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SCPI Command Reference

136

IQS-1700

Product-Specific Commands—Description

:SENSe[1..n]:AVERage[:STATe]?

Description

This query returns the current averaging state.

Syntax

:SENSe[1..n]:AVERage[:STATe]?

Parameter(s)

None

Response Syntax

<AverageState>

Response(s)

AverageState: 

The response data syntax for <AverageState> is 

defined as a <NR1 NUMERIC RESPONSE DATA> 

element. 

State of averaging.

0 -Averaging is disabled

1 -Averaging is enabled

Example(s)

SENS:AVER:STAT?

See Also

SENSe:AVERage:STATe

SENSe:AVERage:COUNt

SENSe:AVERage:COUNt?         

Summary of Contents for IQS-1700

Page 1: ...User Guide High Performance Power Meter and Optical Head for IQS 600 IQS 1700...

Page 2: ...t may result from its use No license is granted by implication or otherwise under any patent rights of EXFO EXFO s Commerce And Government Entities CAGE code under the North Atlantic Treaty Organizati...

Page 3: ...the Application 20 4 Setting Up Your High Performance Power Meter 21 Setting Channel Display 22 Selecting a Channel Multi Channel Models 23 Naming Channels 24 Selecting the Wavelength 25 Managing Wave...

Page 4: ...ng Power Meter Modules 83 Using Monitor Windows 83 Using QuickTools 86 11 Maintenance 89 Cleaning Fixed Connectors 90 Cleaning Detector Ports 92 Recalibrating the Unit 93 Recycling and Disposal Applie...

Page 5: ...Contents High Performance Power Meter v Index 189...

Page 6: ...dards are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequenc...

Page 7: ...ance Power Meter vii European Community Declaration of Conformity An electronic version of the declaration of conformity for your product is available on our website at www exfo com Refer to the produ...

Page 8: ......

Page 9: ...e OHS 1700 Optical Head Main Features The IQS 1700 High Performance Power Meter is offered with the followingone two or four channel models The OHS 1700 Optical Head is offered in Ultra High Power opt...

Page 10: ...ndle power signals in a safe and efficient way You can connect up to four optical heads to a module depending on the model you have acquired The optical head functions with connectorized and non conne...

Page 11: ...700 High Performance Power Meter supports local control via the IQS Manager software and remote control through GPIB RS 232 or Ethernet TCP IP using SCPI commands or the provided LabVIEW drivers For m...

Page 12: ...r 4 IQS 1700 Typical Applications Typical Applications Your power meter is suitable for numerous applications including the following Transceiver testing Amplifier characterization PDL measurements Ne...

Page 13: ...s injury Do not proceed unless you understand and meet the required conditions CAUTION Indicates a potentially hazardous situation which if not avoided may result in minor or moderate injury Do not pr...

Page 14: ......

Page 15: ...he use of controls adjustments and procedures namely for operation and maintenance other than those specified herein may result in hazardous radiation exposure or impair the protection provided by thi...

Page 16: ......

Page 17: ...connect your optical head to your power meter and how to start and exit the application Inserting and Removing Test Modules CAUTION Never insert or remove a module while the controller unit and its e...

Page 18: ...2 Remove the protective cover from the desired unused module slot 2a Pull the retaining screw knob firmly towards you and release the bottom of the cover 2b Gently pull the top of the protective cover...

Page 19: ...slot 5 Push the module all the way to the back of the slot until the retaining screw makes contact with the unit casing 6 While applying slight pressure to the module turn the retaining screw knob lo...

Page 20: ...ote You can insert IQ modules into your controller or expansion unit the IQS Manager software will recognize them However the IQS 1700 locking mechanism retaining screw will not work for IQ modules To...

Page 21: ...rotective cover into the upper grooves of the unit 3b Snap the cover into place by pushing the retaining screw knob CAUTION Pulling out a module by a connector could seriously damage both the module a...

Page 22: ...d to the interface and started the application as explained in Starting the High Performance Power Meter Application on page 15 you should see the channel or channels on a multiple channel power meter...

Page 23: ...rial based screw hole is located on the right side and bears the inscription 1 4 20 Once you have installed the head onto the tripod tighten the tripod screw to prevent it from turning which would com...

Page 24: ...n white to indicate that it is highlighted 2 Click Start Application OR Press the green LED push button on the front of the corresponding module You can also double click its row Note Pressing the LED...

Page 25: ...ultichannel power meter with different optical heads the settings such as the wavelength list used by the application are those detected on the highest channel number For example if you use a Low PDL...

Page 26: ...he main window identifies the operational status of the IQS 1700 High Performance Power Meter For more information about automating or remotely controlling the IQS 1700 High Performance Power Meter re...

Page 27: ...r moves by steps corresponding to the number in the fine tuning box which you can change by using the up and down arrow buttons next to the box You cannot change the list of fine tuning values from he...

Page 28: ...application that is not currently being used helps freeing system memory To close the application from the main window Click in the top right corner of the main window OR Click the Exit button locate...

