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7-4

IM AQ6370C-17EN

7.2  Table of Correspondence between Soft Keys 

and Remote Commands

The tables below list the remote commands that correspond to the soft keys used when 
manipulating the various settings of the instrument. 
For the AQ6370C, AQ6370D, AQ6373, AQ6373B, AQ6375, and AQ6375B if commands 
are valid for only some of the instruments, the models are indicated in the remarks 
column. Models are not noted for commands that are valid for all instruments.

SWEEP

Function

Control Command

AUTO

:INITiate:SMODe<wsp>AUTO|3;:INITiate

REPEAT

:INITiate:SMODe<wsp>REPeat|2;:INITiate

SINGLE

:INITiate:SMODe<wsp>SINGle|1;:INITiate

STOP

:ABORt

SEGMENT MEASURE

:INITiate:SMODe<wsp>SEGment|4;:INITiate

SEGMENT POINT*****

:SENSe:SWEep:SEGMent:POINts<wsp><integer>

SWEEP MKR L1-L2 ON/OFF

:SENSe:WAVelength:SRANge<wsp>OFF|ON|0|1

SWEEP INTVL *****sec

:SENSe:SWEep:TIME:INTerval<wsp><integer>[SEC]

CENTER

Function

Control Command

Remarks

CENTER  WL ****.***nm

:SENSe:WAVelength:CENTer<wsp><NRf>[M]

CENTER  FREQ ***.****THz

:SENSe:WAVelength:CENTer<wsp><NRf>[HZ]

CENTER WNUM ****.***cm

-1

:SENSe:WAVelength:CENTer<wsp><NRf>

AQ6375

START WL ****.***nm

:SENSe:WAVelength:STARt<wsp><NRf>[M]

START FREQ ***.****THz

:SENSe:WAVelength:STARt<wsp><NRf>[HZ]

STOP WNUM ****.***cm

-1

:SENSe:WAVelength:STARt<wsp><NRf>

AQ6375

STOP WL ****.***nm

:SENSe:WAVelength:STOP<wsp><NRf>[M]

STOP FREQ ***.****THz

:SENSe:WAVelength:STOP<wsp><NRf>[HZ]

START WNUM ****.***cm

-1

:SENSe:WAVelength:STOP<wsp><NRf>

AQ6375

PEAK →CENTER

:CALCulate:MARKer:SCENter

AUTO CENTER ON/OFF

:CALCulate:MARKer:MAXimum:SCENter:AUTO 

<wsp>OFF|ON|0|1

VIEW→MEAS

:DISPlay[:WINDow]:TRACe:X[:SCALe]:SMSCale

SPAN

Function

Control Command

Remarks

SPAN****.*nm

:SENSe:WAVelength:SPAN<wsp><NRf>[M]

SPAN WNUM****.*cm

-1

:SENSe:WAVelength:SPAN<wsp><NRf>

AQ6375

START WL****.***nm

:SENSe:WAVelength:STARt<wsp><NRf>[M]

START FREQ***.****THz

:SENSe:WAVelength:STARt<wsp><NRf>[HZ]

START WNUM****.***cm

-1

:SENSe:WAVelength:STARt<wsp><NRf>

AQ6375

STOP WL****.***nm

:SENSe:WAVelength:STOP<wsp><NRf>[M]

STOP FREQ***.****THz

:SENSe:WAVelength:STOP<wsp><NRf>[HZ]

STOP WNUM****.***cm

-1

:SENSe:WAVelength:STOP<wsp><NRf>

AQ6375

0nm SWEEP TIME**sec

:SENSe:SWEep:TIME:0NM<wsp><integer>[SEC]

VIEW→MEAS

:DISPlay[:WINDow]:TRACe:X[:SCALe]:SMSCale

Summary of Contents for AQ6370C

Page 1: ...User s Manual IM AQ6370C 17EN 9th Edition AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 AQ6375B Optical Spectrum Analyzer Remote Control nbn Austria GmbH ...

Page 2: ...370D Optical Spectrum Analyzer User s Manual IM AQ6370D 01EN The manual is located on the CD included in your package pdf format Explains all functions and operating procedures of the AQ6370D except remote control and program functions AQ6370D Optical Spectrum Analyzer Getting Started Guide IM AQ6370D 02EN Explains the handling precautions installation procedure component names and specifications ...

Page 3: ...thout prior notice as a result of improvements in the instrument s performance and functions Display contents illustrated in this manual may differ slightly from what actually appears on your screen Every effort has been made in the preparation of this manual to ensure the accuracy of its contents However should you have any questions or find any errors please contact your nearest YOKOGAWA dealer ...

Page 4: ...ements The following safety symbols and wording is used in this manual Warning Handle with care Refer to the user s manual or service manual This symbol appears on dangerous locations on the instrument which require special instructions for proper handling or use The same symbol appears in the corresponding place in the manual to identify those instructions Alternating current ON power OFF power F...

Page 5: ...and precautions that can be taken to prevent such occurrences CAUTION Calls attentions to actions or conditions that could cause light injury to the user or damage to the instrument or user s data and precautions that can be taken to prevent such occurrences French AVERTISSEMENT Attire l attention sur des gestes ou des conditions susceptibles de provoquer des blessures graves voire mortelles et su...

Page 6: ...he steps Explanation This subsection describes the setup parameters and the limitations on the procedures Terms Used in Explanations of Procedures Panel Keys and Soft Keys Bold characters used in the procedural explanations indicate characters that are marked on the panel keys or the characters of the soft keys displayed on the screen menu SHIFT Panel Key SHIFT key means you will press the SHIFT k...

Page 7: ...net interface Chapter 4 Serial RS 232 Interface Describes the functions and lists the specifications of the RS 232 interface Chapter 5 GP IB Interface GP IB2 Port Describes the functions and lists the specifications of the GP IB2 port Chapter 6 Status Registers Explains the status byte and describes the various kinds of registers cues and other items Chapter 7 Remote Commands Describes each indivi...

Page 8: ...ress 2 5 2 5 Responses to Interface Messages 2 7 2 6 Sample Program 2 9 Chapter 3 Ethernet Interface 3 1 Connecting via Ethernet 3 1 3 2 Setting Up Ethernet 3 2 3 3 Sample Program 3 8 Chapter 4 Serial RS 232 Interface 4 1 Connecting via the Serial RS 232 Interface 4 1 4 2 Remote Control Using Commands 4 4 4 3 Setting Up RS 232 4 5 Chapter 5 GP IB Interface GP IB2 Port 5 1 Connecting via GP IB2 5 1...

Page 9: ...m Command 7 77 MEMory Sub System Command 7 77 MMEMory Sub System Command 7 78 PROGram Sub System Command 7 82 SENSe Sub System Command 7 83 STATus Sub System Command 7 86 SYStem Sub System Command 7 87 TRACe Sub System Command 7 91 TRIGger Sub System Command 7 95 UNIT Sub System Command 7 97 7 7 Output Format for Analysis Results 7 98 Chapter 8 Program Function 8 1 Editing a Program 8 1 8 2 Execut...

Page 10: ...4 This port is used to connect a controller such as a PC to control the instrument remotely GP IB1 and GP IB2 Ports The GP IB1 and GP IB2 ports must be used differently for different purposes The GP IB port on the AQ6370D AQ6373B AQ6375B corresponds to the GP IB1 port The GP IB2 port is not available on the AQ6370D AQ6373B AQ6375B The GP IB1 port is used when controlling the instrument from a PC T...

Page 11: ...ocal lockout status In LLO status the LOCAL key is disabled and does not return the instrument to Local mode even when pressed After cancelling the local lockout status press the LOCAL key To cancel the local lockout status set REN to False from the controller Switching from Remote to Local If you press the LOCAL key when in Remote mode the instrument enters Local mode However it does not return t...

Page 12: ...s the following message terminators to be used Program Message Terminators Assertion of EOI End Of Identify signal LF line feed character LF EOI Here LF is a line feed 0Ah in ASCII For CR LF because CR 0Dh is recognized as wsp CR LF can consequently also be used as a message terminator Also for waveform binary transfer only EOI is used as a message terminator Response Message Terminator LF EOI is ...

Page 13: ...nd it performs offset of the analog circuits at approximately 10 minute intervals The offset process takes about 30 seconds On the AQ6373 and AQ6375 during this offset process the receiving of remote commands execution of remote commands and talker data transmission processes are suspended If an external controller sends a remote command or requests output of talker data while the suspension is in...

Page 14: ...t using the AQ6370C AQ6373 AQ6375 s program function For now you will connect a PC to the GP IB1 port Turn OFF all the power switches of the AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 AQ6375B and any devices to be connected to it Connect a cable to the GP IB1 port on the rear panel of the instrument CAUTION Always turn OFF the power to the instrument and the PC when connecting or disconnecting communic...

Page 15: ...connecting several devices you cannot specify the same address for more than one Use a cable of two meters or longer to connect between devices Ensure that the total length in cables does not exceed twenty meters When carrying out communications make sure that at least two thirds of all connected devices are turned ON When connecting multiple devices use a star or linear configuration as shown in ...

Page 16: ...mote mode the REMOTE indicator lights Keys other than the LOCAL key are disabled Settings entered in Local mode are held even if switching to Remote mode When an LLO Local Lock Out message is received from the controller the instrument enters local lockout status In LLO status the LOCAL key is disabled and does not return this instrument to Local mode even when pressed After cancelling the local l...

Page 17: ... of send handshake Acceptor handshake AH1 All capabilities of receive handshake Talker T6 Basic talker function serial polling and talker cancel function through MLA my listen address Talker only not provided Listener L4 Basic listener function serial polling and listener cancel function through MLA my listen address Listener only not provided Service request SR1 All service request functions Remo...

Page 18: ...ss the REMOTE INTERFACE soft key The setting menu for the interface to be used is displayed 4 Press the GP IB soft key to specify GP IB as the communication interface Setting the Address 5 Press the GP IB SETTING soft key The GP IB setting menu is displayed 6 Press the MY ADDRESS soft key The GP IB address setting screen is displayed 7 Set the GP IB address using the rotary knob or the arrow keys ...

Page 19: ...P IB has its own unique GP IB address This address allows each device to be distinguished from other devices Therefore when connecting the instrument to a PC or other device make sure not to set the same address on the instrument as any of the other devices Note Do not change an address while the controller or other devices are using GP IB Set addresses other than those used by the GP IB2 port Com...

Page 20: ...control are not supported Responses to Multiline Messages Universal Commands LLO Local Lockout Disables the front panel SHIFT CLEAR operation and prohibits switching to Local mode DCL Device Clear Same operation as SDC SPE Serial Poll Enable Places the talker function of all devices on the bus in Serial poll mode The controller polls each device in order SPD Serial Poll Disable Cancels Serial poll...

Page 21: ...wing are the three types of universal commands LLO Local Lockout DCL Device Clear PPU Parallel Poll Unconfigure Additionally an interface message can consist of a listener address talker address or secondary command Interface Messages Uniline messages Address commands Universal commands IFC REN IDY GTL SDC PPC GET TCT LLO DCL PPU SPE SPD Listener address Talker address Secondary command Multiline ...

Page 22: ...As Double Dim strData As String GP IB Interface setting send IFC Call SendIFC BOARD_ID assert th REN GPIB line intAddrList 0 NOADDR Call EnableRemote BOARD_ID intAddrList GPIB time out setting Call ibtmo BOARD_ID T30s Time out 30sec Set the measurement parameter Call SendGPIB osa RST Setting initialize Call SendGPIB osa CFORM1 Command mode set AQ637X mode Call SendGPIB osa sens wav cent 1550nm swe...

Page 23: ...Addr As Integer strData As String Call Send BOARD_ID intAddr strData NLend If ibsta And EERR Then MsgBox GP IB device can t write End If End Sub Sub routine Recieve query data Function RecieveGPIB intAddr As Integer As String Const READSIZE 10000 Dim strBuffer As String strBuffer Space READSIZE RecieveGPIB Do DoEvents Call Receive BOARD_ID intAddr strBuffer STOPend If ibsta And EERR Then MsgBox GP...

Page 24: ...st GPIB time out setting Call ibtmo BOARD_ID T30s Time out 30sec send command to OSA Call SendGPIB osa CFORM1 Command mode set AQ637X mode Call SendGPIB osa mmem stor grap color bmp test int Save bmp file to internal memory Call SendGPIB osa mmem data test bmp int get file data from OSA lngDataSize RecieveBinaryGPIB osa byteData Recieve binary block data If byteData 0 Asc Then check first data Msg...

Page 25: ... byteLow As Byte Dim byteHigh As Byte Dim strA As String Dim intDummy READSIZE As Integer lngSize 0 open device ud ildev 0 intAdr 0 T30s 1 0 lngPos 0 read data Do DoEvents Call ibrdi ud intDummy READSIZE If ibsta And EERR Then MsgBox GP IB device can t Read GPIB intAdr RecieveBinaryGPIB 0 Exit Function Else ReDim Preserve byteArray lngPos ibcntl 2 For lngL 0 To ibcntl 2 1 strA Right 0000 Hex intDu...

Page 26: ...AQ6373B AQ6375B only Communication protocol TCP IP Connector type RJ45 Port number used 10001 tcp default Connections Connect a UTP unshielded twisted pair cable or an STP shielded twisted pair cable that is connected to another device to the ETHERNET port on the rear panel of the instrument AQ6370C AQ6373 AQ6375 AQ6370D AQ6373B AQ6375B Precautions When Making Connections Be sure to use a straight...

Page 27: ... later press the NETWORK SOCKET or NETWORK VXI 11 soft key to set the communication interface to Ethernet In models other than AQ6370D press the ETHERNET soft key to set the communication interface to Ethernet NETWORK SOCKET AQ6370D NETWORK except for AQ6370D NETWORK VXI 11 AQ6370D Setting Up TCP IP 5 Press the NETWORK SETTING soft key The ethernet setting menu is displayed 6 Press the TCP IP SETT...

Page 28: ...ng Setting the Command Format 14 Perform these steps if you will use AQ6317 commands Press the COMMAND FORMAT soft key The command format setting menu is displayed 15 Normally you will enter AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 or AQ6375B If you wish to use AQ6317 commands enter AQ6317 Setting the User Name and Password not used with the VXI 11 16 Press the REMOTE USER ACCOUNT soft key The user n...

