- Yokogawa
Contents
1. I m l ANIN AANV ij GP IB Ethernet remote control USB QUALITY m INNOVATION m FORESIGHT L OIIIO S OL Ia llOO LINCIOLIC tmi yorogav wa cor YOKOGAWA Bulletin AQ6370SR 10EN High Performance Optical Spectrum Analyzers 63 0 Series Meeting Measurement Needs k Optical Spectrum Analyzer in a Broad Range of Applications U Wide Wavelength Coverage Zc iF was me mas AQ6370OGC 600 to 1700 nm EN i 20 Standard model optimized to the wavelengths often 106373 10637 CZ l I ws a Leash as p used in telecommunication applications ES Sak AQG3 I3 350 to 1200 nm we i wa aus 600 AQ6370C me 1700 for short wavelength including visible light VIS k The VIS is from 380 to 780 nm 300 500 700 900 1100 1300 1500 1700 1900 2100 2300 2500 AQG P 5 1200 to 2400 nm wavelength nm Fam P for long wavelength over 2 pm The AQ6373 and AQ6375 can cover the entire wavelength range from 350 nm through 2400 nm Exc gt llent Efficiency a l Fast Sweep Wor I d class Opti cal P erf Or man ce With an advanced monochromator faster electrical circuits and noise reduction techniques the AQ6370 series achieves fast measurement speed even when measuring a steep spectrum from DFB LD or DWDM signals or when measuring a low power signal from a broadband light source High Resolution 0 02 nm Dynamic Range amp High Dynamic Range 78 dB2. gt Major Specifications AQ6370C Items Spec code Wavelength range t Specifications Standard 10 High performance 20 600 to 1700 nm Span Wavelength accuracy 1 2 5 0 5 nm to 1100 nm full span and 0 nm 0 02 nm 1520 to 1580 nm 0 01 nm 1520 to 1580 nm 0 02 nm 1580 to 1620 nm 0 02 nm 1580 to 1620 nm 0 04 nm 1450 to 1520 nm 0 04 nm 1450 to 1520 nm 0 10 nm Full range 0 10 nm Full range Wavelength linearity 11 2 5 Wavelength repeatability 2 0 01 nm 1520 to 1580 nm 0 02 nm 1450 to 1520 nm 1580 to 1620 nm 0 005 nm 1 min Wavelength resolution setting 1 2 0 02 0 05 0 1 0 2 0 5 1 and 2 nm Wavelength resolution accuracy 1 2 5 Min sampling resolution 5 1450 to 1620 nm Resolution setting gt 0 1 nm Resolution correction ON Number of sampling AUTO 0 001 nm Number of sampling 101 to 50001 AUTO Level sensitivity setting NORM_HOLD NORM_AUTO NORMAL MID HIGH1 HIGH2 and HIGH3 High dynamic mode SWITCH Sensitivity MID HIGH1 3 Level sensitivity 2 3 4 7 90 dBm 1300 to 1620 nm 85 dBm 1000 to 1300 nm 60 dBm 600 to 1000 nm Sensitivity HIGHS Maximum input power 3 20 dBm Per channel full range Maximum safe input power 2 3 25 dBm Total input power Level accuracy 2 3 4 6 0 4 dB 1310 1550 nm Input level 20 dBm Sensitivity MID HIGH
3. Example of the spectral shape Stray light suppression ratio 80 dB typ This new specification provides stray light suppression capability without the High dynamic mode which takes a longer measurement time The AQ6370C contributes to shortening the measurement time with the high stray light suppression ratio Example of the stray light suppression ratio High dynamic mode OFF Resolution setting 0 1 nm High performance model Applications E Optical active devices Laser diode Fiber laser Optical amplifier Optical transceiver E Optical passive devices Filter FBG AWG WSS ROADM Optical fiber E Optical transmission equipment DWDM CWDM E Development support of Applied photonics equipment 350 1200 0 ii a 2400 300 500 700 900 1100 1300 1500 1700 1900 2100 2300 2500 wavelength nm Wide level range 20 dBm to 90 dBm The AQ6370C can measure high power sources such as optical amplifiers and pump lasers for Raman amplifiers and very weak optical signals as well Measurement sensitivity can be chosen from seven categories according to test applications and measurement speed requirements e Improved level sensitivity 85 dBm 1000 to 1300 nm e Smoothing function Reduce noise on the measured spectrum e APC level correction The APC level correction function corrects the level offset caused by an insertion loss of angled PC connector Fast measurement 0 2 sec 100 nm span Single mode an