Page 29: ...r High Performance Power Meter You can set the following parameters on your IQS 1700 Channel display Wavelength selection and management Measurement unit selection Display resolution Refresh rate Meas...

Page 30: ...view when using a multichannel power meter You can display up tofour optical channels using a four channel power meter To set the channel display 1 From the Instrument function tab click the Display t...

Page 31: ...ng a Channel Multi Channel Models The optical channels on multi channel models are independent To select an optical channel From the Instrument function tab go to Channel and use the arrow buttons nex...

Page 32: ...display more than one power channel at the same time especially in Monitor Window mode with several optical power meters displayed simultaneously The name should be as self explanatory as possible fo...

Page 33: ...e selected from the wavelength list To set the wavelength list see Managing Wavelength Lists on page 26 To select the wavelength either from the Instrument or Settings function tab 1 Select the channe...

Page 34: ...ificate of Compliance supplied with your power meter for information on the wavelength range To add a wavelength to the list 1 From the Settings function tab select the Lists tab 2 In the Wavelength l...

Page 35: ...W W is selected the software automatically selects W units pW nW W mW depending on the measured power and sensitivity of the detector When a relative unit is selected dB or W W the most recent referen...

Page 36: ...determined by the power level being measured Note The Auto marker in the data display does not refer to the automatic display resolution but to the measurement range see Setting the Measurement Range...

Page 37: ...ting Note You can also use the All Channels button to modify all channels at once If other values were set previously but are different from those you are currently setting any value you change will t...

Page 38: ...er second that a new power measurement will be displayed on the screen The refresh rate applies to all channels when using a multichannel power meter To set the refresh rate 1 From the Instrument tab...

Page 39: ...detector can be manually selected to prevent the automatic scale adjustment performed by the instrument A manual adjustment of the dynamic gain scale will lock the measurement range to a specific lev...

Page 40: ...select the Channels tab 2 If necessary select the channel for which you want to set the range 3 Use the arrow buttons next to the Range list to select the range you want to use Note Select Manual rang...

Page 41: ...the Scale list and highlight the scale you wish to use 5 Click Apply to confirm your new setting Note You can also use the All Channels button to modify all channels identically If other values were...

Page 42: ...configurations include all parameters set in the Control Center Instrument function tab and in the Settings function tab if present To save a configuration 1 Select the Configuration function tab 2 I...

Page 43: ...ned to the application and the new parameters are set To revert to factory settings 1 Select the Configuration function tab 2 Click the Reset Module to Factory Settings button Note Reverting to factor...

Page 44: ......

Page 45: ...to the port 1 Inspect the fiber using a fiber inspection microscope If the fiber is clean proceed to connecting it to the port If the fiber is dirty clean it as explained below 2 Clean the fiber ends...

Page 46: ...nsuring adequate contact If your connector features a screwsleeve tighten the connector enough to firmly maintain the fiber in place Do not overtighten as this will damage the fiber and the port Note...

Page 47: ...with an offset nulling function Your unit is designed not to require offset nulling under normal operation but you should perform it whenever environmental conditions change significantly or when meas...

Page 48: ...el Models on page 23 Offset nulling values are applied to the channel until a new nulling is performed 3 Under Channel click the Nulling button A message prompts you to ensure that the detector cap is...

Page 49: ...nulling on all channels two and four channel power meters 1 Install the protective caps over all of the detector ports 2 Under Nulling click the All Channels button Offset nulling values are applied t...

Page 50: ...erformance Power Meter for a Test 42 IQS 1700 Nulling Offsets 3 Click OK to perform the offset nulling or Cancel to exit A red message appears beneath the power value of the channel for which you are...

Page 51: ...e to use a correction factor at specific wavelengths and to add an offset value to your power measurement Displaying Absolute Power When in absolute power measured values are displayed in either dBm o...

Page 52: ...results 3 Select the appropriate wavelength by using the arrow buttons next to the corresponding list 4 Select the appropriate unit by using the arrow buttons next to the corresponding list W or dBm 5...

Page 53: ...ative as the actual measured power is higher or lower than the reference power If the reference value is in W the relative power will be displayed in W W In this case the relative power is the deviati...

Page 54: ...becomes the basis for your future acquisitions To select the reference value 1 From the Settings function tab select the Channels tab 2 Use the arrow buttons next to Reference to select either the cu...

Page 55: ...ce to the list 1 From the Settings function tab select the Lists tab 2 Under Reference List enter the name of the new reference value in the Name box 3 In the Ref dBm box enter a reference between 100...

Page 56: ...al to the actual power plus the value of the correction factor When a W W correction factor different from 1 000 is defined the displayed power is equal to the actual power times the value of the corr...

Page 57: ...t the wavelength to which the CF will be applied by using the up and down arrow buttons next to the list or by clicking it once in the Correction Factors list 4 In the Factor unit box enter a CF betwe...