Page 29: ... 26 Press the DISABLE soft key The sharing of the user area directory is disabled Explanation TCP IP Settings It is necessary to set up the IP address for correct use of the instrument If a DHCP server is provided on the network to which this instrument is connected the IP address given to the instrument is automatically set Thus set the item IP ADDRESS SETTING under SYSTEM NETWORK SETTING TCP IP ...

Page 30: ...he network You cannot save files to the AQ6370D AQ6373B AQ6375B Timeout Period AQ6370D R02 01 or later This is enabled when REMOTE INTERFACE is NETWORK SOCKET When a non communication period reached the set period in a remote state the communication is automatically disconnected to enter the local state The change in the timeout period resets the time elapsed You can set INFINITE 0 second or 1 thr...

Page 31: ... s buffer It receives the external PC s buffer data and stores the query data Connection The instrument can only be connected to one controller an external PC or other device If the instrument receives a connection request from a controller while already connected to another controller the new connection is not opened and the existing connection is kept open Computer Name The instrument s computer...

Page 32: ...nabled If the user name and password are incorrect authentication fails and the connections is closed For Encrypted Authentication 1 Send OPEN username to the AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 AQ6375B The response message is received from the AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 AQ6375B 2 Confirm that the received message is AUTHENTICATE CRAM MD5 3 Send AUTHENTICATE CRAM MD5 OK to the AQ6370C...

Page 33: ...the results to the screen The conditions are the same as those of the GP IB sample program in section 2 6 Sample Program Private Sub AQ637XTEST Dim intData As Integer Dim dblMeanWL As Double Dim dblSpecWd As Double Dim strData As String Connect Winsock1 RemoteHost 192 168 1 100 OSA IP address Winsock1 RemotePort 10001 OSA remote port num Winsock1 Connect Wait to connect complete While Winsock1 Sta...

Page 34: ... 16 get mean wavelegnth dblSpecWd Val Mid strData 18 16 get spectrum width Output the result to the screen MsgBox MEAN WL dblMeanWL 1000000000 nm vbCrLf _ SPEC WD dblSpecWd 1000000000 nm Disconnect Winsock1 Close Wait to disconnect complete While Winsock1 State sckClosed DoEvents Wend End Sub Sub routine Send Remote Command Sub SendLan strData As String Winsock1 SendData strData vbCrLf DoEvents En...

Page 35: ...eceiveLan strData If lngDataSize 1 Then MsgBox Data Receive Error Winsock1 Close Exit Sub End If SendLan Send password lngDataSize ReceiveLan strData If lngDataSize 1 Then MsgBox Data Receive Error Winsock1 Close Exit Sub End If If Left strData 5 ready Then MsgBox User authentication error Winsock1 Close Exit Sub End If send command to OSA Call SendLan CFORM1 Command mode set AQ637X mode Call Send...

Page 36: ...ote port num Winsock1 Connect Wait to connect complete While Winsock1 State sckConnected And bConnect True DoEvents Timeout check sglNow Timer If sglNow sglStart Then sglNow sglNow 86400 If sglNow sglEnd Then bConnect False Wend return value set ConnectLan bConnect End Function Sub routine Send Remote Command Sub SendLan strData As String Winsock1 SendData strData vbCrLf DoEvents End Sub Sub routi...

Page 37: ...a size Error 1 Function ReceiveBinaryLan byteArray As Byte As Long Dim lngPos As Long Dim lngTempPos As Long Dim bData As Byte Dim intI As Integer Dim intJ As Integer Dim strA As String Dim lngDataLength As Long Dim byteDummy As Byte Dim sglStart As Single Dim sglEnd As Single Dim sglNow As Single Dim bTimeout As Boolean sglStart Timer sglEnd sglStart TIMEOUT bTimeout False Header block Call ReadI...

Page 38: ...lNow sglNow 86400 If sglNow sglEnd Then bTimeout True Loop Until lngPos lngDataLength Or bTimeout True End If return value set If bTimeout True Then ReceiveBinaryLan 1 Else ReceiveBinaryLan lngDataLength End If End Function Read binary data 1byte Sub ReadIPBin byteData As Byte Dim sglStart As Single Dim sglEnd As Single Dim sglNow As Single Dim bTimeout As Boolean sglStart Timer sglEnd sglStart TI...

Page 39: ... Electrical characteristics Conforms to the EIA 574 standard EIA 232 RS 232 9 pin Connection type Point to point Communication method Full duplex Synchronization method Start stop synchronization Baud rate 1200 2400 4800 9600 19200 38400 57600 115200 Start bit 1 bit fixed Data length 8 bit fixed Parity Odd Even or None Stop bit 1 bit fixed Connector DELC J9PAF 13L6 JAE or equivalent Flow control H...

Page 40: ...nal direction output 8 CS clear to send Handshaking method when sending data to the PC Signal direction input Pins 1 4 6 and 9 are not used 9 Pin to 25 pin Adapter and Signal Names 5 8 7 2 3 2 3 4 5 7 Numbers in parentheses are the pin numbers of the 25 pin connector Signal Direction The directions of signals used by the instrument s serial interface are shown in the figure below PC AQ6370 RS Requ...

Page 41: ...A TXD BB RXD CB CTS CA RTS 102 SG 103 104 106 105 SD RD CS RS Signal ground Send data Request to send Receive data Clear to send Signal Wire Connection Example Pin numbers are for 9 pin connectors In most cases use a cross cable SD RD RS CS SG SD RD RS SG OFF OFF XON XON PC AQ6370 SD RD RS CS SG SD RD RS SG Hard CS RS PC AQ6370 CS CS 2 3 8 7 5 2 3 8 7 5 2 3 8 7 5 2 3 8 7 5 4 1 Connecting via the S...

Page 42: ...anner as in remote control via the GP IB interface Using the STB or SPOLL command dedicated for remote control using the LAN port allows you to read the status registers as in the case with serial polling via the GP IB interface STB When AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 AQ6375B is the setting of the COMMAND FORMAT key SPOLL When AQ6317 is the setting of the COMMAND FORMAT key Delimiter The de...

Page 43: ...tting menu is displayed 3 Press the REMOTE INTERFACE soft key The setting menu for the interface to be used is displayed 4 Press the RS 232 soft key to specify RS 232 as the communication interface Setting the Baud Rate 5 Press the RS 232 SETTING soft key The RS 232 setting menu is displayed 6 Press the BAUD RATE soft key The baud rate setting menu is displayed 7 Press the soft key corresponding t...

Page 44: ... flow control setting menu is displayed 11 Press the soft key corresponding to the desired flow control setting The flow control is set Setting the Command Format 12 Perform these steps if you will use AQ6317 commands Press the COMMAND FORMAT soft key The command format setting menu is displayed 13 Normally you will enter AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 or AQ6375B If you wish to use AQ6317 c...

Page 45: ...llowing 1200 bps 2400 bps 4800 bps 9600 bps 19200 bps 38400 bps 57600 bps or 115200 bps Parity Rate Setting Select a parity from the following NONE ODD or EVEN Flow Control Setting Select a Transmission data control Receive data control from the following Xon Xoff HARDWARE NONE Setting the Command Format Normally you will enter AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 or AQ6375B mode If you wish to u...

Page 46: ...now you will connect a PC to the GP IB2 port Turn OFF all the power switches of the AQ6370C AQ6373 AQ6375 and any devices to be connected to it Connect a cable to the GP IB2 port on the rear panel of the instrument CAUTION Always turn OFF the power to the instrument and the PC when connecting or disconnecting communication cables Failure to turn OFF the power can result in malfunction or damage to...

Page 47: ...troller Functional Specifications Function Subset Description Source handshake SH1 All capabilities of send handshake Acceptor handshake AH1 All capabilities of receive handshake Talker T4 Basic talker function Listener L2 Basic listener function Service request SR0 Service request function not provided Remote local RL0 Local lockout function not provided Parallel port PP0 Parallel polling functio...

Page 48: ... for the interface to be used is displayed 4 Press the GP IB soft key to specify GP IB as the communication interface Setting the Address 5 Press the GP IB SETTING soft key The GP IB setting menu is displayed 6 Press the GP IB2 PORT ADDRESS soft key The GP IB2 port address setting screen is displayed 7 Set the GP IB2 port address using the rotary knob or the arrow keys and press ENTER GP IB addres...

Page 49: ... as any of the other devices Also set addresses other than the instrument s GP IB address MY ADDRESS Turning ON the System Controller Function Turn ON this function to control an external device with the instrument s program function Setting the TLS Address Specify the GP IB address of the turnable laser source to be controlled by the instrument Note A controller such as a PC that is connected to ...

Page 50: ...cription Status byte registers Register defined by IEEE 488 2 STB Status Byte Register Same as the above SRE Service Request Enable Register Same as the above Standard event registers Register defined by IEEE 488 2 ESR Standard Event Status Register Same as the above ESE Standard Event Status Register Same as the above Operation status registers Provides information on operation execution such as ...

Page 51: ...it 14 bit 13 bit 12 bit 11 bit 10 bit 9 bit 8 Unused Unused Unused Unused Unused Unused Unused Unused Unused Unused Unused Auto Sweep Cal Alignment Copy File Program Sweep bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 bit 15 bit 14 bit 13 bit 12 bit 11 bit 10 bit 9 bit 8 Unused Unused Unused Unused Unused Unused Unused Unused Unused Unused Unused Unused Unused Unused Unused Unused bit 7 bit 6 bi...

Page 52: ...buffer RQS MSS Standard Event Status Questionable Event Status bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 SRE Service Request Enable Register STB Status Bytes Register Generates service request During serial poll When STB sent OR Status Byte Register Contents Bit Event Name Description Decimal Value Bit 7 OPS Summary bit of operation status 128 Bit 6 RQS MSS 1 if there is more than one servic...

Page 53: ...isters and queues not including the output queues and MAV bit will be cleared by the common CLS command The clear action complies with the IEEE 488 2 standard Service Request Enable Register Read This register can be read by the common SRE query The value of bit 6 an unassigned bit is always 0 The contents of the register are not cleared even when read The read action complies with the IEEE 488 2 ...

Page 54: ... Status Registers Bit Event Name Description Decimal Value Bit 7 PON Power ON Power is turned ON 128 Set to 1 at startup Bit 6 None Not used always 0 0 Bit 5 CME A syntax error or unrecognizable command is 32 command error detected GET is encountered between the 1st byte of a program message and the program message terminator Bit 4 EXE Execution error Program data following the program header is 1...

Page 55: ... the IEEE 488 2 standard Standard Event Status Enable Register Read This register can be read by the common ESE query The read action complies with the IEEE 488 2 standard Write This register can be written by the common ESE command The write action complies with the IEEE 488 2 standard Clear This register will be cleared under any of the following conditions Data 0 is set using the common ESE com...

Page 56: ...ation enable register are included in the summary information Structure The structure of the operation status register is shown below Structure of the Operation Status Register OR OPS Bit of the Status Byte Register not used not used not used not used not used not used not used not used not used not used not used Auto Sweep Cal Alignment Copy File Program Sweep bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 ...

Page 57: ...weep Completion of a sweep 1 Operation Condition Register Read This register can be read by the STATus OPERation CONDition query command Its contents will not be cleared even when read Write The register sets or resets a bit corresponding to a change in the status of the instrument only when that change occurs It cannot be written to Clear The register cannot be cleared Operation Event Register Re...

Page 58: ...Ration ENABle command Clear This register will be cleared under any of the following conditions Data 0 is set by the STATus OPERation ENABle command Power ON The register cannot be cleared in the following cases Receipt of the RST command Receipt of the CLS command Device clear DCL SDC 6 4 Operation Status Register ...

Page 59: ...not used not used not used not used not used not used not used not used not used not used not used not used not used not used not used not used bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 bit 15 bit 14 bit 13 bit 12 bit 11 bit 10 bit 9 bit 8 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 bit 15 bit 14 bit 13 bit 12 bit 11 bit 10 bit 9 bit 8 bit 7 bit 6 bit 5 bit 4 bit 3 bit 2 bit 1 bit 0 bit ...

Page 60: ...f the register can be cleared The register can be cleared but not written to Clear This register will be cleared under any of the following conditions A read using the STATus QUEStionable EVENt query command Initialization by the STATus PRESet command Common CLS command Power ON Questionable Event Enable Register Read This register can be read by the STATus QUEStionable ENABle query command Write ...

Page 61: ...otations 1 Regarding white space wsp White space is defined as a character corresponding to 00h to 20h not including 0Ah LF of the ASCII character sets Aside from inserting it between a command and parameters when specifying parameters or using it as space in a character string such as a file name in a parameter white space can be inserted as desired to make a program legible Types of Commands Thi...

Page 62: ...this case each command should be delimited by a semicolon List of GP IB commands used in examples SENSe SETTing ATTenuator WAVelength STOP STARt SENSe WAVelength STARt 1500NM STOP 1600NM Y SENSe WAVelength STARt 1500NM ATTenuator ON X Reason They are not in the same hierarchy SENSe WAVelength STARt 1500NM STOP 1600NM X Reason A colon is unnecessary after a semicolon Numerics This instrument suppor...

Page 63: ...atible GP IB commands call up the SYSTEM menu using the SYSTEM key and place the instrument in AQ6317 compatible mode Differences from the AQ6370 This instrument s remote commands differ from those of the AQ6370 in the following respects 1 IDN query talker data AQ6370 YOKOGAWA AQ6370 AQ6370C YOKOGAWA AQ6370C AQ6370D YOKOGAWA AQ6370D AQ6373 YOKOGAWA AQ6373 AQ6373B YOKOGAWA AQ6373B AQ6375 YOKOGAWA A...

Page 64: ...Se WAVelength CENTer wsp NRf M CENTER FREQ THz SENSe WAVelength CENTer wsp NRf HZ CENTER WNUM cm 1 SENSe WAVelength CENTer wsp NRf AQ6375 START WL nm SENSe WAVelength STARt wsp NRf M START FREQ THz SENSe WAVelength STARt wsp NRf HZ STOP WNUM cm 1 SENSe WAVelength STARt wsp NRf AQ6375 STOP WL nm SENSe WAVelength STOP wsp NRf M STOP FREQ THz SENSe WAVelength STOP wsp NRf HZ START WNUM cm 1 SENSe WAV...