4. Level linearity 2 3 0 05 dB Input level 30 to 10 dBm Sensitivity HIGH1 3 Polarization dependence 2 38 0 1 dB 1550 nm Dynamic range 2 45 dB Peak 0 4 nm resolution 0 05 nm 55 dB Peak 0 8 nm resolution 0 05 nm 1523 nm Sensitivity HIGH1 3 Applicable fiber SM Gl 50 125 um 62 5 125 um Optical connector Optical input AQ9447 OO Connector adapter option required Calibration output AQ9441 00O Universal adapter option required LJ Connector type FC SC or ST Built in calibration light source Sweep time 1 6 7 Wavelength reference source for optical alignment and wavelength calibration NORM_AUTO 0 5 sec NORMAL 1 sec MID 10 sec HIGH1 20 sec Warm up time Minimum 1 hour After warming up optical alignment adjustment with built in light source is required 1 Horizontal scale Wavelength display mode 2 With 9 5 125 um single mode fiber after 2 hours of warm up after optical alignment with built in reference light source 3 Vertical scale Absolute power display mode Resolution setting gt 0 1 nm 4 With 9 5 125 um single mode fiber B1 1 type defined on IEC60793 2 PC polished mode field diameter 9 5 um NA 0 104 to 0 107 5 After wavelength calibration with built in reference light source Sampling resolution lt 0 003 nm Sensitivity MID HIGH1 3 6 Pulse
5. i FWHM 0 024 nm In 400 470 nm range achieves even higher resolution v Various analysis functions including the measure nent t Wr ee Color analysis function for Visible light FWHM 0 011 nm E Optical active devices Laser diode Fiber laser Optical passive devices Filter FBG Specialty optical fiber E Development support of Applied photonics equipment e Medical Bio area Laser therapy DNA sequencing Microscope cell fluorescence e Industrial area Laser micro machine laser maker e Home Electronics area Laser projector Next gen optical disc LED products e Measurement sensing area LIDAR Interferometer 405 nm FP LD measurement e Telecom area Plastic Optical fiber POF communication na m a R acplutioan cattina 0 041 nm nNesolution setting U U im LONG wavelength AQ63 15 1200 to 2400 nm Wavelength accuracy 0 05 nm Wavelength resolution 0 05 to 2 nm Max input power 20 dBm Level sensitivity 70 dBm Dynamic range gt 55 dB Single mode and Multimode fibers Built in wavelength reference source for wavelength calibration and optical alignment Universal optical connectors Various analysis functions 2010 nm DFB X axis nm THz cm me jrement 300 500 700 900 1100 1300 1500 1700 1900 2100 2300 2500 wavelength nm Eh om Applications Optical active devices Laser diode Fiber laser Optical passive devices Filter FBG
6. Horizontal scale Wavelength display mode 2 Actual wavelength resolution varies according to a measured wavelength Actual resolution at 10 nm resolution setting is about 8 nm at most 3 Vertical scale Absolute power display mode 4 High dynamic mode OFF Number of sampling 1001 Average number 1 Span lt 100 nm excluding 450 to 470 nm and 690 to 700 nm General Specifications Electrical interface Specifications GP IB x 2 standard controller RS 232 Ethernet USB PS 2 keyboard SVGA output Analog output port Trigger input port Trigger output port Remote control GP IB RS 232 Ethernet TCP IP AQ6317 series compatible commands IEEE488 1 and IEEE488 2 Data storage Internal storage 512 MBytes Internal memory 64 Traces 64 programs 3 template lines External storage USB storage memory HDD FAT32 format File types CSV text Binary BMP TIFF Display Printer 10 4 inch color LCD Resolution 800 x 600 Built in thermal printer Factory installed option Dimensions 426 W x 221 H x 459 D mm Excluding protector and handle Mass AQ6370C 19 kg AQ6373 20 kg AQ6375 27 kg Without printer option Power requirements Environmental conditions 100 to 240 V AC 50 60 Hz approx 150 VA Performance guarantee temperature 18 to 28 C Operating temperature 5 to 35 C Storage temperature 10 to 50 C Humidity lt 80 RH no conden