Page 58: ...etector Contrary to the correction factor which applies to a specific wavelength the offset value applies to any wavelength when it is enabled in a specific channel To enter an offset value 1 From the...

Page 59: ...e done on a minimum of 2 and a maximum of 1000 points you can enter 1 as a value but the averaging will be performed only on that value and will be rather useless The calculation uses watt as unit but...

Page 60: ...ab of the Settings function tab use the arrow buttons to change the value in the Average in the Settings function tab or Averaging in the Instrument function tab lists If you are setting the average v...

Page 61: ...ization state controller The function is started manually and can be stopped manually or automatically using the timer function Minimum Min and maximum Max values can be recorded and displayed in any...

Page 62: ...on each side of the list If you are using the numeric box to enter a time value you must enter it in seconds for example 120 seconds for 2 minutes 4 Click Start to start power measurements These can...

Page 63: ...s the saturation level will be recorded as the Max value The Max Min or Min Max calculation will also be If the detected power decreases below the lowest measurable power the Min value will be and bot...

Page 64: ......

Page 65: ...fected by your acquisition 1 From the Settings function tab select the Data Acquisition tab 2 Press on the corresponding button in the Channels To Be Included in Sample You can set a location where th...

Page 66: ...you have selected This type of acquisition is particularly useful when using a high acquisition rate since the higher the rate the more data is transmitted It will be easier for your power meter modu...

Page 67: ...b 2 Select the sampling type by clicking the corresponding button If you select Continuous select the rate to use with the arrow buttons This rate is a divider of the maximum rate 5208 Hz For example...

Page 68: ...208 Hz has a divider of 1 2604 has a divider of 2 and so forth To add or remove dividers from the list of available values see Editing the Frequency Divider List on page 61 The acquisition rate applie...

Page 69: ...performed use a value which is a divider of the full frequency value 5208 Hz The values available to you are listed located in the List tab of the Settings function tab To enter a new divider simply t...

Page 70: ...You can use one several or all modes at the same time If you use both the trigger and delay modes simultaneously the power meter will first wait for the set delay time to elapse then wait again for th...

Page 71: ...ns High Performance Power Meter 63 Selecting the Acquisition Mode To select the acquisition mode 1 From the Settings function tab select the Data Acquisition tab 2 From Mode select the desired mode or...

Page 72: ...to the list to adjust it If you are using the numeric box enter the value in seconds for example 120 seconds if you want to enter two minutes The acquisition length displayed for a single acquisition...

Page 73: ...u have previously specified if you have selected a combination of Timed and Delayed acquisition types To set a delay for your acquisition 1 From the Data Acquisition tab locate Delay 2 Click inside th...

Page 74: ...regardless of the measured power Trigger Description A x Acquisition will start when measured power is greater than the specified x value A x Acquisition will start when measured power is lower than t...

Page 75: ...m Trigger of the Data Acquisition tab use the arrow buttons next to the Type list to select the desired condition 2 Select a channel if applicable to be taken as A and B Note The X and Y values are di...

Page 76: ...s Start Data acquisition can be terminated at any time by clicking Stop The accumulated data is available in the data file If you want to start a graph acquisition at the same time you must enable the...

Page 77: ...ntrol tab To enter a name for your acquisition type it in the File box of Data Acquisition File The default extension is tra IMPORTANT If you change units on one or more channels using Relative or Abs...

Page 78: ...Once you have acquired data it is possible to view the results in IQS Manager To view data previously acquired 1 In IQS Manager select the Work on Results Offline function tab 2 Click the tab then cl...

Page 79: ...ons High Performance Power Meter 71 Consulting Acquired Data 3 In the viewer retrieve the corresponding file using the button To view the details pertaining to the channels used for the acquisition se...

Page 80: ...Performing Acquisitions 72 IQS 1700 Consulting Acquired Data To view your acquisition data select the Data tab...

Page 81: ...resenting 10 of the current trace scale value The double arrow buttons will move by increments or decrements of the current screen display for example the 10 to 40 seconds display would become 40 to 7...

Page 82: ...y other text file then confirm your choice You can now view your data in any word processing program Note If your acquisition file is too large for the viewer you will be notified by a pop up message...

Page 83: ...t has been completed Setting Up Graph Parameters Before acquiring data you should set the parameters that will help you achieve a better viewing afterwards To select which channels will be displayed C...

Page 84: ...will see the graphs for channels using W or dBm as the unit If your graph was set to W W units you will see the graph for channels using dB or W W as the unit To select which type of display to use d...

Page 85: ...sing the arrow buttons depending on the sub unit that suits the current situation For example if at the beginning of the acquisition no light goes through the display will be in pW When light goes thr...

Page 86: ...c button will start the printout the Cancel button will bring you back you to the Graph tab and the Set As Default button will keep the selected printer for future printouts The button will be disable...

Page 87: ...ph Center allows you to enlarge a precise portion of the trace by dragging a zone over it Simply drag the cursor to cover the area you wish to see and release the mouse button to enlarge the area allo...