Page 65: ...TRACe Y SCALe DNUMber wsp 8 10 12 REF LEVEL POSITION DIV DISPlay WINDow TRACe Y1 SCALe RPOSition wsp integer DIV SUB LOG dB D DISPlay WINDow TRACe Y2 SCALe PDIVision wsp NRf DB SUB LIN D DISPlay WINDow TRACe Y2 SCALe PDIVision wsp NRf SUB SCALE dB km DISPlay WINDow TRACe Y2 SCALe PDIVision wsp NRf DB KM SUB SCALE D DISPlay WINDow TRACe Y2 SCALe PDIVision wsp NRf OFST LVL or DISPlay WINDow TRACe Y2...

Page 66: ...MEDium wsp AIR VACuum 0 1 SWEEP SPEED 1x 2x SENSe SWEep SPEed wsp 1x 2x 0 1 AQ6370C AQ6370D AQ6373B AQ6375B HORZN SCALE nm THz UNIT X wsp WAVelength FREQuency 0 1 AQ6370C AQ6370D AQ6373 AQ6373B HORZN SCALE nm UNIT X wsp WAVelength 0 THz UNIT X wsp FREQuency 1 cm 1 UNIT X wsp WNUMber 2 AQ6375 AQ6375B PLS LIGHT MEASURE PEAK HOLD msec TRIGger SEQuence STATe wsp OFF ON PHOLd 0 1 2 EXT TRIGGER MODE TRI...

Page 67: ...LEFT RIGHt 0 1 2 OVERVIEW SIZE DISPlay WINDow OVIew SIZE wsp LARGE SMALL LARGe SMALl 0 1 INITIAL DISPlay WINDow TRACe X SCALe INITial ize DISPLAY Function Control Command Remarks NORMAL DISPLAY DISPlay WINDow SPLit wsp OFF 0 SPLIT DISPLAY DISPlay WINDow SPLit wsp ON 1 SPLIT DISPLAY TRACE A UP LOW DISPlay WINDow SPLit POSition wsp TRA UP LOW 0 1 TRACE B UP LOW DISPlay WINDow SPLit POSition wsp TRB ...

Page 68: ... A k CALCulate MATH TRC K wsp NRf CALCulate MATH TRC wsp 1 K B A CALCULATE F LOG MATH F C D LOG CALCulate MATH TRF wsp C D LOG F D C LOG CALCulate MATH TRF wsp D C LOG F C D LOG CALCulate MATH TRF wsp C D LOG F D E LOG CALCulate MATH TRF wsp D E LOG F E D LOG CALCulate MATH TRF wsp E D LOG F D E LOG CALCulate MATH TRF wsp D E LOG CALCulate F LIN MATH F C D LIN CALCulate MATH TRF wsp C D LIN F C D ...

Page 69: ...wsp NORMC CURVE FIT G CVFIT A CALCulate MATH TRG wsp CVFTA G CVFIT B CALCulate MATH TRG wsp CVFTB G CVFIT C CALCulate MATH TRG wsp CVFTC G MKR FIT CALCulate MATH TRG wsp MKRFT THRESH dB CALCulate MATH TRG CVFT THResh wsp NRf DB OPERATION AREA CALCulate MATH TRG CVFT OPARea wsp ALL INL1 L2 OUTL1 L2 0 1 2 FITTING ALGO CALCulate MATH TRG CVFT FALGo wsp GAUSS LORENz 3RD 4TH 5TH 0 1 2 3 4 CURVE FIT PK ...

Page 70: ...wsp ON 1 AQ6370C AQ6370D AQ6373B AQ6375B INTEGRAL POWER CALCulate AMARker 1 FUNCtion INTe gral STATe wsp ON 1 AQ6370C AQ6370D AQ6373B AQ6375B INTEGRAL RANGE GHz CALCulate AMARker 1 FUNCtion INTe gral IRANge wsp integer Hz AQ6370C AQ6370D AQ6373B AQ6375B MARKER 2 SELECT CALCulate AMARker2 X wsp NRf M Hz AQ6370C AQ6370D AQ6373B AQ6375B MARKER TRACE A CALCulate AMARker2 TRACe wsp TRA AQ6370C AQ6370D ...

Page 71: ...ker4 X wsp NRf M Hz AQ6370C AQ6370D AQ6373B AQ6375B MARKER TRACE A CALCulate AMARker4 TRACe wsp TRA AQ6370C AQ6370D AQ6373B AQ6375B B CALCulate AMARker4 TRACe wsp TRB AQ6370C AQ6370D AQ6373B AQ6375B C CALCulate AMARker4 TRACe wsp TRC AQ6370C AQ6370D AQ6373B AQ6375B D CALCulate AMARker4 TRACe wsp TRD AQ6370C AQ6370D AQ6373B AQ6375B E CALCulate AMARker4 TRACe wsp TRF AQ6370C AQ6370D AQ6373B AQ6375B ...

Page 72: ... ON 0 1 MARKER UNIT nm THz CALCulate MARKer UNIT wsp WAVelength FREQuency 0 1 AQ6370C AQ6370D AQ6373B MARKER UNIT AQ6375 AQ6375B nm CALCulate MARKer UNIT wsp WAVelength 0 AQ6375 AQ6375B THz CALCulate MARKer UNIT wsp FREQuency 1 AQ6375 AQ6375B cm 1 CALCulate MARKer UNIT wsp WNUMber 2 AQ6375 AQ6375B SEARCH ANA L1 L2 ON OFF CALCulate LMARker SRANge wsp OFF ON 0 1 SEARCH ANA ZOOM AREA ON OFF DISPlay W...

Page 73: ...DM CALCulate CATegory wsp WDM 11 AQ6370C AQ6370D AQ6375 AQ6375B EDFA NF CALCulate CATegory wsp NF 12 FILTER PK CALCulate CATegory wsp FILPk 13 FILTER BTM CALCulate CATegory wsp FILBtm 14 WDM FIL PK CALCulate CATegory wsp WFPeak 15 AQ6370C AQ6370D AQ6375 AQ6375B WDM FIL BTM CALCulate CATegory wsp WFBtm 16 AQ6370C AQ6370D AQ6375 AQ6375B COLOR CALCulate CATegory wsp COLor 17 AQ6373 AQ6373B ANALYSIS E...

Page 74: ...nction Control Command Remarks WRITE DRIVE INT EXT MMEMory CDRive wsp INTernal EXTernal FILE NAME MMEMory CDIRectory wsp directory name TRACE MMEMory STORe TRACe wsp trace name BIN CSV file name INTernal EXTernal ALL TRACE MMEMory STORe ATRace wsp file name INTernal EXTernal MEMORY MMEMory STORe MEMory wsp integer BIN CSV file name INTernal EXTernal GRAPHICS MMEMory STORe GRAPhics wsp B W COLor BM...

Page 75: ... MMEMory LOAD SETTing wsp file name INTernal EXTernal DATA MMEMory LOAD DATA wsp file name INTernal EXTernal PROGRAM MMEMory LOAD PROGram wsp integer file name INTernal EXTernal TEMPLATE MMEMory LOAD PROGram wsp template file name INTernal EXTernal LOGGING MMEMory LOAD DLOGging wsp file name INTernal EXTernal AQ6370C AQ6375B AQ6370D AQ6373B AUTO FILE NAME MMEMory ANAMe wsp NUMBer DATE AQ6370D AQ63...

Page 76: ...OFFSET TABLE CALibration POWer OFFSet TABLe wsp integer NRf DB AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 GRID EDITOR 200GHz SPACING SYSTem GRID wsp 200GHZ 4 AQ6370C AQ6370D AQ6375 AQ6375B 100GHz SPACING SYSTem GRID wsp 100GHZ 3 AQ6370C AQ6370D AQ6375 AQ6375B 50GHz SPACING SYSTem GRID wsp 50GHZ 2 AQ6370C AQ6370D AQ6375 AQ6375B 25GHz SPACING SYSTem GRID wsp 25GHZ 1 AQ6370C AQ6370D AQ6375 AQ6375B 12 5GHz...

Page 77: ...ERO AUTO wsp OFF ON 0 1 ONCE AQ6373 AQ6375 AUTO OFFSET SETTING AUTO OFFSET ON OFF CALibration ZERO AUTO wsp OFF ON 0 1 AQ6370C AQ6370D AQ6373B AQ6375B INTERVAL min CALibration ZERO AUTO INTerval wsp integer AQ6370C AQ6370D AQ6373B AQ6375B UNCAL WARN DISPLAY ON OFF SYSTem DISPlay UNCal wsp OFF ON 0 1 BUZZER SETTING CLICK ON OFF SYSTem BUZZer CLICk wsp OFF ON 0 1 WARNING ON OFF SYSTem BUZZer WARNing...

Page 78: ...cation DLOGging LPARameter I TEM wsp 0 1 2 3 AQ6370C AQ6370D AQ6373B AQ6375B LOGGING MODE APPLication DLOGging LPARameter L MODe wsp 1 2 AQ6370C AQ6370D AQ6373B AQ6375B MINIMUM INTERVAL APPLication DLOGging LPARameter I NTerval wsp integer SEC AQ6370C AQ6370D AQ6373B AQ6375B TEST DURATION APPLication DLOGging LPARameter T DURation wsp integer sec AQ6370C AQ6370D AQ6373B AQ6375B PEAK THRESH TYPE AP...

Page 79: ...on Control Command COPY HCOPY IMMediate FEED Function Control Command Remarks FEED HCOPY IMMediate FEED AQ6370C AQ6373 AQ6375 PRESET Function Control Command Remarks PRESET SYSTem PRESet AQ6370D AQ6373B AQ6375B 7 2 Table of Correspondence between Soft Keys and Remote Commands ...

Page 80: ... LEVEL dB CALCulate PARameter CATegory SWPKrms TH wsp NRf DB K CALCulate PARameter CATegory SWPKrms K wsp NRf DB NOTCH THRESH LEVEL dB CALCulate PARameter CATegory NOTCh TH wsp N Rf DB K CALCulate PARameter CATegory NOTCh K wsp NR f DB Type PEAK CALCulate PARameter CATegory NOTCh TYPE wsp PEAK 0 BOTTOM CALCulate PARameter CATegory NOTCh TYPE wsp BOTTom 1 ANALYSIS 1 ANALYSIS Parameters Control Comm...

Page 81: ...gory DFBLd wsp POWer SPAN NRf M AQ6370C AQ6370D AQ6373B AQ6375B OSNR AQ6370C AQ6370D AQ6373B AQ6375B MODE DIFF dB CALCulate PARameter CATegory DFBLd wsp OSNR MDIFf NRf DB AQ6370C AQ6370D AQ6373B AQ6375B NOISE ALGO CALCulate PARameter CATegory DFBLd wsp OSNR NALGo data AQ6370C AQ6370D AQ6373B AQ6375B NOISE AREA nm CALCulate PARameter CATegory DFBLd wsp OSNR NARea NRf M AQ6370C AQ6370D AQ6373B AQ637...

Page 82: ...DB LED SPECTRUM WIDTH ALGO CALCulate PARameter CATegory LE D wsp SWIDth ALGO data THRESH dB CALCulate PARameter CATegory LE D wsp SWIDth TH NRf DB THRESH2 dB CALCulate PARameter CATegory LE D wsp SWIDth TH2 NRf DB K CALCulate PARameter CATegory LE D wsp SWIDth K NRf MODE FIT ON OFF CALCulate PARameter CATegory LE D wsp SWIDth MFIT OFF ON 0 1 MODE DIFF dB CALCulate PARameter CATegory LE D wsp SWIDt...

Page 83: ...ar 0 GAUSS CALCulate PARameter CATegory WDM FALGo wsp GAU Ss 1 LORENZ CALCulate PARameter CATegory WDM FALGo wsp LORe nz 2 3RD POLY CALCulate PARameter CATegory WDM FALGo wsp 3RD 3 4TH POLY CALCulate PARameter CATegory WDM FALGo wsp 4TH 4 5TH POLY CALCulate PARameter CATegory WDM FALGo wsp 5TH 5 NOISE BW nm CALCulate PARameter CATegory WDM NBW wsp NRf M DUAL TRACE ON OFF CALCulate PARameter CATego...

Page 84: ...ulate PARameter CATegory NF MARea wsp NRf M FITTING ALGO LINEAR CALCulate PARameter CATegory NF FALGo wsp LINear 0 GAUSS CALCulate PARameter CATegory NF FALGo wsp GAUSs 1 LORENZ CALCulate PARameter CATegory NF FALGo wsp LORenz 2 3RD POLY CALCulate PARameter CATegory NF FALGo wsp 3RD 3 4TH POLY CALCulate PARameter CATegory NF FALGo wsp 4TH 4 5TH POLY CALCulate PARameter CATegory NF FALGo wsp 5TH 5 ...

Page 85: ...ROSS TALK SW ON OFF CALCulate PARameter CATegory FILPk wsp XTALk SW OFF ON 0 1 ALGO CALCulate PARameter CATegory FILPk wsp XTALk ALGO data THRESH LEVEL dB CALCulate PARameter CATegory FILPk wsp XTALk TH NRf DB K CALCulate PARameter CATegory FILPk wsp XTALk K NRf MODE FIT ON OFF CALCulate PARameter CATegory FILPk wsp XTALk MFIT OFF ON 0 1 MODE DIFF dB CALCulate PARameter CATegory FILPk wsp XTALk MD...

Page 86: ...dB CALCulate PARameter CATegory FILBtm wsp NWIDth MDIFf NRf DB CROSS TALK SW ON OFF CALCulate PARameter CATegory FILBtm wsp XTALk SW OFF ON 0 1 ALGO CALCulate PARameter CATegory FILBtm wsp XTALk ALGO data THRESH LEVEL dB CALCulate PARameter CATegory FILBtm wsp XTALk TH NRf DB MODE DIFF dB CALCulate PARameter CATegory FILBtm wsp XTALk MDIFf NRf DB CH SPACE nm CALCulate PARameter CATegory FILBtm wsp...

Page 87: ...meter CATegory WFPeak wsp XTALk SW OFF ON 0 1 SPACING nm CALCulate PARameter CATegory WFPeak wsp XTALk SPACing NRf M TEST BAND nm CALCulate PARameter CATegory WFPeak wsp XTALk TBANd NRf DB WDM FIL BTM It is not available on the AQ6373 AQ6373B CHANNEL DETECTION NOMINAL WAVELENGTH ALGO CALCulate PARameter CATegory WFBottom wsp NWAVelength ALGO data THRESH LEVEL dB CALCulate PARameter CATegory WFPeak...