7. Transfer files from the mainframe to the PC and vice versa The macro program file edited on the AQ6370 Viewer can also be transferred to the mainframe Note Measurement cannot be initiated in the Viewer mode Remote control amp File transfer Menu bar AQ6370C Viewer AQ6370C connected to LAN PC Requirements lt Hardware gt HDD 50 MB or more of available disk space Memory 512 MB or more lt 0S gt Windows 2000 Service Pack 4 or later or Windows XP Service Pack 1 or later Bundled software AQ6370 Viewer consists of the following software AQ6370C Viewer AQ6370C Optical Spectrum Analyzer AQ6373 Viewer AQ6373 Optical Spectrum Analyzer AQ6375 Viewer AQ6375 Optical Spectrum Analyzer AQ6370 Viewer AQ6370 Optical Spectrum Analyzer Discontinued AQ6370B Viewer AQ6370B Optical Spectrum Analyzer Discontinued Status bar Panel key menu NA Conversion Adapter 735383 A001 The 735383 A001 is a unique adapter that reduces the numerical aperture NA of a connected fiber to half and is only applicable to the AQ6370 series optical spectrum analyzer in which free space optical input structure is used With this adapter AQ6370 series improves the dynamic range signal to noise ratio in the passive component measurement and the level stability in the active device measurement e Applicable fiber Multimode fiber GI50 125 um e Wavelength range 350 to 1700 nm a NA Conversion Adapter 735383 A001 Related Produ
8. VDE standard las standard GB standard BS standard Factory installed Thermal Printer options AQ6375 Descriptions Descriptions AQ6375 AQ6375 Optical Spectrum Analyzer AQ6370 Viewer Including AQ6370 AQ6370B AQ6370C AQ6375 and AQ6373 Viewers 810804602 AQ9447 Connector Adapter Spec code Standard model Power cord UL CSA standard VDE standard AS standard eB standard IBS standard Factory AQ9447 FC installed Connector type 813917321 Connector Adapter For Optical Connector type Connector Adapter Input AQ9447 ST Connector Adapter AQ9441 FC SC Universal Adapter For Universal Adapter Calibration Output 735383 A001 NA Conversion Adapter for GI50 125 um 751535 E5 19 inch Rack mount kit B9988AE Printer roll paper 10 m roll 10 rolls 1 unit AQ9441 SC AQ9441 ST Universal Adapter Thermal Printer Microsoft MS and Windows are registered trademarks or trademarks of Microsoft Corporation in Before operating the product read the user s manual thoroughly the US and other countries LabVIEW is a U S registered trademark of National Instruments tor ee and saie paranoi E Other company names and product names appearing in this document are the registered e If this product is for use with a system requiring safeguards that trademarks o
9. oo Se MO Fast Remote Interface VEEN ee Peak 1 0 nm AQ6370 series provides faster remote control and data transfer capability The advanced monochromator achieves high wavelength resolution and T Ethernet interface is 100 ti fast high close in dynamic range With the sharper spectral characteristics of the PNE EURENA GE Is O MNES ias er monochromator spectral signals in close proximity can be separated clearly C amp L GP IB interface is 10 times faster compared with the conventional GP IB used on Yokogawa AQ6317 series optical spectrum analyzer and measured accurately High Sensitivity 90 dBm Weak optical signals can be measured accurately and quickly Wide Span Sweep yet High Resolution The 50 001 data sampling points expands measurement range in a single sweep while keeping a high wavelength resolution This makes your measurement easier and more efficient than conventional systems that use a low number of sampling points and require multiple partial measurements to cover the complete wavelength range n E 7 sensitivity settings Can be selected according to test applications and measurement speed F requirements The settings correspond to the sensitivity from 60 dBm to a Ba ieee AE 90 dBm in approx 5 dB steps in the case of A06370C AQ6370C Peak 1 0 nm Resolution setting 0 05 nm E High dynamic moda High dynamic mode ON High performance model typical Easy to Keep Accurate Obtains a