Page 88: ...the trace display at the precise location where you click Click the area repeatedly until you reach the desired zoom factor allows you to move around the trace to view areas not currently displayed Yo...

Page 89: ...e channel you want to use from the Channel pull down list in the Markers tab 2 Click the On button The two markers A and B will appear on the display You can move the markers to the desired position b...

Page 90: ...bled the markers and you move to another tab than the Zoom tab the markers will still be visible but you cannot move them You must return to the Markers tab to do so You will notice that the differenc...

Page 91: ...r window in IQS Manager Using Monitor Windows Monitor windows display basic data about modules A combination of resizable windows allows you to create an integrated data display refer to the platform...

Page 92: ...nction tab select the controller or expansion unit containing the modules you want to monitor 2 In the Monitor column select the box next to each module you want to monitor If you want to monitor all...

Page 93: ...Manager will display the selected monitor windows on the Monitors function tab Note To start the highlighted module s corresponding application at the same time click Start App Monitor The application...

Page 94: ...or window is selected from the Monitors function tab and is currently active To start QuickTools 1 From the Monitors function tab select the monitor window of the module you wish to control 2 Using th...

Page 95: ...o close QuickTools Click the Close button located at the top of the window OR Click outside the QuickTools window To close a monitor window Click the button on the upper left of the monitor window and...

Page 96: ......

Page 97: ...area Keep the unit out of direct sunlight Avoid high humidity or significant temperature fluctuations Avoid unnecessary shocks and vibrations If any liquids are spilled on or into the unit turn off th...

Page 98: ...dry lint free wiping cloth gently wipe the same surfaces three times with a rotating movement WARNING Looking into the optical connector while the light source is active WILL result in permanent eye...

Page 99: ...ntly turn the cleaning tip one full turn 9 Continue to turn as you withdraw the cleaning tip 10 Repeat steps 7 to 9 but this time with a dry cleaning tip 2 5 mm tip provided by EXFO Note Make sure you...

Page 100: ...soft end of the swab moisten a cleaning tip with only one drop of isopropyl alcohol 4 While applying light pressure to avoid breaking the detector window gently rotate the cleaning tip on the detecto...

Page 101: ...of specifications depends on operating conditions For example the calibration validity period can be longer or shorter depending on the intensity of use environmental conditions and unit maintenance...

Page 102: ...ths after the calibration date Recommended calibration period one year To ensure that your unit conforms to the published specifications calibration may be carried out at an EXFO service center or dep...

Page 103: ...n does not open the module application s main window Computer has locked up Reboot the Intelligent Test System Power meter does not respond to new commands IQS Intelligent Test System still processing...

Page 104: ...input Select an appropriate manual measurement range if Autorange mode is selected Questionable readings displayed The detector or optical connectors are dirty Clean the detector and all optical conne...

Page 105: ...97 Viewing Online Documentation Viewing Online Documentation An online version of the IQS 1700 High Performance Power Meter user guide is available at all times from the application To access the onli...

Page 106: ...ation about technical support and for a list of other worldwide locations visit the EXFO Web site at www exfo com If you have comments or suggestions about this user documentation you can send them to...

Page 107: ...as technical support contact information can be found in the About function tab Select the Technical Support tab to view phone numbers and active Internet links to EXFO s Technical Support Group Use...

Page 108: ...he unit Transportation damage can occur from improper handling The following steps are recommended to minimize the possibility of damage Pack the unit in its original packing material when shipping Av...

Page 109: ...bration during the warranty period and found to meet all published specifications EXFO will charge standard calibration fees THIS WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES EXPRESSED IMPLIED OR STATU...

Page 110: ...es pilot lamps batteries and universal interfaces EUI used with EXFO products are not covered by this warranty This warranty excludes failure resulting from improper use or installation normal wear an...

Page 111: ...nd the conditions under which it was observed 5 Return the equipment prepaid to the address given to you by support personnel Be sure to write the RMA number on the shipping slip EXFO will refuse and...

Page 112: ...and Canada Tel 1 418 683 5498 Fax 1 418 683 9224 support exfo com EXFO Europe Service Center Winchester House School Lane Chandlers Ford Hampshire S053 4DG ENGLAND Tel 44 2380 246800 Fax 44 2380 2468...

Page 113: ...8 C to 28 C c At 23 C 3 C constant wavelength 1550 nm constant power and with an FC non angled connector d At constant temperature in the 0 C to 40 C range nulling required e At 23 C 1 C with an FOA 3...

Page 114: ......

Page 115: ...You must add the following mnemonic at the beginning of any command or query that you send to an instrument LINStrument LogicalInstrumentPos where LogicalInstrumentPos corresponds to the identificatio...

Page 116: ...imeMinute Tim eSecond 125 DURation 126 DURation MMAXimum TimeSecond 127 MMAXimum 128 MMAXimum STATe StateDurMinMax 129 STATe 130 FNAMe 131 FNAMe 132 READ 1 n SCALar POWer DC 133 SENSe 1 n AVERage STAT...