Page 88: ... ON 0 1 SPACING nm CALCulate PARameter CATegory WFBottom wsp XTALk SPACing NRf M TEST BAND nm CALCulate PARameter CATegory WFBottom wsp XTALk TBANd NRf DB Parameter Corresponding to ANALYSIS PARAMETER of the Data Logging Function The parameter corresponding to ANALYSIS PARAMETER accessed through ADVANCE DATA LOGGING SETUP varies depending on the logging item When the Logging Item Is WDM The ANALYS...

Page 89: ...NRf 7 42 TTYPe ABSolute RELative 7 42 TDURation integer 7 42 TLOGging OFF ON 0 1 7 43 STATe STOP STARt 0 1 7 43 CALCulate AMARker 1 2 3 4 7 43 AOFF none 7 43 FUNCtion INTegral IRANge NRf Hz 7 44 RESult none 7 44 STATe OFF ON 0 1 7 44 PDENsity NOISe BWIDth BANDwidth NRf M 7 45 RESult none 7 45 STATe OFF ON 0 1 7 45 PRESet none 7 45 MAXimum none 7 46 LEFT none 7 46 NEXT none 7 46 RIGHt none 7 46 MIN...

Page 90: ...1 7 52 SRLevel none 7 53 AUTO OFF ON 0 1 7 53 SZCenter none 7 53 MINimum none 7 53 LEFT none 7 53 NEXT none 7 53 RIGHt none 7 53 MSEarch OFF ON 0 1 7 53 SORT WAVelength LEVel 0 1 7 53 THResh NRf DB 7 54 SCENter none 7 54 SRLevel none 7 54 STATe marker OFF ON 0 1 7 54 SZCenter none 7 54 UNIT WAVelength FREQuency WNUMber 7 54 X marker NRf M HZ 7 54 Y marker 7 55 MATH TRC A B LOG B A LOG A B LOG A B ...

Page 91: ...NRf DB 7 60 PDISplay OFF ON 0 1 7 60 TH NRf DB 7 61 RBWidth MEASURED CAL 0 1 7 61 SNOise OFF ON 0 1 7 61 NOTCh K NRf 7 61 TH NRf DB 7 61 TYPE PEAK BOTTom 0 1 7 61 PMD TH NRf DB 7 61 POWer OFFSet NRf DB 7 62 SMSR MASK NRf M 7 62 MODE SMSR1 SMSR2 SMSR3 SMSR4 7 62 SWENvelope K NRf 7 62 TH1 NRf DB 7 62 TH2 NRf DB 7 62 SWPKrms K NRf 7 62 TH NRf DB 7 63 SWRMs K NRf 7 63 TH NRf DB 7 63 SWTHresh K NRf 7 6...

Page 92: ...e integer NRf 7 69 ZERO AUTO OFF ON 0 1 ONCE 7 70 INTerval integer 7 70 STATus none 7 70 DISPlay COLor 0 1 2 3 4 5 7 70 WINDow OFF ON 0 1 7 70 OVIew POSition OFF LEFT RIGHt 0 1 2 7 70 SIZE LARGe SMALl 0 1 7 70 SPLIt OFF ON 0 1 7 71 HOLD LOWer OFF ON 0 1 7 71 UPPer OFF ON 0 1 7 71 POSition trace name UP LOW 0 1 7 71 TEXT CLEar none 7 71 DATA string 7 71 TRACe X SCALe CENTer NRf M HZ 7 71 INITialize...

Page 93: ... 7 78 COPY source file name 7 78 INTernal EXTernal destination file name INTernal EXTernal DATA file name INTernal EXTernal 7 78 DELete file name INTernal EXTernal 7 78 LOAD ATRace file name INTernal EXTernal 7 79 DLOGing file name INTernal EXTernal 7 79 MEMory integer filename INTernal 7 79 EXTernal PROGram integer filename INTernal 7 79 EXTernal SETTing filename INTernal EXTernal 7 79 TEMPlate t...

Page 94: ... MEDium AIR VACuum 0 1 7 83 WAVelength SHIFt NRf M 7 83 SENSe NHLD NAUT NORMal MID HIGH1 HIGH2 7 83 HIGH3 0 1 6 2 3 4 5 SETTing CORRection OFF ON 0 1 2 MODE1 MODE2 7 84 FCONnetcor NORMal ANGLed 0 1 7 84 FIBer SMALl LARGe 0 1 7 84 SMOothing OFF ON 0 1 7 84 SWEep POINts integer 7 84 AUTO OFF ON 0 1 7 84 SEGMent POINts integer 7 84 SPEed 1x 2x 0 1 7 85 STEP NRf M 7 85 TIME 0NM integer SEC 7 85 INTerv...

Page 95: ...teger 7 88 LOCKout OFF ON 0 1 7 88 RMONitor OFF ON 0 1 7 89 DATE yyyy mm dd 7 89 DISPlay TRANsparent OFF ON 0 1 7 89 UNCal OFF ON 0 1 7 89 ERRor NEXT none 7 89 GRID 12 5GHZ 25GHz 50GHZ 100GHZ 200GHZ 7 89 CUSTom 0 1 2 3 4 5 CUSTom CLEar ALL none 7 89 DELete grid number 7 89 INSert NRf M HZ 7 90 SPACing NRf GHZ 7 90 STARt NRf M HZ 7 90 STOP NRf M HZ 7 90 REFerence NRf M HZ 7 90 INFormation 0 1 7 90 ...

Page 96: ...ce name OFF ON 0 1 7 93 TEMPlate DATA template wavelength level 7 93 ADELete template 7 94 ETYPe template NONE A B 0 1 2 7 94 MODE template ABSolute RELative 0 1 7 94 DISPlay template OFF ON 0 1 7 94 GONogo OFF ON 0 1 7 94 LEVel SHIFt NRf DB 7 94 RESult 7 94 TTYPe UPPer LOWer U L 0 1 2 7 95 WAVelength SHIFt NRf M 7 95 TRIGger SEQuence DELay NRf S MS US 7 95 SLOPe RISE FALL 0 1 7 96 STATe OFF ON PH...

Page 97: ...1 LMC Learn Macro Query Option LRN Learn Device Setup Query Option OPC Operation Complete Command Required Y OPC Operation Complete Query Required Y OPT Option Identification Query Option PCB Pass Control Back Command Required if not C0 PMC Purge Macro Command Option PRE Parallel Poll Register Enable Command Required for PP1 PRE Parallel Poll Register Enable Query Required for PP1 PSC Power On Sta...

Page 98: ...command is disabled and is forced to return to OCIS Power ON Device clear CLS RST command This is an overlapping command CLS Clear Status Function Clears all event status registers the summary of which is reflected in the status byte register Syntax CLS Example CLS Explanation Clears all queues with the exception of the output queue and all event registers with the exception of the MAV summary mes...

Page 99: ...r Syntax STB Example STB 251 Explanation STB will not be cleared even when the contents of the register are read This is an overlapable command TRG Trigger Function Performs a SINGLE sweep under the sweep conditions established immediately before receiving the command Syntax TRG Example TRG Explanation Performs a SINGLE sweep regardless of the setting condition of the INITiate CONTinuous command T...

Page 100: ...eger SEC APPLication DLOGging LPARameter IN Terval integer Measurement interval sec 0 SWEEP TIME Example APPLICATION DLOGGING LPARAMETER IN TERVAL 10 APPLICATION DLOGGING LPARAMETER IN TERVAL 10 Description This command is invalid when data logging is in progress This is a sequential command This command can be used on the AQ6370C AQ6370D AQ6373B AQ6375B ABORt Sub System Command ABORt Function Sto...

Page 101: ...gging is in progress This is a sequential command This command can be used on theAQ6370C AQ6370D AQ6373B AQ6375B APPLication DLOGging LPARameter MEM ory Function Sets or queries the temporary area for saving waveform files of data logging Syntax APPLication DLOGging LPARameter ME Mory wsp INTernal EXTernal APPLication DLOGging LPARameter ME Mory INTernal Internal memory EXTernal USB storage media ...

Page 102: ...en data logging is in progress This is a sequential command This command can be used on the AQ6370C AQ6370D AQ6373B AQ6375B APPLication DLOGging LPARameter PDE Tect TTYPe Function Sets or queries how the threshold for detecting the data logging mode peak or bottom is specified Syntax APPLication DLOGging LPARameter PD ETect TTYPe wsp ABSolute RELative APPLication DLOGging LPARameter PD ETect TTYPe...

Page 103: ...2 Peak Bottom search function Marker function Δ marker line marker Calculation function of trace Advanced marker function moving marker power spectral density marker integrated power marker The following procedure is performed in order to carry out remote control of the Analysis function 1 Select the analysis algorithm CALCulate CATegory command 2 Set the Analysis Parameter CALCulate PARameter com...

Page 104: ...race A query error will occur if the specified advanced marker has not been assigned or is not an integrated power marker If the advanced marker number is not specified advanced marker 1 will be used This is a sequential command This command can be used on the AQ6370C AQ6370D AQ6373B AQ6375B CALCulate AMARker 1 2 3 4 FUNCtion INTegral STATe Function Moves the specified integrated power marker to t...

Page 105: ...375B CALCulate AMARker 1 2 3 4 FUNCtion PDENsity NOISe STATe Function Sets the specified advanced marker to a power spectral density marker Also queries the status of the specified power spectral density marker Syntax CALCulate AMARker 1 2 3 4 FUNCtion P DENsity NOISe STATe wsp OFF ON 0 1 CALCulate AMARker 1 2 3 4 FUNCtio n PDENsity NOISe STATe 1 2 3 4 Advanced marker number Response 0 Off 1 On Ex...

Page 106: ...will be used This is a sequential command This command can be used on the AQ6370C AQ6370D AQ6373B AQ6375B CALCulate AMARker 1 2 3 4 MAXimum RIGHt Function Detects the closest peak to the right of the current specified advanced marker position and sets the specified advanced marker there Syntax CALCulate AMARker 1 2 3 4 MAXimum RIGHt 1 2 3 4 Advanced marker number Example CALCULATE AMARKER MAXIMUM ...

Page 107: ...e and integrated power markers CALCula te AMARker 1 2 3 4 FUNCtion INTegral STA Te will be set to off If the advanced marker number is not specified advanced marker 1 will be used This is a sequential command This command can be used on the AQ6370C AQ6370D AQ6373B AQ6375B CALCulate AMARker 1 2 3 4 TRACe Function Sets or queries the trace that the specified advanced marker is assigned to Syntax CAL...

Page 108: ...data is output in ASCII or BINARY format according to the FORMat DATA setting This command is for the AQ6370D AQ6370C AQ6375B This is a sequential command CALCulate CATegory Function Sets queries the type of analysis Syntax CALCulate CATegory wsp SWTHresh SWENvelope SWRMs SWPKrms NOTCh DFBLd FPLD LED SMSR POWer PMD OSNR WDM NF FILPk FILBtm WFPeak WFBTm COLor 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1...

Page 109: ...tput can be acquired by the CALCulate DATA NCHannels command Data is output in either ASCII or binary form depending on the setting of FORMat DATA With the AQ6373 AQ6373B the command is invalid This is a sequential command CALCulate DATA CPOWers Function Queries the level value of the OSNR WDM WDM EDFA NF WDM FIL PK or WDM FIL BTM analysis results Syntax CALCulate DATA CPOWers Example CALCULATE DA...

Page 110: ... NCHannels Example CALCULATE DATA NCHANNELS 16 Explanation If the analysis function has not been executed a query error occurs 0 is returned if there is no relevant return value The value is output as ASCII data regardless of the setting of FORMat DATA This is a sequential command CALCulate DATA OSLope Function Queries the OUTPUT SLOPE value of the OSNR WDM and WDM analysis results Syntax CALCulat...

Page 111: ...ALCULATE LMARKER SRANGE ON CALCULATE LMARKER SRANGE 1 Explanation This is a sequential command CALCulate LMARker SSPan Function Sets spacing between line markers L1 and L2 for span Syntax CALCulate LMARker SSPan Example CALCULATE LMARKER SSPAN Explanation This is a sequential command CALCulate LMARker SZSPan Function Sets spacing between line markers L1 and L2 for zoom span Syntax CALCulate LMARke...

Page 112: ...unction Detects the nearest peak existing on the left side of the current position of the moving marker and places the moving marker on that peak Syntax CALCulate MARKer MAXimum LEFT Example CALCULATE MARKER MAXIMUM LEFT Explanation If the moving marker is OFF an execution error occurs This is a sequential command CALCulate MARKer MAXimum NEXT Function Detects the highest peak that is below the le...

Page 113: ... Function Detects the lowest bottom that is above the level of the current position of the moving marker and places the moving marker on that bottom Syntax CALCulate MARKer MINimum NEXT Example CALCULATE MARKER MINIMUM NEXT Explanation If the moving marker is OFF an execution error occurs This is a sequential command CALCulate MARKer MINimum RIGHt Function Detects the nearest bottom existing on th...

Page 114: ...fixed marker an execution error occurs If moving marker is specified it is placed in the center of measurment display This is a sequential command CALCulate MARKer SZCenter Function Sets the current wavelength of the moving marker for the display center wavelength Syntax CALCulate MARKer SZCenter Example CALCULATE MARKER SZCENTER Explanation If the moving marker is OFF an execution error occurs Th...

Page 115: ...n of trace C is set using this command the attribute of trace C automatically becomes attribute CALC If trace C is not a calculation trace NONE is returned This is a sequential command CALCulate MATH TRC K Function Sets queries parameter K of the TRACE C calculation function Syntax CALCulate MATH TRC K wsp NRf CALCulate MATH TRC K NRf Parameter K Example CALCULATE MATH TRC K 0 1 CALCULATE MATH TRC...

Page 116: ...rve fit This is a sequential command CALCulate MATH TRG CVFT OPARea Function Sets queries a calculation area during curve fit and peak curve fit Syntax CALCulate MATH TRG CVFT OPARea wsp ALL INL1 L2 OUTL1 L2 0 1 2 CALCulate MATH TRG CVFT OPARea ALL all of the set wavelength range INL1 L2 range surrounding line marker 1 and 2 OUTL1 L2 range outisde line markers 1 and 2 Response 0 ALL 1 INL1 L2 2 OU...

Page 117: ...parameter is used for a combination an execution error occurs such as combinations of SWIDth and SMODe This is a sequential command CALCulate PARameter CATegory FILB tm Function Sets queries parameters for the FILTER BTM analysis function Syntax CALCulate PARameter CATegory FIL Btm wsp item paramater data CALCulate PARameter CATegory FIL Btm wsp item paramater item Analytical item that sets parame...