10. 1 3 Level linearity 2 0 05 dB Input level 50 to 10 dBm Sensitivity HIGH1 3 Level flatness 2 3 6 0 1 dB 1520 to 1580 nm 0 2 dB 1450 to 1520 nm 1580 to 1620 nm Polarization dependence 3 6 0 05 dB 1550 1600 nm 0 08 dB 1310 nm Dynamic Resolution 0 02 nm range i 2 8 55 dB Peak 0 2 nm 58 dB 37 dB Peak 0 1 nm 45 dB Peak 0 2 nm Typ 60 dB Peak 0 1 nm Typ 50 dB Resolution 0 05 nm 73 dB Peak 1 0 nm 73 dB Peak 1 0 nm Typ 78 dB 45 dB Peak 0 2 nm 50 dB Peak 0 2 nm Typ 55 dB Resolution 0 1 nm Stray light suppression ratio 7 10 57 dB Peak 0 4 nm 60 dB 40 dB Peak 0 2 nm 45 dB 73 dB 76 dB Peak 0 4 nm Typ 67 dB Peak 0 2 nm Typ 50 dB Typ 80 dB 62 dB Peak 0 4 nm 64 dB Peak 0 4 nm Typ 70 dB OTe Optical return loss 11 Typ 35 dB with angled PC connector Applicable fiber SM 9 5 125 um GI 50 125 um 62 5 125 um Optical connector Optical input AQ9447 OO Connector adapter option required Calibration output AQ9441 LIL Universal adapter option required 00 Connector type FC SC or ST Built in calibration light source Wavelength reference source For optical alignment and wavelength calibration Sweep time 1 7 9 Warm up time 1 Horizontal scale Wavel
11. 3 Maximum safe input power 3 20 dBm 550 to 1100 nm 10 dBm 400 to 550 nm Total input power Level accuracy 2 Level linearity 3 1 0 dB 850 nm Input level 20 dBm Resolution setting 0 2 nm Sensitivity MID HIGH1 3 SMF MFD 5 um 850 nm NAO 14 0 2 dB Input level 40 to 0 dBm Sensitivity HIGH1 3 Dynamic range 60 dB Peak 0 5 nm Resolution setting 0 02 nm 633 nm Sensitivity HIGH1 3 Applicable fiber Optical connector SM GI 50 125 um 62 5 125 um Large core fiber up to 800 um FC type Optical input and Calibration output Built in calibration light source Optical alignment source for optical alignment Wavelength reference is not equipped Sweep time 1 4 Warm up time Performance and functions can be limited by type of used fiber The specifications are only guaranteed when a single mode fiber in which light travels in single mode at measured wavelength is used In case NORM_ AUTO 0 5 sec NORMAL 1 sec MID 2 sec HIGH1 5 sec HIGH2 20 sec HIGH3 75 sec Minimum 1 hour After warming up optical alignment adjustment with built in light source is required that measured wavelength is less than the cut off wavelength of the used fiber or a multimode fiber is used a measured spectrum may be inaccurate due to a speckle noise Please be cautious especially when measuring high coherency sources like gas laser and Laser diode 1
12. 6370C WDM waveform before after amplification by EDFA Optical Transceiver Test In conjunction with bit error rate test BERT equipment the AQ6370C can measure the center wavelength and spectral width of transceivers and LD modules Various built in analysis functions such as DFB LD FP LD VCSEL and LED facilitate test process BERT PPG ED Transceiver AQ6370C Example waveform and analysis result of transceiver output Test Applications and Related Products Visible LED Test The optical spectrum of visible LEDs used in lighting indication measurement and applications can be measured and analyzed By supporting the large core fiber input AQ6373 can efficiently get the LED light and measure its spectrum The built in color analysis function automatically evaluates a dominant wavelength and chromatic coordinates AQ6373 Color analysis of White LED AQ6375 Global Warming Gas Methane Measurement The global warming gasses such as C02 S02 NOX and Methane have strong optical absorption around 2 um wavelength region The distribution and concentration of those gasses in the atmosphere can be determined by measuring the optical absorbance Simply connecting the collected sunlight using an optical fiber AQ6375 can measure the optical absorbance corresponding to the gas column concentration in the atmosphere Optical absorption spectrum of Methane oe All models Passive Component Te