Page 117: ...tinuousRate wsp HZ 150 CONTinuous 151 CONTinuous CATalog 152 NCONtinuous SingleRate wsp HZ 153 NCONtinuous 154 NCONtinuous CATalog 155 POWer DC RANGe AUTO AutoRangeState 156 AUTO 157 SCALe Scale 158 S...

Page 118: ...CATalog FULL 172 SNUMber 173 STATus 174 STATus OPERation BIT 1 n CONDition 175 TRACe 1 n DATA TRC1 TRC2 TRC3 TRC4 176 MAX TRC1 TRC2 TRC3 TRC4 178 MIN TRC1 TRC2 TRC3 TRC4 180 POINts TRC1 TRC2 TRC3 TRC4...

Page 119: ...Description This command is used to stop the acquisition currently in progress On RST the equivalent of an ABORt command is performed on any acquisition in progress Syntax ABORt 1 n Parameter s None E...

Page 120: ...yword The maximum channel is device dependent Channel 1 is always used by default Syntax FETCh 1 n SCALar POWer DC Parameter s None Response Syntax PowerMeasurement Response s PowerMeasurement The res...

Page 121: ...s command changes the resolution of the power value when dB or dBm is selected for the specified channel Syntax FORMat 1 n DATA wsp FormatData Parameter s FormatData The program data syntax for Format...

Page 122: ...tion of the power value when dB or dBm is selected for the specified channel Syntax FORMat 1 n DATA Parameter s None Response Syntax FormatData Response s FormatData The response data syntax for Forma...

Page 123: ...UTO wsp StartStop CONT NCONt Parameter s StartStop The program data syntax for StartStop is defined as a Boolean Program Data element The StartStop special forms ON and OFF are accepted on input for i...

Page 124: ...arameter allows to set the acquisition mode CONT set Continuous acquisition NCON set Single acquisition Example s TRAC POIN TRC1 5 INIT AUTO 1 CONT INIT AUTO 0 CONT or INIT AUTO 1 NCON See Also ABORt...

Page 125: ...INITiate 1 n AUTO Parameter s None Response Syntax AcqOnOff Response s AcqOnOff The response data syntax for AcqOnOff is defined as a NR1 NUMERIC RESPONSE DATA element This query returns the current A...

Page 126: ...p Extrema Parameter s Extrema The program data syntax for Extrema is defined as a Boolean Program Data element The Extrema special forms ON and OFF are accepted on input for increased readability ON c...

Page 127: ...ax INITiate 1 n EXTRema Parameter s None Response Syntax ExtremaOnOFF Response s ExtremaOnOFF The response data syntax for ExtremaOnOFF is defined as a NR1 NUMERIC RESPONSE DATA element This query ret...

Page 128: ...onse s MaxPower The response data syntax for MaxPower is defined as a NR3 NUMERIC RESPONSE DATA element This query returns the power measurement maximum for a channel in the currently selected unit Th...

Page 129: ...tax MinPower Response s MinPower The response data syntax for MinPower is defined as a NR3 NUMERIC RESPONSE DATA element This query returns the power measurement minimum in the currently selected unit...

Page 130: ...1 n ACQuisition wsp StartStop CONT NCONt Parameter s StartStop The program data syntax for StartStop is defined as a Boolean Program Data element The StartStop special forms ON and OFF are accepted o...

Page 131: ...dified with CONT sets the Continuous acquisition rate NCON sets the Single acquisition rate Example s MMEM ACQ 1 CONT MMEM ACQ MMEM ACQ 0 CONT or MMEM ACQ 1 NCON MMEM ACQ 0 NCON See Also MMEMory ACQui...

Page 132: ...arameter s None Response Syntax AcqOnOff Response s AcqOnOff The response data syntax for AcqOnOff is defined as a NR1 NUMERIC RESPONSE DATA element This query returns the current memory acquisition s...

Page 133: ...ECIMAL NUMERIC PROGRAM DATA element Used to set the duration of acquisition in hours TimeMinute The program data syntax for TimeMinute is defined as a DECIMAL NUMERIC PROGRAM DATA element Used to set...

Page 134: ...ation Parameter s None Response Syntax AcqTime Response s AcqTime The response data syntax for AcqTime is defined as a DEFINITE LENGTH ARBITRARY BLOCK RESPONSE DATA element This query returns the dura...

Page 135: ...Mory 1 n ACQuisition DURation MMAXim um wsp TimeSecond Parameter s TimeSecond The program data syntax for TimeSecond is defined as a DECIMAL NUMERIC PROGRAM DATA element Changes the Min Max acquisitio...

Page 136: ...eter s None Response Syntax AcqMinMaxTime Response s AcqMinMaxTime The response data syntax for AcqMinMaxTime is defined as a NR1 NUMERIC RESPONSE DATA element This query returns the Min Max acquisiti...