Page 118: ...bination an execution error occurs a combination of SWIDth and CSPace etc On the AQ6373 the following data parameter cannot be set GRID This is a sequential command CALCulate PARameter CATegory FPLD Function Sets queries parameters for the FP LD analysis function Syntax CALCulate PARameter CATegory FPL D wsp item paramater data CALCulate PARameter CATegory FPL D wsp item paramater item Analytical ...

Page 119: ...LGo Function Sets queries the measurement algorithm applied to ASE level measurements made by the NF analysis function Syntax CALCulate PARameter CATegory NF AALGo wsp algorhythm CALCulate PARameter CATegory NF AALGo algorhythm Measurement algorithm AFIX AUTO FIX MFIX MANUAL FIX ACENter AUTO CENTER MCENter MANUAL CENTER Response 0 AUTO FIX 1 MANUAL FIX 2 AUTO CENTER 3 MANUAL CENTER Example CALCULA...

Page 120: ...on When the mask range is set to and ASE level measurement function is set to LINEAR the command returns 0 With the AQ6373 AQ6373B the command is invalid This is a sequential command CALCulate PARameter CATegory NF M DIFf Function Sets queries the peak bottom difference of channel detection for the NF analysis function Syntax CALCulate PARameter CATegory NF MDIFf wsp NRf DB CALCulate PARameter CAT...

Page 121: ...on With the AQ6373 AQ6373B the command is invalid This is a sequential command CALCulate PARameter CATegory NOTC h K Function Sets queries the magnification of the notch width analysis function Syntax CALCulate PARameter CATegory NOT Ch K wsp NRf DB CALCulate PARameter CATegory NOT Ch K NRf Magnification Example CALCULATE PARAMETER NOTCH K 2 00 CALCULATE PARAMETER NOTCH K 2 00000000E 000 Explanati...

Page 122: ...ication Example CALCULATE PARAMETER SWENVELOPE K 2 00 CALCULATE PARAMETER SWENVELOPE K 2 00000000E 000 Explanation This is a sequential command CALCulate PARameter CATegory SWEN velope TH1 Function Sets queries the search threshold level of the ENVELOPE method based spectrum width analysis function Syntax CALCulate PARameter CATegory SWE Nvelope TH1 wsp NRf DB CALCulate PARameter CATegory SWE Nvel...

Page 123: ...ULATE PARAMETER SWRMS TH 3 00000000E 000 Explanation This is a sequential command CALCulate PARameter CATegory SWTH Resh K Function Sets queries the magnification of the THRESH method based spectrum width analysis function Syntax CALCulate PARameter CATegory SWT HResh K wsp NRf CALCulate PARameter CATegory SWT HResh K NRf Magnification Example CALCULATE PARAMETER SWTHRESH K 2 00 CALCULATE PARAMETE...

Page 124: ...reference 3 Display drift value using grid wavelength as a reference Example CALCULATE PARAMETER WDM DTYPE ABSO LUTE CALCULATE PARAMETER WDM DTYPE ABSO LUTE 0 Explanation On the AQ6373 AQ6373B the following display types cannot be set GDRift RELative This is a sequential command CALCulate PARameter CATegory WDM DUAL Function Sets queries the SNR calculation mode for the WDM analysis function Synta...

Page 125: ...lysis function Syntax CALCulate PARameter CATegory WDM MMReset Example CALCULATE PARAMETER WDM MMRESET Explanation When DISPLAY TYPE set by the CALCu late PARameter CATegory WDM DTY Pe command is set to other than DRIFT an execution error occurs This is a sequential command CALCulate PARameter CATegory WDM NALGo Function Sets queries the measurement algorithm applied to noise level measurements ma...

Page 126: ... with the highest level is regarded as the reference channel This is a sequential command CALCulate PARameter CATegory WDM RELation Function Sets queries the display format of the wavelength level relative values for the WDM analysis function Syntax CALCulate PARameter CATegory WDM RELation wsp OFFSet SPACing 0 1 CALCulate PARameter CATegory WDM RELation OFFSet 0 Displays an offset value based on ...

Page 127: ...n Sets queries parameters for the WDM FILTER PEAK analysis function Syntax CALCulate PARameter CATegory WFP eak wsp item paramater data CALCulate PARameter CATegory WFP eak wsp item paramater item Analytical item that sets parameter s parameter Parameter to be set data Data to be set item parameter data NWAVelength ALGO PEAK MEAN GFIT GRID MDIFf NRf DB TH NRf DB TBANd NRf M PWAVelength SW OFF ON 0...

Page 128: ...nt of the operation status register is set to 1 For details see section 6 4 This is an overlappable command This command can be used on the AQ6370C AQ6370D CALibration BANDwidth BWIDth INITi alize Function Clears the rms resolution calibration value Syntax CALibration BANDwidth BWIDth INIT ialize Example CALIBRATION BANDWIDTH INITIALIZE Description This is a sequential command This command can be ...

Page 129: ... On the AQ6373 AQ6373B the following parameter cannot be set GASCell 1 This is a sequential command On the AQ6370C AQ6370D AQ6373 AQ6375 AQ6375B the following parameter cannot be set EMISsion 2 CALibration WAVelength EXTernal WAV elength Function Sets queries the wavelength of the light source used for external reference light source based wavelength calibration Syntax CALibration WAVelength EXTer...

Page 130: ...x CALibration ZERO AUTO STATus 0 The offset adjustment is not being executed 1 The offset adjustment is being executed Example CALIBRATION ZERO STATUS 1 Explanation This is a sequential command This command can be used on the AQ6370C AQ6370D AQ6373B AQ6375B DISPlay Sub System Command DISPlay COLor Function Sets queries the screen color mode Syntax DISPlay COLor wsp mode DISPlay COLor 0 Black and w...

Page 131: ...Response 0 UP 1 LOW Example DISPLAY SPLIT POSITION TRA UP DISPLAY SPLIT POSITION TRA 0 Explanation This is a sequential command DISPlay WINDow TEXT CLEar Function Clears labels Syntax DISPlay WINDow TEXT CLEar Example DISPLAY TEXT CLEAR Explanation This is a sequential command DISPlay WINDow TEXT DATA Function Sets queries the labels Syntax DISPlay WINDow TEXT DATA wsp string DISPlay WINDow TEXT D...

Page 132: ...SCALe S TARt wsp NRf M HZ DISPlay WINDow TRACe X SCALe S TARt NRf Start wavelength m Hz Response NRf m Hz AQ6370C AQ6370D AQ6373B NRf m Hz m 1 AQ6375 AQ6375B Example DISPLAY TRACE X START 1540 000NM DISPLAY TRACE X START 1 54000000E 006 Explanation For the AQ6375 AQ6375B to set using the wavenumber do not add any units when in Wavenumber mode and just enter the numerical value This is a sequential...

Page 133: ...00000000E 003 Explanation If a instrument other than W is specified an execution error occurs This is a sequential command DISPlay WINDow TRACe Y1 SCALe P DIVision Function Sets queries the main scale of the level axis Syntax DISPlay WINDow TRACe Y1 SCALe PDIVision wsp NRf DB DISPlay WINDow TRACe Y1 SCALe PDIVision NRf Level scale dB Example DISPLAY TRACE Y1 PDIV 5 0DB DISPLAY TRACE Y1 PDIV 5 0000...

Page 134: ... even when in Wavenumber mode This is a sequential command DISPlay WINDow TRACe Y2 SCALe A UTO Function Sets queries the automatic setting function of the sub scale of the level axis Syntax DISPlay WINDow TRACe Y2 SCALe AUTO wsp OFF ON 0 1 DISPlay WINDow TRACe Y2 SCALe AUTO Response 0 OFF 1 ON Example DISPLAY TRACE Y2 AUTO ON DISPLAY TRACE Y2 AUTO 1 Explanation This is a sequential command DISPlay...

Page 135: ...lay divisions of the level axis is specified for the position of the reference level the position of this level is treated as the top of the scale This is a sequential command DISPlay WINDow TRACe Y2 SCALe S MINimum Function Sets queries the value of the bottom of the scale applied when the subscale of the level axis is set to the linear or mode Syntax DISPlay WINDow TRACe Y2 SCALe SMINimum wsp NR...

Page 136: ...8 byte data For data output in the 32 bit floating point binary form cancellation of significant digits is more likely to occur in comparison with transfer of data in the 64 bit floating point binary form This is a sequential command HCOPY Sub System Command HCOPY DESTination Function Sets queries the print output destination Syntax HCOPY DESTination wsp INTernal FILE 0 2 HCOPY DESTination INTerna...

Page 137: ...tial command MEMory Sub System Command MEMory CLEar Function Clears the contents of a specified waveform memory Syntax MEMory CLEar wsp integer integer Memory number Example MEMORY CLEAR 10 Explanation No execution error occurs even if a specified waveform memory has already been cleared This is a sequential command MEMory EMPTy Function Queries the condition of whether a waveform has been specifi...

Page 138: ...e File name Example MMEMORY CATALOG INTERNAL TEST SAMPLE 1 91176800E 006 2 test0001 wv6 test0002 wv6 Explanation This is a sequential command MMEMory CDIRectory Function Sets queries the current directory Syntax MMEMory CDIRectory wsp directory name MMEMory CDIRectory directory name Directory name to be changed Example MMEMORY CDIRECTORY test sample MMEMORY CDIRECTORY test sample Explanation This ...

Page 139: ...oaded Example MMEMORY LOAD PROGRAM 1 test001 pg6 INTERNAL Explanation This is a sequential command MMEMory LOAD SETTing Function Loads a specified setting file Syntax MMEMory LOAD SETTing wsp file name INTernal EXTernal file name Name of a file to be loaded INTernal LOPpy Drive of source file to be loaded Example MMEMORY LOAD SETTING test001 st6 INTERNAL Explanation This is a sequential command MM...

Page 140: ... into or overwrite the file with it when storing it is specified using the MMEMory STORe DATA MODE command This is a sequential command MMEMory STORe DATA ITEM Function Sets queries an item to be used when storing data Syntax MMEMory STORe DATA ITEM wsp item OFF ON 0 1 MMEMory STORe DATA ITEM wsp item item DATE Date time at the time of storage LABel Label DATA DATA area data CONDition Setting cond...

Page 141: ...ion This command is invalid when data logging is in progress This is a sequential command This command can be used on theAQ6370C AQ6370D AQ6373B AQ6375B MMEMory STORe GRAPhics Function Stores a waveform screen to a specified graphic file Syntax MMEMory STORe GRAPhics wsp B W COLor PCOLor BMP TIFF file name INTernal EXTernal B W COLor PCOLor Color mode when saving B W Black and white mode COLor Col...

Page 142: ...rive Example MMEMORY STORE TEMPLATE UPPER test001 INTERNAL Explanation This is a sequential command MMEMory STORe TRACe Function Stores a specified trace to a specified waveform file Syntax MMEMory STORe TRACe wsp trace name BIN CSV file name INTernal EXTernal trace name Trace to be saved BIN CSV Save format BIN Binary format CSV Text format file name Name of file to be saved INTernal EXTernal Sav...

Page 143: ...ion LEVel SHIFt Function Sets queries the offset value for the level Syntax SENSe CORRection LEVel SHIFt wsp NRf DB SENSe CORRection LEVel SHIFt NRf Level offset value dB Example SENSE CORRECTION LEVEL SHIFT 0 2DB SENSE CORRECTION LEVEL SHIFT 2 00000000E 001 Explanation This is a sequential command SENSe CORRection RVELocity MEDium Function Sets queries whether air or vacuum is used as the wavelen...

Page 144: ...measured Syntax SENSe SWEep POINts wsp integer SENSe SWEep POINts integer The number of samples to be measured Example SENSE SWEEP POINTS 20001 SENSE SWEEP POINTS 20001 Explanation When the function of automatically setting the sampling number to be measured SENSe SWEep POINts AUTO command is ON the sampling number to be measured that has been set can be queried When the function of automatically ...

Page 145: ...d SENSe SWEep TIME INTerval Function Sets queries the time taken from the start of a sweep to that of the next sweep when repeat sweeps are made Syntax SENSe SWEep TIME INTerval wsp int eger SEC SENSe SWEep TIME INTerval integer Measurement time sec 0 MINIMUM Example SENSE SWEEP TIME INTERVAL 100sec SENSE SWEEP TIME INTERVAL 100 Explanation This is a sequential command SENSe SWEep TLSSync Function...

Page 146: ...t add any units when in Wavenumber mode and just enter the numerical value This is a sequential command STATus Sub System Command STATus OPERation CONDition Function Queries the contents of the operation status condition register Syntax STATus OPERation CONDiton Example STATUS OPERATION CONDITION 1 Explanation This is a sequential command STATus OPERation ENABle Function Queries the contents of th...

Page 147: ...ICk Response 0 OFF 1 ON Example SYSTEM BUZZER CLICK ONn SYSTEM BUZZER CLICK 1 Explanation This is a sequential command SYSTem BUZZer WARNing Function Sets queries whether to sound the buzzer during an alarm Syntax SYSTem BUZZer WARNing wsp OFF ON 0 1 SYSTem BUZZer WARNing Response 0 OFF 1 ON Example SYSTEM BUZZER WARNING ON SYSTEM BUZZER WARNING 1 Explanation This is a sequential command SYSTem CO...

Page 148: ...invalid SYSTem COMMunicate GPIB2 SCONtroller Function Sets queries whether the system controller function of the instrument s GP IB2 port is enabled Syntax SYSTem COMMunicate GPIB2 SCONtroll er wsp OFF ON 0 1 SYSTem COMMunicate GPIB2 SCONtroll er OFF 0 Disables the system controller function ON 1 Enables the system controller function Example SYSTEM COMMUNICATE GPIB2 SCON ON SYSTEM COMMUNICATE GPI...

Page 149: ... DISPLAY UNCAL 0 Explanation This is a sequential command SYSTem ERRor NEXT Function Queries data in an error queue and deletes it from the queue Syntax SYSTem ERRor NEXT integer Error number Example SYSTEM ERROR 100 Explanation This is a sequential command SYSTem GRID Function Sets queries the instrument s grid setting Syntax SYSTem GRID wsp grid SYSTem GRID grid Grid setting 12 5 GHZ 12 5 GHz Sp...

