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Coherent Solutions MTP-1000, User Manual

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Coherent Solutions MTP-1000 User Manual Download Page 4

Modular Variable Optical Attenuator 

| 

VOA

Blade

 

iii

 

 

 

 
 
 
 

13.4       Specific Command Summary ...........................................................................................................30 

13.5       Specific Command Descriptions .......................................................................................................31 

13.5.1        Slot Commands .......................................................................................................................31 

13.5.2        Configuration Commands........................................................................................................31 

 

13.6       VISA Programming Example: MATLAB .............................................................................................35 

 

13.7       MATLAB Test and Measurement Tool (

tmtool

) .............................................................................35 

 

13.8       MATLAB Example Code: Query the MTP1000 ..................................................................................37 

14      USB Connection Web Interface ............................................................................... 38

 

 

14.1       Network Configuration (Ethernet) ...................................................................................................38 

14.2       Download Log File ...........................................................................................................................39 

15      Maintenance........................................................................................................... 40

 

 

16      Technical Support ................................................................................................... 42

 

 

16.1       Contacting the Technical Support Group .........................................................................................42 

16.2       Transportation.................................................................................................................................42 

17      Warranty ................................................................................................................ 43

 

 

17.1       General Information ........................................................................................................................43 

 

17.2       Liability ............................................................................................................................................43 

17.3       Exclusions ........................................................................................................................................43 

 

17.4       Certification .....................................................................................................................................44 

17.5       Service and Repairs..........................................................................................................................44

Summary of Contents for MTP-1000

Page 1: ......

Page 2: ...te and reliable However no responsibility is assumed by Coherent Solutions for its use nor for any infringements of patents or other rights of third parties that may result from its use No license is granted by implication or otherwise under any patent rights of Coherent Solutions The information contained in this publication is subject to change without notice Trademarks Coherent Solutions tradem...

Page 3: ... optional 15 9 4 Rack Mounting the MTP1000 optional 17 10 Operating the MTP1000 18 10 1 Output Enable Disable 18 10 2 Powering On Off the MTP1000 18 10 3 Remote Operation of the MTP1000 18 11 Installing the Software 19 11 1 Client System Minimum Requirements 19 11 2 Test Instrument Manager Software Installation 19 12 Test Instrument Manager Software 20 12 1 Test Instrument Manager Interface 20 12 ...

Page 4: ...LAB Test and Measurement Tool tmtool 35 13 8 MATLAB Example Code Query the MTP1000 37 14 USB Connection Web Interface 38 14 1 Network Configuration Ethernet 38 14 2 Download Log File 39 15 Maintenance 40 16 Technical Support 42 16 1 Contacting the Technical Support Group 42 16 2 Transportation 42 17 Warranty 43 17 1 General Information 43 17 2 Liability 43 17 3 Exclusions 43 17 4 Certification 44 ...

Page 5: ...jury 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 proceed unless you understand and meet the required conditions CAUTION Indicates a potentially hazardous situation which if not avoided may result in component damage Do not proceed unless you understand an...

Page 6: ...es The use of controls adjustments and procedures other than those specified herein may result in exposure to hazardous situations or impair the protection provided by this unit CAUTION The VOABlade expansion modules are sensitive to electrostatic discharge ESD Please be sure to store the modules that are not installed in protective electrostatic packaging IMPORTANT For electromagnetic compatibili...

Page 7: ...ecise output power control even with fluctuating input With up to 9 VOABlades in a single unit you have up to 36 individual attenuators which can be controlled individually or in sync through one intuitive software application The modular chassis design of the MTP1000 with nine 9 expansion slots can hold up to thirty six 36 variable optical attenuators providing great flexibility to manage the num...

Page 8: ...network can be managed remotely from a single client using the simple and intuitive Test Instrument Manager software interface Alternatively VISA programming environments such as MATLAB can also be implemented to integrate with existing test software or data collection procedures Figure 3 Test Instrument Manager Software ...

Page 9: ...dular Variable Optical Attenuator VOABlade Coherent Solutions VOABlade V1 4 5 4 VOABlade Features 1 Variable optical input 2 Variable optical output option of 2 or 4 attenuators per Blade 3 Release latch ...

Page 10: ...4 6 5 MTP1000 Features MTP1000 Front Panel MTP1000 Back Panel 1 Power On Off 6 Thermal Regulation Fans 6 2 USB 2 0 Connection 7 Mains Power Isolation Switch 3 Ethernet Connection 8 AC Power 100 240V 50 60Hz 4 Laser Interlock Output Enable Disable 5 Blade Expansion Slots 9 Bays ...