Page 137: ...r StateDurMinMax is defined as a Boolean Program Data element The StateDurMinMax special forms ON and OFF are accepted on input for increased readability ON corresponds to 1 and OFF corresponds to 0 C...

Page 138: ...tion MMAXim um STATe Parameter s None Response Syntax AcqMinMaxState Response s AcqMinMaxState The response data syntax for AcqMinMaxState is defined as a NR1 NUMERIC RESPONSE DATA element This query...

Page 139: ...et the acquisition file s name and storage location Syntax MMEMory 1 n FNAMe wsp FileName Parameter s FileName The program data syntax for FileName is defined as a STRING PROGRAM DATA element Changes...

Page 140: ...ame and storage location Syntax MMEMory 1 n FNAMe Parameter s None Response Syntax FileName Response s FileName The response data syntax for FileName is defined as a STRING RESPONSE DATA element This...

Page 141: ...annel is device dependent Channel 1 is always used by default Syntax READ 1 n SCALar POWer DC Parameter s None Response Syntax PowerMeasurement Response s PowerMeasurement The response data syntax for...

Page 142: ...READ SCAL POW DC Returns 9221120237577961472 UNDERRANGE READ SCAL POW DC Returns 9221120238114832384 OVERRANGE READ SCAL POW DC Returns 9221120238651703296 INVALID READ SCAL POW DC Returns 92211202391...

Page 143: ...wsp Average State Parameter s AverageState The program data syntax for AverageState is defined as a Boolean Program Data element The AverageState special forms ON and OFF are accepted on input for in...

Page 144: ...e Syntax SENSe 1 n AVERage STATe Parameter s None Response Syntax AverageState Response s AverageState The response data syntax for AverageState is defined as a NR1 NUMERIC RESPONSE DATA element State...

Page 145: ...for AverageCount is defined as a numeric_value element The AverageCount special forms MINimum MAXimum and DEFault are accepted on input MINimum allows to set the instrument to the smallest supported v...

Page 146: ...imu m MAXimum DEFault Parameter s Parameter 1 The program data syntax for the first parameter is defined as a CHARACTER PROGRAM DATA element The allowed CHARACTER PROGRAM DATA elements for this parame...

Page 147: ...erageCount The response data syntax for AverageCount is defined as a NR1 NUMERIC RESPONSE DATA element This query returns the number of measurements used to perform an averaged measurement Example s S...

Page 148: ...g on the specified channel Syntax SENSe 1 n CORRection COLLect ZERO Parameter s None Example s SENS1 CORR COLL ZERO Notes This command is not executed if a data acquisition is in progress In that case...

Page 149: ...et nulling measurement on all channels Syntax SENSe 1 n CORRection COLLect ZERO ALL Parameter s None Example s SENS CORR COLL ZERO ALL Notes This command is not executed if a data acquisition is in pr...

Page 150: ...eric_value element followed by an optional SUFFIX PROGRAM DATA element The allowed SUFFIX PROGRAM DATA elements are W W DB The CorrectionFactor special forms MINimum MAXimum and DEFault are accepted o...

Page 151: ...T MAGN 2 Notes The correction factor expressed in W W indicates the ratio between the power received in W and the reference in W for the current wavelength and channel See Also SENSe CORRection FACTor...

Page 152: ...um DEFault Parameter s Parameter 1 The program data syntax for the first parameter is defined as a CHARACTER PROGRAM DATA element The allowed CHARACTER PROGRAM DATA elements for this parameter are MIN...

Page 153: ...a NR3 NUMERIC RESPONSE DATA element The correction factor for the current wavelength and channel is expressed in W W If a token is used it will return the maximum minimum or default value as specifie...

Page 154: ...p CorrectionOffset wsp W W DB MAXimum MINimum DEFault Parameter s CorrectionOffset The program data syntax for CorrectionOffset is defined as a numeric_value element followed by an optional SUFFIX PRO...

Page 155: ...allows the instrument to select a value for the CorrectionOffset parameter Sets the offset for the specified channel Example s SENS CORR OFFS MAGN 2 0 See Also SENSe CORRection OFFSet MAGNitude SENSe...

Page 156: ...wsp MINimum MAXimum DEFault Parameter s Parameter 1 The program data syntax for the first parameter is defined as a CHARACTER PROGRAM DATA element The allowed CHARACTER PROGRAM DATA elements for this...

Page 157: ...response data syntax for CorrectionOffset is defined as a NR3 NUMERIC RESPONSE DATA element This query returns the offset for the specified channel Example s SENS CORR OFFS MAGN See Also SENSe CORRect...

Page 158: ...CIMAL NUMERIC PROGRAM DATA element followed by an optional SUFFIX PROGRAM DATA element The allowed SUFFIX PROGRAM DATA element is HZ The numeric_value parameter is the Continuous acquisition rate Exam...

Page 159: ...y CONTinuous Parameter s None Response Syntax ContinuousRate Response s ContinuousRate The response data syntax for ContinuousRate is defined as a NR2 NUMERIC RESPONSE DATA element This query returns...