Page 150: ...nvalid For the AQ6375 AQ6375B cannot be executed when in Wavenumber mode This is a sequential command SYSTem GRID CUSTom STOP Function Sets queries the custom grid stop wavelength Syntax SYSTem GRID CUSTom STOP wsp NRf M HZ SYSTem GRID CUSTom STOP NRf Grid stop wavelength m Hz Example SYSTEM GRID CUSTOM STOP 1560 000NM SYSTEM GRID CUSTOM STOP 1 56000000E 006 Explanation When SYSTem GRID is somethi...

Page 151: ...TIME 22 10 01 SYSTEM TIME 22 10 1 Explanation This is a sequential command SYSTem VERSion Function Queries the SCPI compatibility version of this unit Syntax SYSTem VERSion Example SYSTEM VERSION 1999 0 Explanation This is a sequential command TRACe Sub System Command TRACe ACTive Function Sets queries the active trace Syntax TRACe ACTive wsp trace name TRACe ACTive trace name Active trace TRA TRB...

Page 152: ... be transferred starting point 1 to 50001 stop point A range of samples to be transferred stopping point 1 to 50001 Example TRACE X TRA 1 55000000E 006 1 55001000E 006 1 55002000E 006 Explanation Data is output in the unit of wavelength value m regardless of whether this unit is in the wavelength mode or in the frequency mode If the parameter start point or stop point is omitted all sampling data ...

Page 153: ...s a sequential command TRACe STATe trace name Function Sets queries the display status of the specified trace Syntax TRACe STATe trace name wsp OFF ON 0 1 TRACe ACTive trace name Trace to be transferred TRA TRB TRC TRD TRE TRF TRG OFF Hide trace BLANK ON Makes trace visible DISP Response 0 OFF 1 ON Example TRACE STATE OFF TRACE STATE OFF 0 Explanation If trace name is omitted the command is execut...

Page 154: ...E DATA MODE TARGET REL Explanation This is a sequential command TRACe TEMPlate DISPlay Function Sets queries display ON OFF for the specified template Syntax TRACe TEMPlate DISPlay wsp templa te OFF ON 0 1 TRACe TEMPlate DISPlay wsp templ ate template Template UPPer LOWer TARGet OFF Display OFF ON Display ON Response 0 OFF 1 ON Example TRACE TEMPlATE DISPLAY TARGET OFF TRACE TEMPlATE DISPLAY TARGE...

Page 155: ... SEQuence DELay NRf delay sec Example TRIGER DELAY 100 0US TRIGER DELAY 1 00000000E 004 Explanation When this command is executed the external trigger mode becomes enabled TRIGger SEQuence STATe ON This is a sequential command TRIGger SEQuence GATE ITIMe Function Sets or queries sampling interval for gate sampling Syntax TRIGger SEQuence GATE ITIMe wsp NRf S TRIGger SEQuence GATE ITIMe NRf Samplin...

Page 156: ... AQ6373B AQ6375B TRIGger SEQuence INPut Function Sets queries the signal of the input trigger Syntax TRIGger SEQuence INPut wsp ETRigger STRigger SENable 0 1 2 TRIGger SEQuence INPut ETRigger 0 Sampling trigger STRigger 1 Sweep trigger SENable 2 Sample enable Example TRIGER INPUT STRIGGER TRIGER INPUT 1 Explanation This is a sequential command TRIGger SEQuence OUTPut Function Sets queries the sign...

Page 157: ... 3 UNIT POWER DIGIT 3 Explanation This is a sequential command UNIT X Function Sets queries the units for the X axis Syntax UNIT X wsp WAVelength FREQuency WNUMber 0 1 2 UNIT X Response For AQ6370C AQ6373 or AQ6373B WAVelength Wavelength FREQuency Frequency For AQ6375 AQ6375B WAVelength Wavelength FREQuency Frequency WNUMber Wavenumber Response 0 WAVelength 1 FREQuency 2 WNUMber Example UNIT X FRE...

Page 158: ...wl notch wd SMSR SMSR1 SMSR2 peak wl peak lvl 2nd peak wl 2nd peak lvl delta wl delta lvl SMSR3 SMSR4 peak wl peak lvl 2nd peak wl L 2nd peak lvl L delta wl L delta lvl L 2nd peak wl R 2nd peak lvl R delta wl R delta lvl R POWER total pow DFB LD spec wd peak wl peak lvl mode ofst smsr FP LD spec wd peak wl peak lvl center wl total pow mode num LED spec wd peak wl peak lvl center wl total pow PMD l...

Page 159: ...l center wl spec wd l xtalk r xtalk ripple FILTER BTM btm wl btm lvl center wl notch wd l xtalk r xtalk WDM FIL PK ch num nominal wl peak wl peak lvl xdb wd center wl xdb sb xdb pb ripple l xtalk r xtalk Items with SW set to OFF are also output WDM FIL BTM ch num nominal wl btm wl btm lvl xdb ntwd center wl xdb sb xdb eb ripple l xtalk r xtalk Items with SW set to OFF are also output COLOR dominan...

Page 160: ...e NRf dB delta wl L Wavelength difference shorter wavelength side NRf m Hz delta wl R Wavelength difference longer wavelength side NRf m Hz delta lvl L Level difference shorter wavelength side NRf dB delta lvl R Level difference longer wavelength side NRf dB power Power value NRf dB W total pow Total power value NRf dB W mode num Mode number integer left mode peak Mode peak frequency left NRf Hz r...

Page 161: ...avelength NRf m Hz xdb wd Xdb width NRf m Hz xdb sb XdB stop band NRf m Hz xdb pb XdB passband NRf m Hz xdb eb XdB elimination band NRf m Hz dominant wl Dominant wavelength NRf m Hz x col Chromaticity coordinates x NRf y col Chromaticity coordinates y NRf z col Chromaticity coordinates z NRf 7 7 Output Format for Analysis Results ...

Page 162: ...m names are displayed on a single screen The US column includes an asterisk if a program has already been registered in the corresponding program number The EXECUTE NO column shows the registered program numbers for programs that have been registered to the EXECUTE 1 to EXECUTE 21 keys See section 8 2 Executing Programs for information on registering programs to the EXECUTE1 EXECUTE21 soft keys 3 ...

Page 163: ...rs All clear Enter characters Finalize program name Register set entry characters Note To register and reuse an entered string or to use a previously entered string press the PRESET WORD soft key Registering Strings After a string has been entered in the program name entry screen press the PRESET WORD soft key Select a registration number and press the SAVE soft key The entered string is registere...

Page 164: ...or the arrow keys When a line of a specified command parameter is selected the PARAMETER EDIT soft key is enabled 9 Edit the program using the soft keys For the settings associated with each soft key see pages 8 6 and 8 7 10 When finished editing the program press the RETURN soft key Line number Function command Edit parameters Enter the input values Special commands Copy delete line List print On...

Page 165: ... overwrites the selected destination program Merging a Copied Program 14 After performing step 12 select a copy destination program and press the MERGE EXECUTE soft key The contents of the copied program are pasted onto the end of the copy destination program making one large program Deleting a Program 15 Select the program to delete in the program registration screen in step 2 16 Press the DELETE...

Page 166: ...ands to an external device and data output commands 1 To select function commands or special commands press the COMMAND SELECT or SPECIAL COMMAND soft keys respectively The function command or special command selection screen is displayed Special commands Function commands 2 Select a command using the rotary knob or the arrow keys and press the ENTER soft key The selected command is entered When e...

Page 167: ...etting screen displayed differs depending on the type of parameter Inserting Copying or Deleting a Line You can copy or delete the contents of a line 1 Press the CUT COPY soft key The CUT COPY screen is displayed Insert line Set range of lines for copy delete Delete line Copy line Paste overwrite Paste insert Inserting a Line 2 Select a line number on which to insert a line using the rotary knob o...

Page 168: ...last line to copy and press the AREA SELECT soft key Select the range of lines to copy using the rotary knob or the arrow keys 3 Press the AREA COPY soft key The specified range of lines is copied 4 Select a copy destination line using the rotary knob or the arrow keys 5 To insert the copied lines press the PASTE INSERT soft key To overwrite with the copied lines press the PASTE OVER WRITE soft ke...

Page 169: ...corresponding to the soft keys such as SINGLE and SPAN Special Commands These commands include jump commands program control commands for conditional decision etc control commands to an external device and data output commands For detailed information on commands see section 8 3 Program Function Commands Merging a Program You can combine two different programs into one program The copied program i...

Page 170: ...ft key and executing it directly with that key Procedure Specifying and Executing a Program 1 Press PROGRAM The program menu is displayed 2 Press the PROGRAM EXECUTE soft key The program selection screen appears 3 Select a program to execute using the rotary knob or the arrow keys 4 Press the EXECUTE soft key The program executes Note To stop the program during execution press the PROGRAM EXIT sof...

Page 171: ...CUTE KEY DEFINE soft key A screen for assigning soft keys is displayed 5 Enter a soft key number between 1 and 21 and press the ENTER soft key If a program is already assigned to that number the existing program is overwritten Note A single program cannot be assigned to multiple soft keys Executing the Program 1 Press PROGRAM The program menu is displayed Registered program name 2 Press a soft key...

Page 172: ...nter press the PRINT OUTPUT WIN soft key On the AQ6370C AQ6373 or AQ6375 4 To close the OUTPUT WINDOW press the CLOSE WINDOW soft key Note The contents of the OUTPUT WINDOW are held until execution of the OUTPUT WINDOW CLEAR special command The contents of the OUTPUT WINDOW can be stored in a file See the main unit user s manual IM AQ6370C 01EN IM AQ6370D 01EN IM AQ6373 01EN IM AQ6373B 01EN IM AQ6...

Page 173: ...sing the same procedure as that of label input and press the DONE soft key Numerical variables A data entry window is displayed Enter an arbitrary number using the rotary knob arrow keys or ten key If a program is executed via remote control the DATA INPUT command is ignored Outputting Data Using DATA OUTPUT When executing a program the OUTPUT WINDOW for displaying output data is displayed The con...

Page 174: ...ngth marker setting command 305 No data in traces A or B No waveform data in traces A or B when executing the EDFA NF command 306 Invalid data Trace had no data when attempting to save it to memory or to write it to FD INT 307 Unsuitable Write item All data items were OFF at execution of WRITE DATA 320 Undefined variable A command containing an undefined variable was executed 321 Variable unit mis...

Page 175: ...sk 366 File is write protected The file is specified to be read only so that it cannot be rewritten or deleted 367 No data No data to store 368 File is not a trace file A file cannot be read because it is not a trace file 369 Illegal file name A file cannot be saved due to an incorrect file name 371 Directory already exist Unable to make the directory because a directory with the same name already...

Page 176: ...ing marker L1 Contains the level value of fixed marker 1 L2 Contains the level value of fixed marker 2 L2 L1 Contains the level difference between fixed markers 1 and 2 L CH Contains the level values of fixed markers CH 1 to 1024 Analysis variables SPWD Contains spectrum width applied in making a spectrum width search PKWL Contains a peak or bottom wavelength value applied in making a peak or bott...

Page 177: ...ming EDFA NF analysis NFNF CH Contains NF of channel CH used in performing EDFA NF analysis Only the AQ6373 AQ6373B valid variables DOMWL Dominant wavelength value is entered when measuring the dominant wavelength XCOL The chromaticity coordinate value X is entered when performing COLOR analysis YCOL The chromaticity coordinate value Y is entered when performing COLOR analysis ZCOL The chromaticit...

Page 178: ...and dBm W dB and without unit apply respectively in terms of variables Arithmetic operations are made as noted above according to the unit of a variable and the unit is appended to the result obtained after operation If an arithmetic operation is made in any combination other than the above addition subtraction multiplication or division of variables with different units the result of the operatio...

Page 179: ...which the command is valid parameter ranges and supported variables AUTO Auto sweep REPEAT Repeat sweep SINGLE Single sweep STOP Sweep stop SEGMENT MEASURE Makes measurements only by a specified number of points starting at the position of the wavelength being stopped SEGMENT POINT Specifies the number of points to be measured with the SEGMENT MEASURE key 1 to 50001 1 step SWEEP MKR L1 L2 Selects ...

Page 180: ...venumber AQ6375 AQ6375B 4167 000 to 8333 000cm 1 0 001 step CENTER WNUM Sets the value of variable to measurement center wavenumber G H I J K P Q R S X Y Z WM W1 W2 W CH PKWL MEANWL START WL nm Sets measurement starting wavelength AQ6370C AQ6370D 50 000 to 1700 000 nm 0 001 step AQ6373 AQ6373B 1 000 to 1200 000 nm 0 001 step AQ6375 AQ6375B 600 000 to 2400 000 nm 0 001 step START FREQ THz Sets meas...

Page 181: ...ranges and supported variables SPAN WL nm Sets the measuring span AQ6370C AQ6370D 0 0 to 1100 0 nm 0 1 step AQ6373 AQ6373B 0 0 5 to 850 0 nm 0 1 step AQ6375 AQ6375B 0 0 5 to 1200 0 nm 0 1 step SPAN WL Sets the value of variable to the measuring spa E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z W2 W1 SPWD WAM2 WAM1 WAM4 WAM3 SPAN FREQ THz Sets the measuring span AQ6370C AQ6370D 0 0 01 to 330 00 THz 0 01 s...

Page 182: ...0 to 8333 000cm 1 0 001 step STOP WL nm Sets measurement ending wavelength AQ6370C AQ6370D 600 000 to 2250 000 nm 0 001 step AQ6373 AQ6373B 350 000 to 1625 000 nm 0 001 step AQ6375 AQ6375B 1200 000 to 3000 000 nm 0 001 step STOP FREQ THz Sets measurement ending frequency AQ6370C AQ6370D 176 5000 to 665 0000 THz 0 0001 step AQ6373 AQ6373B 250 0000 to 999 9000 THz 0 0001 step AQ6375 AQ6375B 125 0000...

Page 183: ...PWR LAM1 LAM2 LAM3 LAM4 LEVEL SCALE dB D Sets a level scale value 0 LINEAR 0 1 to 10 0dB DIV 0 1 step LEVEL SCALE Sets the value of variable to the level scale E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z L2 L1 SMSR SMSR2 WDMSNR CH NFNF CH LAM2 LAM1 LAM4 LAM3 BASE LEVEL Lower value for linear scale setting Use units set under REF LEVEL If exceeds 90 of upper units of scale execution error results 0 to 9...