Page 11: ...s follows 2a Gently wipe the fiber end with a lint free swab dipped in isopropyl alcohol 2b Use compressed air to dry completely 2c Visually inspect the fiber end to ensure its cleanliness 3 Carefully align the connector and port to prevent the fiber end from touching the outside of the port or rubbing against other surfaces If your connector features a key ensure that it is fully fitted into the ...

Page 12: ...OABlade module to prevent such damage Take care not to handle the connector on the VOABlade module once they are exposed as this may leave corrosive residue which can damage the connector Note You will need a Phillips screwdriver to both unfasten the blanking module and secure the new VOABlade module in place Power down the MTP1000 1 Press the Power On Off switch The switch will no longer be illum...

Page 13: ...g 4 Unpack the VOABlade module from the antistatic packaging making sure to store the packaging near the MTP1000 so it is available to safely store any VOABlade that may be removed in the future Figure 6 Remove Blanking Module Insert the VOABlade securing into place 5 Slide the VOABlade into the available slot using the guide rails Figure 7 Remove and store Antistatic Packaging Figure 8 MTP1000 an...

Page 14: ...the release latch to lock the VOABlade into place Figure 10 Press the VOABlade Module to seat it into the Connector Figure 11 Fasten screw in Release Latch Power on the MTP1000 8 Power on the MTP1000 by pressing the Power On Off switch The switch will become illuminated to verify that the instrument is powered on Figure 12 Power On the MTP1000 IMPORTANT After powering on the MTP1000 please wait at...

Page 15: ...tical Attenuator VOABlade Coherent Solutions VOABlade V1 4 11 The new VOABlade is now ready for use 9 Use your preferred method of communicating with the MTP1000 to use the newly installed VOABlade Figure 13 TIM software ...

Page 16: ...lots have blanking modules You will need antistatic packaging to store the VOABlade upon removal at the appropriate step in the following installation procedures Please make sure this packaging is immediately available before continuing with the following procedure Note You will need a Phillips screwdriver to both unfasten the VOABlade module and secure the blanking module in place Acquire storage...

Page 17: ...Blade module may be very hot Remove the VOABlade 4 To remove the desired VOABlade module loosen the screw underneath the release latch Do not try to remove the screw completely as they are designed to stay inside the release latch Figure 15 Unfasten screw under Release Latch 5 Press downward on the release latch to unseat the VOABlade module from the back connector as shown in Figure 16 Figure 16 ...

Page 18: ...le 9 Once the blanking module is fully inserted fasten the screw in the release latch to secure the blanking module into place Figure 20 Fasten screw under Release Latch Power on the MTP1000 10 Power on the MTP1000 by pressing the Power On Off switch The switch will become illuminated to verify that the instrument is powered on Figure 21 Power on the MTP1000 IMPORTANT After powering on the MTP1000...

Page 19: ... to connect remotely 2 The Ethernet port of a dedicated client PC this PC being the only client to have remote access using 2a an Ethernet cross over cable 2b Ethernet patch cables and small network hub 9 3 Connecting the USB optional To perform administrative tasks such as configuration of the network settings updating firmware and downloading log files the USB connection is required You may also...

Page 20: ...be found in the drivers folder within the supplied installation media Click Next to continue 6 Click Continue Anyway when prompted that the driver has not verified its compatibility with Windows 7 If prompted that The file usb8023x sys on Windows driver cabinet is needed click the Browse button and locate the file inside the drivers folder within the supplied installation media and click OK to con...

Page 21: ...instrument rack to ensure the fasteners supplied with the MTP1000 are correct for your installation Note You will need a Phillips screwdriver to fasten the rack mount attachments in place 1 Fasten the rack mount attachments supplied in the MTP1000 accessory box to the threaded holes located at the front of both sides of the MTP1000 Ensure all four screws of both rack attachments are securely faste...

Page 22: ...powered on IMPORTANT After powering on the MTP1000 please wait at least 2 minutes before attempting to communicate with the instrument This will allow the MTP1000 enough time to finish boot procedures and initialize the communication server To power off the MTP1000 press the Power On Off switch The switch will no longer be illuminated to show the instrument is off 10 3 Remote Operation of the MTP1...

Page 23: ...installation of the Test Instrument Manager software package 1 When the installation begins you will see the Welcome screen Click on Next to begin the installation 2 Please read the license agreement If you choose to accept the agreement click on the I accept the terms of the License Agreement check box and then click Install If you do not wish to accept the terms of the agreement click on Cancel ...