13. FP LD LED analysis SMSR analysis Power analysis PMD analysis Color analysis AQ6373 only Pass Fail analysis with template Others Auto analysis ON OFF Analysis between horizontal line markers Analysis in zoomed area Automated measurement Program function 64 programs 200 steps per program Other functions Optical alignment Auto optical alignment with built in light source Wavelength calibration Auto wavelength calibration with built in wavelength reference source AQ6370 amp AQ6375 only or an external reference source Note AQ6373 requires an external reference source for wavelength calibration AQ6373 Wavelength range t Specifications 350 to 1200 nm Span 0 5 nm to 850 nm full span and 0 nm Wavelength accuracy Wavelength resolution setting 1 2 0 05 nm 633 nm 0 20 nm 400 to 1100 nm After wavelength calibration with 633 nm He Ne laser 0 02 0 05 0 1 0 2 0 5 1 2 5 10 nm full range and 0 01 nm 400 to 470 nm Minimum sampling resolution 0 001 nm Number of sampling 101 to 50001 AUTO Level sensitivity setting NORM_HOLD NORM_AUTO NORMAL MID HIGH1 HIGH2 and HIGH3 High dynamic mode SWITCH Sensitivity MID HIGH1 3 Level sensitivity 3 80 dBm 500 to 1000 nm 60 dBm 400 to 500 nm 1000 to 1100 nm Typical Resolution setting gt 0 2 nm Averaging 10 times Sensitivity HIGH
14. Specialty optical fiber E Development support of Applied photonics equipment e Measurement sensing area Gas Environmental sensing e Medical Bio area e Telecom area Optical fiber Free space communication Resolution 0 05 nm Span 20 nm Sensitivity HiGH1 CHOP HHHHHHIIIIIIII WDM OSNR Test AQ6370C s wide close in dynamic range allows accurate OSNR measurement of DWDM transmission systems The built in WDM analysis function analyzes the measured waveform and shows peak wavelength peak level and OSNR of WOM signals up to 1024 channels simultaneously The curve fit function is used to accurately measure noise levels Optical amplifier gt Tx4 AQ6370C gt TXN aad uaa Example of WDM OSNR analysis Optical Amplifier Test The ASE interpolation method is used to measure gain NF and key parameters for optical fiber amplifier evaluation With WDM NF analysis function up to 1024 channels of multiplexed signals can simultaneously be tested An ASE level for NF measurements is calculated by using a curve fit function for each WDM channel The curve fit and source spontaneous emission SSE suppress function enhance a measurement accuracy AQ2200 Multi Application Test System freee d ee ee D Ha piasda E oreo m ai wee 5 a w Eeg a e o s bony L ma i j 0 a g Optical amplifier Multiplexer AQ
15. better dynamic range by reducing the influence of stray light which is caused when the input is a strong optical signal l 7 a l l l l l Ambient condition change vibration and shock to an optical precision product like an optical spectrum analyzer will effect the optical components and eventually degrade optical performance Pulsed Light Measurement Measurement Power Range Using standard functions AQ6370 series can maintain its high optical performance within a couple of minutes so that you can quickly start a measurement oe HB rd I 1 I 1 lj e No damage connecting fibers because there is no Fysica tact AQ6370C Sensitivity setting HIGH3 High dynamic mode OFF typical pnysical contact Optical input structure Those numbers are for AQ6370C and the dynamic range is a typical value i u CONE aza e Peak Hold and External trigger mode ee ee Optical Ali F i Measure a pulse peak spectrum of a pulsed light signal aN YW 100 dB ptical Alignment Function Tar gt Often used in the transmission loop testing of telecommunication systems i a Built in Calibration Source and also in the low power measurement at the early stage of laser chip i Automatically aligns the optical path in the monochromator using Wa sena Ste S css ce i uilt in sou intain hi l development to catch the peak power of a pulsed signal the built in source to maintain high performance 9 Sire ai Fo