Page 184: ... 0 1 step SUB SCALE D Sets the sub scale value used for D scaling 0 5 to 125 0 0 1 step OFFSET LEVEL dB Sets the sub scale offset value used for LOG scaling 99 9 to 99 9 0 1 step OFFSET LEVEL dB km Sets the sub scale offset value used for dB km scaling 99 9 to 99 9 0 1 step SCALE MINIMUM Sets the lower sub scale value used for linear scaling 000 to 12 50 0 01 step SCALE MINIMUM Sets the lower sub ...

Page 185: ...D Sets measuring sensitivity to MID SENS HIGH1 Sets measuring sensitivity to HIGH1 AQ6370C AQ6370D SENS HIGH1 CHOP Sets measuring sensitivity to HIGH1 CHOP AQ6375 AQ6375B SENS HIGH2 Sets measuring sensitivity to HIGH2 AQ6370C AQ6370D SENS HIGH2 CHOP Sets measuring sensitivity to HIGH2 CHOP AQ6375 AQ6375B SENS HIGH3 Sets measuring sensitivity to HIGH3 AQ6370C AQ6370D SENS HIGH3 CHOP Sets measuring ...

Page 186: ... detection of an external trigger signal and sets the delay time until data acquisition 0 0 to 1000 0 0 1 step GATE MODE msec Sets the sampling interval on the gate sampling mode AQ6370C AQ6370D AQ6373B AQ6375B 0 1 to 1000 0 0 1 step GATE LOGIC POSI Sets the gate signal logic of gate sampling to the positive logic AQ6370C AQ6370D AQ6373B AQ6375B GATE LOGIC NEGA Sets the gate signal logic of gate s...

Page 187: ...n mode LIN C 1 k A B k Sets trace C to 1 k TRACE A B computation mode 1 0000 to 20000 0000 0 0001 step C 1 k B A k Sets trace C to 1 k TRACE B A computation mode 1 0000 to 20000 0000 0 0001 step F C D LOG Sets trace F to TRACE C D computation mode LOG F D C LOG Sets trace F to TRACE D C computation mode LOG F C D LOG Sets trace F to TRACE C D computation mode LOG F D E LOG Sets trace F to TRACE D ...

Page 188: ...ssed data from TRACE A to be displayed on trace G 0 to 99 1 step G CURVE FIT B dB Sets curve fit processed data from TRACE B to be displayed on trace G 0 to 99 1 step G CURVE FIT C dB Sets curve fit processed data from TRACE C to be displayed on trace G 0 to 99 1 step G CURVE FIT PEAK A dB Sets peak fit processed data from TRACE A to be displayed on trace G 0 to 99 1 step G CURVE FIT PEAK B dB Set...

Page 189: ...scale s center wavenumber only for AQ6375 AQ6375B 4167 000 to 8333 000 cm 1 0 001 step ZOOM CENTER WNUM Sets the value of variable to the display scale center wavenumber E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z WM W1 W2 W CH S X Y Z WM W1 W2 W CH PKWL MEANWL WDMWL CH NFWL CH ZOOM SPAN WL nm Sets the display scale s span AQ6370C AQ6370D 0 1 to 1100 0 nm 0 1 step AQ6373 AQ6373B 0 1 to 850 0 nm 0 1 ste...

Page 190: ...5 AQ6375B 1200 000 to 3000 000 nm 0 001 step ZOOM STOP FREQ THz Sets the ending frequency of the display scale AQ6370C 176 5050 to 665 0000 0 0001 step AQ6373 AQ6373B 250 0050 to 999 9000 0 0001 step AQ6375 AQ6375B 125 0000 to 315 0000 0 0001 step ZOOM STOP WNUM cm 1 Sets the ending wavenumber of the display scale AQ6375 AQ6375B 4167 000 to 10433 000 cm 1 0 001 step PEAK ZOOM CENTER Sets the peak ...

Page 191: ... U1 V1 X Y Z WM W1 W2 W CH W2 W1 LM L1 L2 L2 L1 L CH SPWD MEANWL PKWL PKLVL MODN GONO SMSR SMSR2 WDMCHN WDMWL CH WDMLVL CH WDMSNR CH NFCHN NFWL CH NFLVLI CH NFLVLO CH NFASELV CH NFGAIN CH NFNF CH MKPWR PMD M N CH A B C D FILE TIME WAM1 WAM2 WAM3 WAM4 WAM2 WAM1 WAM4 WAM3 LAM1 LAM2 LAM3 LAM4 LAM2 LAM1 LAM4 LAM3 LABEL Sets the contents of variable to the label display The comment variable value speci...

Page 192: ...step MARKER THz Sets the marker to the specified wavelength position on the active trace according to the frequency value AQ6370C AQ6370D 176 5000 to 500 0000 0 0001 step AQ6373 AQ6373B 250 0000 to 856 5000 0 0001 step AQ6375 AQ6375B 60 0000 to 250 0000 0 0001 step MARKER cm 1 Sets the marker to the specified wavenumber position on the active trace according to the wavenumber value AQ6375 AQ6375B ...

Page 193: ...ADV MARKER PEAK SEARCH Detects the peak and sets the advanced marker AQ6370C AQ6370D AQ6373B AQ6375B M1 M2 M3 M4 ADV MARKER BOTTOM SEARCH Detects the bottom and sets the advanced marker AQ6370C AQ6370D AQ6373B AQ6375B M1 M2 M3 M4 ADV MARKER NEXT SEARCH Detects the next peak whose level is the current advanced marker position and sets the advanced marker AQ6370C AQ6370D AQ6373B AQ6375B M1 M2 M3 M4 ...

Page 194: ... to a specified frequency position according to a frequency value AQ6370C AQ6370D 176 5000 to 500 0000 0 0001 step AQ6373 AQ6373B 250 0000 to 856 5000 0 0001 step AQ6375 AQ6375B 60 0000 to 250 0000 0 0001 step LINE MARKER2 cm 1 Sets line marker 2 to a specified wavenumber position according to a wavenumber value AQ6375 AQ6375B 2067 000 to 8333 000 0 001 step LINE MARKER2 Sets line marker 2 to the ...

Page 195: ...d 2 to the measuring span MARKER L1 L2 ZOOM SPAN Sets the range surrounded by line markers 1 and 2 to the display scale span LINE MARKER CLEAR Clears line markers on the screen MARKER OFFSET LIST Displays the difference from the moving marker MARKER SPACING LIST Displays a difference to a neighboring marker MARKER AUTO UPDATE Makes the level position of a fixed marker follow the active trace wavef...

Page 196: ... marker position G H I J K P Q R S X Y Z S N M CLEAR MARKER Clears fixed marker 1 to 1024 1 step CLEAR MERKER Clears the fixed marker of variable G H I J K P Q R S X Y Z S N M ALL MARKER CLEAR Clears all markers from the screen AUTO SEARCH Selects ON OFF of the peak bottom search function conducted each sweep ON OFF MODE DIFF dB Sets the level difference of the mode judgment criteria used for peak...

Page 197: ...dth search 0 01 to 50 00 0 01 step PARAM ENV K dB Sets the cutoff value for the envelope based using the THRESH method 1 00 to 10 00 0 01 step SPEC WD RMS dB Performs an RMS based spectrum width search according to a specified threshold 0 01 to 50 00 0 01 step PARAM RMS K Sets the magnification for an RMS based spectrum width search 1 00 to 10 00 0 01 step SPEC WD PEAK RMS dB Performs an RMS based...

Page 198: ...ISE AREA Sets an area used for noise level analysis in a range of variable centered on channel channel wavelength E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z WDM MASK AREA nm Sets the signal light spectrum range to mask as centered on channel wavelength 0 01 to 10 00 0 01 step WDM MASK AREA Sets the signal light spectrum range to mask as centered on channel wavelength to the range of variable E1 G H I ...

Page 199: ...ements AQ6370C AQ6370D AQ6375 AQ6375B EDFA NF THRESH dB Sets an EDFA NF analysis threshold AQ6370C AQ6370D AQ6375 AQ6375B 0 1 to 99 9 0 1 step EDFA NF MODE DIFF dB Sets the minimum peak bottom difference for channel detection during EDFA NF analysis AQ6370C AQ6370D AQ6375 AQ6375B 0 01 to 50 00 0 01 step EDFA NF OFFSET IN dB Sets a signal light offset value used for NF and Gain calculation AQ6370C ...

Page 200: ... finding ASE level in 5th polynomial mode AQ6370C AQ6370D AQ6375 AQ6375B EDFA NF POINTDISPLAY Displays the range of data used in fitting on the waveform screen AQ6370C AQ6370D AQ6375 AQ6375B ON OFF EDFA NF RES BWMEASURED For the resolution use the value determined from the waveform using THRESH 3dB analysis AQ6370C AQ6370D AQ6375 AQ6375B EDFA NF RES BWCAL DATA For the resolution use the actual res...

Page 201: ...ARCH ANAZOOM AREA Selects ON OFF for the analysis function of the display scale range ON OFF 1 Generalized variables E O T U and V are valid only for the AQ6370C AQ6370D AQ6375B MEMORY Program Command Description Instrument models on which the command is valid parameter ranges and supported variables SAVE MEMORY Writes the contents of the selected TRACE from the specified memory number 0 to 63 1 s...

Page 202: ... and save to internal memory CSV file name WRITE ALL TRACE EXT CSV Specify a file name for all TRACE data and save to external memory CSV file name WRITE ALL TRACE INT Save all TRACE data to internal memory A file name is automatically assigned WRITE ALL TRACE EXT Save all TRACE data to external memory A file name is automatically assigned WRITE ALL TRACE INT Save all TRACE data under file names s...

Page 203: ... AQ6375 AQ6375B ST7 file name WRITE SETTING INT ST8 Specifies a file name and savessetting data to internal memory AQ6370C ST8 file name WRITE SETTING INT ST9 Specifies a file name and savessetting data to internal memory AQ6373 AQ6373B ST9 file name WRITE SETTING EXT ST7 Specifies a file name and savessetting data to external memory AQ6375 AQ6375B ST7 file name WRITE SETTING EXT ST8 Specifies a f...

Page 204: ...WINDOW Selects ON OFF of contents output of the OUTPUT WINDOW PROGRAM function ON OFF READ TRACE INT Assigns a file name to specified TRACE data and reads it frominternal memory file name A B C D E F G READ TRACE EXT Assigns a file name to specified TRACE data and reads it from external memory file name A B C D E F G READ TRACE INT Reads TRACE data in the file namespecified by the variable fromint...

Page 205: ...TE INT Deletes files in internal memory file name DELETE EXT Deletes files in external memory file name DELETE INT Deletes files specified by the variable from internal memory A B C D DELETE EXT Deletes files specified by the variable from external memory A B C D RENAME INT Changes the names of files in internal memory specified by the variable to the file name specified by the variable A B C D RE...

Page 206: ...SAVE CSV Sets whether data logging results will be saved to a file in CSV format AQ6370C AQ6370D AQ6373B AQ6375B ON OFF LOGGING SAVE TRACE Sets whether temporary saved waveform files will be saved when data logging results is saved AQ6370C AQ6370D AQ6373B AQ6375B ON OFF READ LOGGING INT Specifies a file name and reads data from internal memory AQ6370C AQ6370D AQ6373B AQ6375B file name READ LOGGING...

Page 207: ... the data logging mode maximum channel mode or maximum logging mode AQ6370C AQ6370D AQ6373B AQ6375B MODE1 MAX 1024 ch 2001 times MODE2 MAX 256 ch 10001 times DATA LOGGING INTERVAL Sets the measurement interval of data logging AQ6370C AQ6370D AQ6373B AQ6375B SWEEP TIME 1 sec 2 sec 5 sec 10 sec 30 sec 1 min 2 min 5 min 10 min DATA LOGGING TEST DURATION s Sets the measurement duration of data logging...

Page 208: ...ype AQ6370C AQ6370D 600 000 to 1700 000 0 001 step AQ6375 AQ6375B 1200 000 to 2400 000 0 001 step EMIS LINE WL CALIBRATION nm Sets the light source to be wavelength calibrated for the external light source emission line light source type AQ6373B 350 000 to 1200 000 0 001 step WL SHIFT nm Sets the amount of wavelength shift 5 000 to 5 000 0 001 step LEVEL SHIFT dB SYSTEM GRID 200GHz Sets the amount...

Page 209: ... ON OFF ON OFF BUZZER WARNING Turns the warning error buzzer ON OFF ON OFF LEVEL DISPLAY DIGIT Sets the number of displayed digits decimal place of the level data displayed under the marker area and ANALYSIS results 1 to 3 1 step WINDOW TRANSPARENT Selects ON OFF of the transparent display function for the split display and OVERVIEW window ON OFF AUTO OFFSET Turns auto offset ON OFF ON OFF AUTO OF...

Page 210: ...the program If a program is started via GP IB no pause is made VARIABLE CLEAR Initializes all variables used in a program END Ends a program INIT Initializes all parameters but does not clear variables VAL Converts the string in variable to a numerical value an substitutes the value into variable E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z A B C D BEEP Buzzer sounds for x 100 msec 1 to 10 1 step REM 56...

Page 211: ... NFWL CH NFLVLI CH NFLVLO CH NFASELV CH NFGAIN CH NFNF CH MKPWR PMD M N CH WAM1 WAM2 WAM3 WAM4 WAM2 WAM1 WAM4 WAM3 LAM1 LAM2 LAM3 LAM4 LAM2 LAM1 LAM4 LAM3 Performs addition subtraction multiplication and or division between variables E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z CH E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z WM W1 W2 W2 W1 W CH LM L1 L2 L2 L1 L CH SPWD MEANWL PKWL PKLVL MODN GONO SMSR WDMCHN ...

Page 212: ... Adds units to the value of variable and prints the result G H I J K P Q R S X Y Z WM W1 W2 W2 W1 W CH LM L1 L2 L2 L1 L CH SPWD MEANWL PKWL PKLVL MODN GONO SMSR SMSR2 WDMCHN WDMWL CH WDMLVL CH WDMSNR CH NFCHN NFWL CH NFLVLI CH NFLVLO CH NFASELV CH NFGAIN CH NFNF CH MKPWR PMD M N CH A B C D FILE WAM1 WAM2 WAM3 WAM4 WAM2 WAM1 WAM4 WAM3 LAM1 LAM2 LAM3 LAM4 LAM2 LAM1 LAM4 LAM3 PRINT Adds units to the ...