Page 24: ...tion on how to detect your MTP1000 devices Test Instrument Manager Interface also manages the IQTLS LaserBlade PolarizationBlade and SwitchBlade Refer to the appropriate user manuals 12 1 Test Instrument Manager Interface 1 Device Selection 2 Main Display 3 VOA Selection Control 4 VOA Parameter Control 5 Other Menu Buttons Note The VOA Selection Control 3 and VOA Parameter Control 4 are not popula...

Page 25: ...power will change to red if the desired output cannot not be achieved 12 3 VOA Selection Control The VOA Selection Control allows you to specify the selected VOA by entering a valid range into the Selected VOA s edit box manually or by clicking All to select all installed VOA channels To deselect all VOA channels click the Clear button Figure 27 VOA Selection Control Example selection ranges A1 A4...

Page 26: ...nel Selection Figure 29 VOA Parameters Multiple Channel Selection Switching from Attenuation Mode to Constant Power Mode will automatically set the current measured optical power as the set point Note The software will provide a warning when you attempt to Set values that are not valid or out of the operating range of the VOA channels 12 4 2 Offset Modes The Offset Modes parameters tab is used to ...

Page 27: ... Input and Output Offsets within this VOA Attenuation Offset dB field Figure 31 VOA Channel Offset 12 4 2 2 Absolute When in Absolute Attenuation Mode the VOA channel attenuation offset will be evaluated using only the attenuation loss within the VOABlade The minimum value will correspond to the factory set insertion loss of the channels 12 4 2 3 Relative When in Relative Attenuation Mode the VOA ...

Page 28: ...ing once the warm up time is completed To ensure that no light enters the VOABlade channels during the entire nulling process use screw on caps for both the input and output To perform the dark current nulling 1 Select all channels for which you are performing dark current nulling 2 Click Start dark current nulling under the Dark Current Nulling tab 3 A window will pop up click OK to confirm place...

Page 29: ...TP1000 or the LaserBlade To perform an update of the MTP1000 system select the component as SBC To perform an update of a LaserBlade module select the component as Blade The Blade drop down menu is used to select the specific LaserBlade module to upgrade which can be identified by the slot location within the MTP1000 Once the target SBC or Blade is selected use the browse button to locate the firm...

Page 30: ...the Test Instrument Manager will search through this IP address range for all MTP 1000 devices and add them to the Discovered Instrument list Note If your device is still not shown in the Discovered Instrument list please ensure both your PC and the MTP1000 devices are connected to the network correctly If the IP address was obtained automatically from a DHCP server set the corresponding values as...

Page 31: ...e Settings button which is present in top right corner The Settings window will appear providing tabs to configure Appearance and General Properties Appearance contains a range of colour themes to customise the way the Test Instrument Manager looks General properties will have radio buttons allowing the selection of the different units Selections can be made between displaying frequency or wavelen...

Page 32: ...cter 0116 0916 0B16 2016 Is numerical data an integer a decimal exponential 10e 9 or 5 8e6 or string This is a parameter choice The separates the unique parameters available only one of the choices can be used In the example you can use the input parameter VALUE1 or VALUE2 not both Some commands may have more than two choices available This parameter can be omitted where the command has a default ...

Page 33: ...ufacturer part number serial number hardware version firmware version Example IDN Coherent Solutions MTP1000 OLS CSL 1170 HW1 0FW2 2 Note Hardware and firmware versions are combined and not separated by a comma Command OPC Syntax OPC Description Query the Operation Complete status Parameters None Response 1 If the MTP1000 and all VOABlade modules are ready to execute commands 0 If the MTP1000 or a...

Page 34: ...ion mode offset 1 MTP1000 firmware FW2 5 and above 2 VOABlade firmware FW2 2 and above 13 5 Specific Command Descriptions 13 5 1 Slot Commands Command SLOT n OPC Syntax SLOT n OPC Description Query the Operation Complete status for the module Parameters None Response 1 is returned if the module is ready to execute a new operation 0 is returned if the module is busy Example SLOT1 OPC 1 Command SLOT...

Page 35: ...ogrammable value value Sets to the user value with the specified units dBm is default Response None Example OUTP1 CHAN1 POW 5 0 Command OUTPut n CHANnel m POWer Syntax OUTPut n CHANnel m POWer wsp MIN MAX DEF SET ALL Description Query the power unit of measurement measured by internal power meter Parameters MIN Get the minimum programmable value MAX Get the maximum programmable value DEF Get the d...