Page 160: ...og Parameter s None Response Syntax ContinuousList Response s ContinuousList The response data syntax for ContinuousList is defined as a DEFINITE LENGTH ARBITRARY BLOCK RESPONSE DATA element This quer...

Page 161: ...a DECIMAL NUMERIC PROGRAM DATA element followed by an optional SUFFIX PROGRAM DATA element The allowed SUFFIX PROGRAM DATA element is HZ The numeric_value parameter is the Single acquisition rate Exa...

Page 162: ...ONtinuous Parameter s None Response Syntax SingleRate Response s SingleRate The response data syntax for SingleRate is defined as a NR2 NUMERIC RESPONSE DATA element This query returns the current Sin...

Page 163: ...ous CATalog Parameter s None Response Syntax NonContinuousList Response s NonContinuousList The response data syntax for NonContinuousList is defined as a DEFINITE LENGTH ARBITRARY BLOCK RESPONSE DATA...

Page 164: ...a Boolean Program Data element The AutoRangeState special forms ON and OFF are accepted on input for increased readability ON corresponds to 1 and OFF corresponds to 0 Set the AutoRangeState where 0 o...

Page 165: ...cified channel Syntax SENSe 1 n POWer DC RANGe AUTO Parameter s None Response Syntax Autorange Response s Autorange The response data syntax for Autorange is defined as a NR1 NUMERIC RESPONSE DATA ele...

Page 166: ...e 1 n POWer DC RANGe SCALe wsp Scale Parameter s Scale The program data syntax for Scale is defined as a STRING PROGRAM DATA element Sets the scale for the specified channel Auto Automatic range S1 Sc...

Page 167: ...ge Syntax SENSe 1 n POWer DC RANGe SCALe Parameter s None Response Syntax Range Response s Range The response data syntax for Range is defined as a STRING RESPONSE DATA element Current power range whe...

Page 168: ...gePowerList Response s RangePowerList The response data syntax for RangePowerList is defined as a DEFINITE LENGTH ARBITRARY BLOCK RESPONSE DATA element This query returns the list of power ranges supp...

Page 169: ...ce wsp W DBM MAXimum MINim um DEFault Parameter s Reference The program data syntax for Reference is defined as a numeric_value element followed by an optional SUFFIX PROGRAM DATA element The allowed...

Page 170: ...he Reference parameter Sets the reference for the specified channel MIN MAX and DEF can also be used as parameters Example s SENS POW REF 5 See Also SENSe POWer DC REFerence SENSe POWer DC REFerence A...

Page 171: ...MAXimum DEFault Parameter s Parameter 1 The program data syntax for the first parameter is defined as a CHARACTER PROGRAM DATA element The allowed CHARACTER PROGRAM DATA elements for this parameter a...

Page 172: ...ence is defined as a NR3 NUMERIC RESPONSE DATA element This query returns the reference value for the specified channel Example s SENS POW REF See Also SENSe POWer DC REFerence SENSe POWer DC REFerenc...

Page 173: ...er dB or W W for all channels Syntax SENSe 1 n POWer DC REFerence ALL Parameter s None Example s SENS POW REF ALL SENS POW REF SENS2 POW REF Notes This command is not executed if a data acquisition is...

Page 174: ...or W W for the specified channel Syntax SENSe 1 n POWer DC REFerence DISPlay Parameter s None Example s SENS POW REF DISP SENS POW REF Notes This command is not executed if a data acquisition is in pr...

Page 175: ...eferenceState special forms ON and OFF are accepted on input for increased readability ON corresponds to 1 and OFF corresponds to 0 The ReferenceState parameter is a boolean value representing either...

Page 176: ...tax SENSe 1 n POWer DC REFerence STATe Parameter s None Response Syntax ReferenceState Response s ReferenceState The response data syntax for ReferenceState is defined as a CHARACTER RESPONSE DATA ele...

Page 177: ...cial forms MINimum MAXimum and DEFault are accepted on input MINimum allows to set the instrument to the smallest supported value MAXimum allows to set the instrument to the greatest supported value D...

Page 178: ...a CHARACTER PROGRAM DATA element The allowed CHARACTER PROGRAM DATA elements for this parameter are MINimum MAXimum DEFault MINimum is used to retrieve the instrument s smallest supported value MAXim...

Page 179: ...of the module If no channels are defined a single null STRING RESPONSE DATA is returned This is not affected by a RST command Syntax SLINstrument CATalog Parameter s None Response Syntax Catalog Resp...

Page 180: ...lements are separated by commas If no channels are defined a null STRING RESPONSE DATA value followed by a zero is returned This is not affected by a RST command Syntax SLINstrument CATalog FULL Param...

Page 181: ...a value indicating the module s serial number Syntax SNUMber Parameter s None Response Syntax SerialNumber Response s SerialNumber The response data syntax for SerialNumber is defined as a STRING RESP...