Page 213: ...999 to 9999999999 1 step F1 Copies the contents of variable to the variable F1 E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z WM W1 W2 W2 W1 W CH LM L1 L2 L2 L1 L CH SPWD MEANWL PKWL PKLVL MODN GONO SMSR SMSR2 WDMCHN WDMWL CH WDMLVL CH WDMSNR CH NFCHN NFWL CH NFLVLI CH NFLVLO CH NFASELV CH NFGAIN CH NFNF CH MKPWR PMD M N CH WAM1 WAM2 WAM3 WAM4 WAM2 WAM1 WAM4 WAM3 LAM1 LAM2 LAM3 LAM4 LAM2 LAM1 LAM4 LAM3 F2...

Page 214: ...B2 connector as the listener and following the command in the single quotes sends the value of variable The delimiter is CR LF AQ6370C AQ6373 AQ6375 0 to 30 1 step G H I J K P Q R S X Y Z SEND 20 chars 20 chars Sets the external instrument at address that is connected to the GP IB2 connector as the listener and following the command in the single quotes sends the value of variable and the command ...

Page 215: ...ue of SET DELIMITER Port Number 1024 to 65535 E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z A B C D RECEIVE Sets the external instrument at address that is connected to the GP IB2 connector as the talker receives the specified message and substitutes it into the character variable Up to 512 characters can be received The delimiter is CR LF AQ6370C AQ6373 AQ6375 0 to 30 1 step A B C D SENDR RS 232 56 char...

Page 216: ...le E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z SPAN Substitutes the current sweep width into variable E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z REF LEVEL Substitutes the current reference levelinto variable E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z RESOLUTION Substitutes the current measurement resolution into variable E1 G H I J K O1 P Q R S T1 U1 V1 X Y Z SAMPLING POINT Substitutes the current number of sa...

Page 217: ... WDMCHN WDMWL CH WDMLVL CH WDMSNR CH NFCHN NFWL CH NFLVLI CH NFLVLO CH NFASELV CH NFGAIN CH NFNF CH MKPWR PMD M N CH A B C D FILE TIME WAM1 WAM2 WAM3 WAM4 WAM2 WAM1 WAM4 WAM3 LAM1 LAM2 LAM3 LAM4 LAM2 LAM1 LAM4 LAM3 DATA OUTPUT Outputs the value of variable to the OUTPUT WINDOW with units added After a string is output no line feed is sent but the value of the string or variable of the next DATA OU...

Page 218: ... SEND control commnand query command 56 chars SEND control commnand query command 20 chars control command query command 20 chars GP IB command Receive Commands RECEIVE GP IB command Note A controller such as a PC that is connected to the GP IB2 port cannot remotely control the AQ6370C Even if an external device to be controlled by the AQ6370C using program functions or a wavelength turnable laser...

Page 219: ...ou insert wsp between the command string and the variable add to the end of the command Remote Control of an External Instrument Using the LAN Port Using the program function specify the Computer Name or IP address and Port Number of the external device connected to the LAN connector to perform remote control Computer Name or IP address must be entered it in the character variable of the program c...

Page 220: ... 005 AVERAGE TIMES 1 006 SENS NORMAL HOLD 007 OUTPUT WINDOW CLEAR Clear the OUTPUT WINDOW data 008 OUTPUT WINDOW ON Display the OUTPUT WINDOW 009 N 10 Set loop counter N to 10 010 SINGLE Set loop counter N to 10 Perform a single sweep 011 SPEC WD THRESH 20 0dB Perform a spectrum width search 012 DATA OUTPUT Wd Output spectrum width to OUTPUT WINDOW and the label area 013 LABEL Wd 014 DATA OUTPUT S...

Page 221: ...ON Display the OUTPUT WINDOW 003 N 10 Set loop counter N to 10 Set 10 to loop counter N 004 SEND 1 B C1 E1 H1 S Specify the external device of address 1 as a listener to send the contents of to it 005 WAIT 1S 1 Cause a wait of 1 sec 006 RECEIVE 1 A Specify the device of address 1 as a talker to receive data from it and substitute received data into character variable A 007 DATA OUTPUT Output the c...

Page 222: ...is displayed 2 Press the MORE1 4 soft key The communication interface setting menu is displayed 3 Press the REMOTE INTERFACE soft key The setting menu for the interface to be used is displayed 4 Press the GP IB soft key to specify GP IB as the communication interface 5 Press the COMMAND FORMAT soft key The command format setting menu is displayed 6 Press the AQ6317 soft key Selected program number...

Page 223: ...e the instrument outputs only data relative to the last query command Switching Command Modes with Commands The command mode can also be switched using the following GP IB commands Commands to use when in AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 or AQ6375B mode invalid in the AQ6317 compatible mode SYSTem COMMunicate CFORmat wsp mode mode AQ6317 AQ6370 AQ6370C AQ6370D AQ6373 AQ6373B AQ6375 AQ6375B 0 ...

Page 224: ...receipt of DCL or SDC At a start of measurement Bit 4 0 Bit 3 When a command data error occurs set 1 Upon receipt of DCL or SDC Upon execution of serial polling At a start of measurement Bit 2 Warning error including errors upon When the warning error display execution of a Program occurs set 1 disappears For the contents of the warning its number Upon execution of serial polling can be output Upo...

Page 225: ...DATA Diff talker format ANGL AREA ARES ARESDSP ATANA CALCulate IMMediate AUTO wsp OFF ON 0 1 ATCTR CALCulate MARKer MAXimum SCENter AUTO wsp OFF ON 0 1 ATOFS CALibration ZERO AUTO wsp OFF ON 0 1 ATREF CALCulate MARKer MAXimum SRLevel AUTO ATSCL DISPlay WINDow TRACe Y2 SCALe AUTO wsp OFF ON 0 1 ATSR CALCulate MARKer AUTO wsp OFF ON 0 1 AUTO INITIate SMODe wsp AUTO 3 INITiate AVG SENSe AVERage COUNt...

Page 226: ...wsp Diff parameter range NRf HZ CTRWL SENSe WAVelength CENTer wsp Diff parameter range NRf M CVFTC Same cmd for TRACE G CVPKC Same cmd for TRACE G CWPLS Diff query data 0 Except CW 1 CW D TDT MMEMory STORe DATA ITEM wsp DATE OFF ON 0 1 DATE SYSTem DATE Diff talker format DATE YR MO DY SYSTem DATE wsp year month day TIME HH MM SYSTem TIME wsp hour minute second DEFCL DISPlay COLor wsp mode Diff dis...

Page 227: ...egory wsp FILBtm 14 FILPK CALCulate PARameter CATegory FILPk wsp item paramater data FILPKAN CALCulate CATegory wsp FILPk 13 FIXA TRACe ATTRibute TRA wsp FIX 1 FIXB TRACe ATTRibute TRB wsp FIX 1 FIXC TRACe ATTRibute TRC wsp FIX 1 FMKR CALCulate MARKer X wsp 0 NRf HZ Diff parameter range FPAN CALCulate CATegory wsp FPLD 5 FPLD CALCulate PARameter CATegory FPLD wsp item paramemter data GP2ADR SYSTem...

Page 228: ... Y wsp 3 NRf Diff parameter range L3MK CALCulate LMARker Y wsp 3 Diff parameter range L4DB CALCulate LMARker Y wsp 4 NRf DB Diff parameter range L4DBM CALCulate LMARker Y wsp 4 NRf DBM Diff parameter range L4LN E CALCulate LMARker Y wsp 4 NRf Diff parameter range L4MK CALCulate LMARker Y wsp 4 Diff parameter range LBL DISPlay WINDow TEXT DATA wsp Diff no of chars string LBLCL DISPlay WINDow TEXT C...

Page 229: ...ow TRACe Y2 SCALe LENGth wsp NRf KM LOFSKM DISPlay WINDow TRACe Y2 SCALe OLEVel wsp NRf DB KM LOFST DISPlay WINDow TRACe Y2 SCALe OLEVel wsp NRf DB LOGLMT LPF LSCL DISPlay WINDow TRACe Y1 SCALe SPACing wsp LOGarighmic 0 DISPlay WINDow TRACe Y1 SCALe PDIVision wsp integer DIV LSUNT DISPlay WINDow TRACe Y1 SCALe UNIT wsp DBM DBM NM LTABS LTALM LTALMDT LTATSCL LTATSET LTCH LTCHCUR LTINTVL LTL LTLHI L...

Page 230: ...R2 CALCulate MARKer X wsp 2 MKROS CALCulate MARKer FUNCtion FORMat wsp OFFSet SPACing 0 1 MKRPRT HCOPY IMMediate FUNCtion MARKer LIST MKRUP CALCulate MARKer FUNCtion UPDate wsp OFF ON 0 1 MKUNT CALCulate MARKer UNIT wsp WAVelength FREQuency 0 1 MLTMKR MODFT CALCulate PARameter CATegory SWTHresh MFIT wsp OFF ON 0 1 MODIF CALCulate PARameter COMMon MDIFf wsp NRf DB MSKL DISPlay WINDow TRACe Y NMASk ...

Page 231: ... SWPKrms K wsp NRf PRMTH CALCulate PARameter CATegory SWPKrms TH wsp NRf DB PWR CALCulate CATegory wsp POWer 8 RAVA TRACe ATTRibute RAVG TRA wsp integer RAVB TRACe ATTRibute RAVG TRB wsp integer RCLA MEMory LOAD wsp integer TRA Diff parameter range RCLB MEMory LOAD wsp integer TRB Diff parameter range RCLC MEMory LOAD wsp integer TRC Diff parameter range RD MMEMory LOAD TRACe wsp Loads external me...

Page 232: ...Play WINDow TRACe Y1 SCALe SPACing wsp LINear 1 DISPlay WINDow TRACe Y1 SCALe RLEVel wsp NRf NW REFLP REFLU DISPlay WINDow TRACe Y1 SCALe SPACing wsp LINear 1 DISPlay WINDow TRACe Y1 SCALe RLEVel wsp NRf UW REFL DISPlay WINDow Y1 SCAle Diff parameter range RLEVel REL RESCOR RESLN SENSe BANDwidth BWIDth Diff parameter range RESolution wsp NRf M RESLNF RMSK CALCulate PARameter CATegory RMS K wsp NRf...

Page 233: ...ay WINDow TRACe Y2 SCALe PDIVision wsp NRf DB SMEAS INITIate SMODe wsp SEGment 4 SMID SENSe SENSe wsp MID 2 SMIN DISPlay WINDow TRACe Y2 SCALe SMINimum wsp NRf SMINP DISPlay WINDow TRACe Y2 SCALe SMINimum wsp NRf SMPL SENSe SWEep POINts wsp integer Diff parameter range SMSR CALCulate PARameter CATegory SMSR MODE wsp SMSR1 SMSR2 SNAT SENSe SENSe wsp NAUT 1 SNHD SENSe SENSe wsp NHLD 0 SP LM CALCulat...

Page 234: ...h SRANge wsp OFF ON 0 1 SWPRM CALCulate PARameter CATegory SWPKrms TH wsp NRf DB SWRMS CALCulate PARameter CATegory RMS TH wsp NRf DB SWTHR CALCulate PARameter CATegory SWTHresh TH wsp NRf DB THRK CALCulate PARameter CATegory SWTHresh K wsp NRf THRTH CALCulate PARameter CATegory SWTHresh TH wsp NRf DB TIME TLDAT TRACe TEMPlate DATA wsp template wavelength M level DB TLDATCLR TRACe TEMPlate DATA AD...

Page 235: ...ange SOURce wsp LASer 0 CALibration WAVelength EXTernal WAVelength wsp NRf M WCALG CALibration WAVelength EXTernal Diff parameter range SOURce wsp GASCell 1 CALibration WAVelength EXTernal WAVelength wsp NRf M WCALS CALibration WAVelength INTernal IMMediate WCALT CALibration WAVelength OFFSet Diff parameter range TABLe wsp integer NRf DB WDMAN CALCulate CATegory wsp WDM 10 WDMCHAUT No parameter WD...

Page 236: ...wsp 0 WDMRN CALCulate PARameter CATegory WDM RCH wsp integer WDMSLOPE CALCulate PARameter CATegory WDM OSLope wsp OFF ON 0 1 WDMTCOPY HCOPY IMMediate FUNCtion CALCulate LIST WDMTH CALCulate PARameter CATegory Set only in WDM Analysis not in NF WDM TH wsp NRf DB Analysis WDMUNT CALCulate MARKer UNIT wsp WAVelength FREQuency 0 1 WLSFT SENSe CORRection WAVelength SHIFt wsp NRf M WMKR CALCulate MARKer...

Page 237: ... STORe GRAPhics wsp Saving to the external memory B W COLor BMP TIFF file name EXTernal WRMEM MMEMory STORe MEMory wsp Saving to the external memory integer BIN CSV file name EXTernal WRPRG MMEMory STORe PROGram wsp Saving to the external memory integer file name EXTernal WRSET MMEMory STORe SETTing wsp Saving to the external memory file name EXTernal WRTA TRACe ATTRibute TRA wsp WRITe 0 WRTB TRAC...

Page 238: ...eries instruments if the measurement sensitivity is set to HIGH1 HIGH2 or HIGH3 a chopper that removes monochrometer stray light is activated The instrument includes the following AQ6317 compatible mode commands that allow you to edit the settings of the chopper operation AQ6317 command to use to set the chopper operation Control command CHOP 0 Chopper OFF 2 SWITCH mode Query command CHOP A return...

Page 239: ...Overlappable Commands 7 1 Overlapping Commands 7 1 A Page ADVANCE 8 46 ANALYSIS 7 13 8 36 ANALYSIS setting parameters 7 20 AQ6317 Compatible Commands App 4 AQ6317 Compatible Mode App 2 AQ6317 Status Byte App 3 B Page Baud Rate 4 7 Buffer 1 3 C Page CALCulate Sub System Command 7 43 CENTER 7 4 8 19 Chromaticity coordinates 7 101 COLOR 7 13 7 99 Color analysis 7 48 Command Modes App 1 Common Command...

Page 240: ... Enable Register 6 4 SETUP 7 6 8 24 SMOOTHING 7 6 8 25 SMSR 7 98 SPAN 7 4 8 20 Special Commands 8 5 Specifications 4 1 5 2 SPEC WIDTH 7 20 Standard Event Status Enable Register 6 6 Standard Event Status Register 6 6 Status Byte Register 6 4 Status Register Overview Diagram 6 2 Status Registers 6 1 STATus Sub System Command 7 86 Substitution of Measuring Conditions 8 55 SWEEP 7 4 8 18 SYSTEM 7 16 8...

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