Page 36: ...value DB MDB Description Set the user Output Offset reference for the specified channel Parameters value Set to the user value with the specified units of dB default or mdB Response None Example OUTP1 CHAN1 POW OFFS 5 0 DB Command OUTPut n CHANnel m POWer OFFSet Syntax OUTPut n CHANnel m POWer OFFSet Description Query the user Output Offset reference for the specified channel Parameters None Respo...

Page 37: ...e minimum programmable value MAX Set the maximum programmable value DEF Set the default programmable value value Set to the user value with the specified units of dB default or mdB per second Response None Example INP1 CHAN1 ATT VEL 5 0 MDBPS Command INPut n CHANnel m ATTenuation VELocity Syntax INPut n CHANnel m ATTenuation VELocity wsp MIN MAX DEF SET ALL Description Query the attenuation veloci...

Page 38: ...specified units NM default Response None Example INP1 CHAN1 WAV 1310 NM Command INPut n CHANnel m WAVelength Syntax INPut n CHANnel m WAVelength wsp LIST Description Query the wavelength of the specified input channel Parameters LIST Get a list of the available programmable wavelengths for the specified input channel If LIST is omitted the returned value will be the currently set wavelength Respon...

Page 39: ...find iosuite National Instruments NI VISA 5 3 http joule ni com nidu cds view p id 3823 lang en 13 7 MATLAB Test and Measurement Tool tmtool The Test and Measurement tool is part of the Instrument Control Toolbox Note To easily verify you have this feature installed type tmtool at the command line The Test and Measurement tool will open in a new window if it is installed 1 Type tmtool at the comma...

Page 40: ... is created you can click Connect which will open the connection to the MTP1000 ready for communication Figure 43 MATLAB VISA Object Connect 6 While connected using the Communicate tab commands can be entered into the Data to write edit box which also keeps a command history Then clicking Query or Write depending on the type of command you are attempting to execute Action entries will be added to ...

Page 41: ...rkspace without first being closed cleanly disconnected MTP1000 instrfind Type visa tcpip RsrcName TCPIP0 192 168 1 4 inst0 INSTR Tag Create the agilent VISA TCPIP object if it does not exist otherwise use the object that was found if isempty MTP1000 MTP1000 visa agilent TCPIP0 192 168 1 4 inst0 INSTR else fclose MTP1000 MTP1000 MTP1000 1 end Open the connection to the VISA object fopen MTP1000 Qu...

Page 42: ... default Obtain an IP address automatically however if no DHCP server is available the configuration of the MTP1000 Ethernet networking must be performed using this USB web interface IMPORTANT The IP Addressing described below is specifically used for Ethernet interface network connectivity Please ensure this is never configured to 192 168 96 201 which will conflict with the USB web interface To c...

Page 43: ... VOABlade V1 4 49 14 2 Download Log File If a copy of the MTP1000 system log files is required the Download log file link can be used to retrieve this data Clicking this link will initiate a download of the logfile zip Figure 48 USB Web Interface Download Log Files ...

Page 44: ...lightly dampened with water Store unit at room temperature in a clean and dry 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 the power immediately disconnect from any external power source remove the batteries and let the unit dry completely WARNING...

Page 45: ...zardous substance contained in at least one of the homogeneous materials used for this part is above the limit requirement in SJ T11363 2006 表示该有毒有害物质至少在该部件的某一均质材料中的含量超出 SJ T11363 2006 标准规定的限量 要求 Part Name 部件名称 Toxic or hazardous Substances and Elements 有毒有害物质和元素 Lead 铅 Pb Mercury 汞 Hg Cadmium 镉 Cd Hexavalent Chromium 六价铬 Cr VI Polybrominated biphenyls 多溴联苯 PBB Polybrominated diphenyl ethers 多溴二苯醚...

Page 46: ...identification label as well as a description of your problem close at hand You may also be requested to provide software and module version numbers This information as well as technical support contact information can be found in the About window 16 2 Transportation Maintain a temperature range within specifications when transporting the unit Transportation damage can occur from improper handling...

Page 47: ...d or removed The unit has been misused neglected or damaged by accident THIS WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES EXPRESSED IMPLIED OR STATUTORY INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE IN NO EVENT SHALL COHERENT SOLUTIONS BE LIABLE FOR SPECIAL INCIDENTAL OR CONSEQUENTIAL DAMAGES 17 2 Liability Coherent Solutions shall not b...

Page 48: ...k cover Support personnel will determine if the equipment requires service repair or calibration 2 If possible back up your data before sending the unit for repair 3 Pack the equipment in its original shipping material Be sure to supply a statement or report fully detailing the defect and the conditions under which it was observed 4 Return the equipment prepaid to Coherent Solutions Note A test se...

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