Page 182: ...or Status is defined as a CHARACTER RESPONSE DATA element The Status response represents the module state where UNINITIALIZED means the module is not initialized INITINPROGRESS means the module initia...

Page 183: ...e If the bit 0 the module is ready If the bit 1 the module is busy Syntax STATus OPERation BIT 1 n CONDition Parameter s None Response Syntax StatusOperation Response s StatusOperation The response da...

Page 184: ...for this parameter are TRC1 TRC2 TRC3 TRC4 This parameter is used to select the trace for which you want to see the points Each trace corresponds to a channel TRC1 acquisition made on channel 1 TRC2...

Page 185: ...same unit used to perform the acquisition The number of values in a trace can be retrieved with the TRACe POINt query Example s TRAC POIN TRC1 10 INIT AUTO 1 CONT TRAC TRC1 TRAC TRC2 Notes A trace mu...

Page 186: ...r this parameter are TRC1 TRC2 TRC3 TRC4 This parameter is used to select the trace to use Each trace corresponds to a channel TRC1 acquisition made on channel 1 TRC2 acquisition made on the channel 2...

Page 187: ...ic Commands Description Example s INIT EXTR 1 INIT EXTR 0 TRAC MAX TRC1 Notes A trace must be acquired prior to using this query The suffix of TRACe 1 n is not useful for this command See Also TRACe D...

Page 188: ...parameter are TRC1 TRC2 TRC3 TRC4 This parameter allows to select the trace to use Each trace corresponds to a channel TRC1 acquisition made on channel 1 TRC2 acquisition made on the channel 2 TRC3 ac...

Page 189: ...ic Commands Description Example s INIT EXTR 1 INIT EXTR 0 TRAC MIN TRC1 Notes A trace must be acquired prior to using this query The suffix of TRACe 1 n is not useful for this command See Also TRACe D...

Page 190: ...o store for all traces The sufix 1 n appearing after the keyword TRACe is not used Syntax TRACe 1 n POINts wsp TRC1 TRC2 TRC3 T RC4 NumberPoint Parameter s Trace The program data syntax for the first...

Page 191: ...n made on the channel 2 TRC3 acquisition made on the channel 3 TRC4 acquisition made on the channel 4 NumberPoint The program data syntax for NumberPoint is defined as a DECIMAL NUMERIC PROGRAM DATA e...

Page 192: ...arameter is defined as a CHARACTER PROGRAM DATA element The allowed CHARACTER PROGRAM DATA elements for this parameter are TRC1 TRC2 TRC3 TRC4 This parameter allows to select the trace to use Each tra...

Page 193: ...gh Performance Power Meter 185 Product Specific Commands Description Example s TRAC POIN TRC1 Notes The suffix of TRACe 1 n is not useful for this command See Also TRACe DATA TRACe MAX TRACe MIN TRACe...

Page 194: ...ameter s Unit The program data syntax for the first parameter is defined as a CHARACTER PROGRAM DATA element The allowed CHARACTER PROGRAM DATA elements for this parameter are DB DBM W W W WATT WATT W...

Page 195: ...the current power unit for the specified channel Syntax UNIT 1 n POWer Parameter s None Response Syntax PowerUnit Response s PowerUnit The response data syntax for PowerUnit is defined as a CHARACTER...

Page 196: ......

Page 197: ...aging measurements 51 caution of personal hazard 5 of product hazard 5 certification information vi channel display 22 name 24 selecting 23 75 cleaning detector ports 92 fiber ends 37 fixed connectors...

Page 198: ...ing 78 display type 76 panning 80 parameters 75 printing 78 scale 76 wraparound 76 zoom 79 grid hiding or showing 77 H help see online user guide hiding channels 75 grid 77 markers 81 horizontal zoom...

Page 199: ...ndow 84 optical head connecting to power meter 14 tripod 15 original trace size 80 P pan 80 parameters graph 75 PDF see online user guide port optical head 14 position module 18 power level of trigger...

Page 200: ...t 27 range 31 wavelength 25 shipping to EXFO 103 showing grid 77 markers 81 single sampling 58 60 slot number 18 software see application specifications product 105 starting acquisition 68 status bar...

Page 201: ...rection factor 48 warranty certification 102 exclusions 102 general 101 liability 101 wavelength selection 25 work surface securing optical head on 15 wraparound graph 76 Z zoom horizontal 79 original...

Page 202: ...363 2006 X Indicates that this toxic or hazardous substance contained in at least one of the homogeneous materials used for this part is above the limit requirement in SJ T11363 2006 SJ T11363 2006 Pa...

Page 203: ...MARKING REQUIREMENTS Product Environmental protection use period years Logo This E 2 product EXFO 10 Batterya a a If applicable 5...

Page 204: ...XFO ASIA PACIFIC 62 Ubi Road 1 09 01 02 Oxley Bizhub 2 SINGAPORE 408734 Tel 65 6333 8241 Fax 65 6333 8242 EXFO CHINA Beijing Global Trade Center Tower C Room 1207 36 North Third Ring Road East Dongche...

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