 5 - 6 Dash Separator 8 -13 Serial # Motorola Communications Analyser...
  • Page 338 Standard RS-232 ID, s 1 <CR-LF> Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Radio Identification Type: 8 character string representing a decimal Prefix:Ident format of “xxx- 1 -3 Dash Separator 5 - 8 Motorola Communications Anaiyser MPT1327 Option Programming Reference...
  • Page 339 The WRDALL? command returns the Emergency result for a Radio All Call Test Description: scenario. WRDALL? Query Syntax: RS-232 Standard Response Syntax: IEEE 488.2 Response Syntax: Parameters: Description: Emergency Call &ring Response Data> string with two possible values: Format: Motorola Communications Analyser...
  • Page 340 8 character string representing a decimal Rrefix:Ident fotrnat of “xxx- Dash Separator 5 - 8 Description: Emergency Call Type: Format: 1 character string with two possible values: Description: Request Type Type: Format: 10 character string with two possible values: “Broadcast ” “Conference” Motorola Communications Analyser MPT1327 Option Programming Reference...

  • Page 341: Radio - Individual Call Test Resultquery

    8 character suin,o representing a decimal Prefix:Ident format of ‘xxx- xxxx” as follows: l - 3 Dash Separator 5 - 8 Description: Emergency Call Type: <Suing Response Dam Format: 1 character suing with two possible values: Motorola Communications Analyser MPT1327 Option Programming Reference...

  • Page 342: Wrdpabx

    Emergency result and the PABX Call Number. Query Syntax: Standard RS-232 Response Syntax: IEEE 488.2 Response Syntax Parameters: Emergency Call Type: Description: PABX Call Number Type: units: None Resolution: Range: 1 <= PABX <= 999999999 Motorola Communications Analyser MPT1327 Option Programming Reference...

  • Page 343: Radio . Pstn Call Test Result Query

    &ring Response Da&= Type: Description: Dialing Method used to invoke call scenario Type: &ring Response Data> 8 character suing with one possible value: Format: Description: PSTN Call Number Type: Format: Long Forms 31 characters Motorola Communications AnaIyser MPT1327 Option Programming Reference...

  • Page 344: Wrdshrt

    8 character suing representing a decimal h-efx:Ident format of “xxx- xxxx” as follows: Range Refix o<= P&II <= 127 1 -3 Dash Separator 5 - 8 Description: Number of Data Codewords transmitted None Resolution: Range: 1 c= # Data Codewords C= 4 Motorola Communications Analyser MPT1327 Option Programming Reference...
  • Page 345 Upper 24 bit Data Codeword 2 Type: None Resolution: Range: 0 c- Codeword c= SFFFFF Description: Lower 24 bit Data Codeword 2 Type: <Hexadecimal Numeric Response Data> units: None 0 c= Codeword c= FFFFFF Range: Motorola Communications Analyser MPT1327 Option Programming Reference...
  • Page 346 Description: Upper 24 bit Data Co&word 4 <Hexadecimal Numeric Response Data> units: None Resolution: Range: 0 e= Codeword e= 3FFFFF Lower 24 bit Data Codeword 4 Description Type: units: None Resolution: Range: 0 c= Codeword e= FFFFFF Motorola Communications Anaiyser...
  • Page 347 Prefix O<= Prefix c= 127 l - 3 Dash Separator 5 - 8 Description: Status Code Type: units: None R e s o l u t i o n : N / A 1 c= Status Co& c= 3 1 Motorola Communications Analyser...

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