16. cts AQ4305 _ White Light Source AQ4305 The AQ4305 is a high power and broadband light source using a halogen lamp In conjunction with the AQ6370 series optical spectrum analyzer the AQ4305 allows to measure the wavelength dependent loss characteristics of optical devices and optical fibers at wavelengths used for such applications as telecommunications visible light and environmental measurement e High power 40 dBm or more at GI50 125 um e Wavelength range 400 to 1800 nm e High output stability 0 05 dB e Optical output Free space Broadband Multi Application Test System AQ2200 The AQ2200 Multi Application Test System is the ideal system for building a measuring system in conjunction with the AQ6370 series for a wide range of optical devices and optical transmission systems The AQ2200 is available in two different frame controller platforms and offers a variety of measurement modules to build a custom yet flexible test system e Frame controllers 3 slot model 9 slot model Light source DFB LD AQ2200 system e Sensors High sensitivity model High power model Dual model Large diameter model e Optical attenuators Simple ATTN ATTN with monitor port ATTN with built in sensor yay e Optical switches Dual 1x2 Dual 2x2 1x4 1x8 1x16 e Optical transceiver controllers T be J F Note Models for multimode fiber are also available for the optical attenuator and optical switches Modular Platform
17. d Multimode fibers Built in wavelength reference source for wavelength calibration and optical alignment Universal optical connectors Optimized performance and functions for WDM systems e High wavelength linearity and Level flatness 1450 to 1620 nm e WDM OSNR analysis and EDFA analysis OSNR measurement on DWDM system The WDM OSNR analysis function finds channel wavelength power channel spacing and OSNR Optical amplifier EDFA measurement The WDM NF EDFA analysis finds channel wavelength Gain and Noise figure NF STANDARD L A y lt l af A06370 Series Optical Spectrum Analyzer yt Pre so lt aA T ae A R b i SEN A N B l 4 ree A d 4 yf TF ae D 350 1200 p j j gt v ff ime d 7 Eb iaia Satay g AF KRKKEKI 2400 7 a ond LL La Qe RY ae Gy Wat i m Ww WJ Zeb FR 600 1700 aa oo A063700 300 500 700 900 1100 1300 1500 1700 1900 2100 2300 2500 wavelength nm Wavelength accuracy 0 05 nm x Wavelength resolution 0 02 to 10 nm and 0 01 nm 400 to 470 nm Max safe input power 20 dBm Level sensitivity 80 dBm Dynamic range gt 60 dB Single mode Multimode and Large core fibers Built in optical alignment source Wavelength calibration with an external reference source 4 The details of oscillation modes can be measured with high resolution of 0 02 nm i Bl
18. ength display mode 2 With 9 5 125 um single mode fiber with a PC type connector after 1 hour of warm up after optical alignment with built in reference light source NORM_AUTO 0 2 sec NORMAL 1 sec MID 2 sec HIGH1 5 sec HIGH2 20 sec HIGH3 75 sec Minimum 1 hour After warming up optical alignment adjustment with built in light source is required 7 High dynamic mode OFF Pulse light measurement mode OFF TLS sync sweep OFF Resolution correction OFF 8 1523 nm High dynamic mode SWITCH Resolution correction OFF 3 Vertical scale Absolute power display mode Resolution setting gt 0 05 nm Resolution correction 9 Span lt 100 nm Number of sampling 1001 Average number 1 OFF 4 With 9 5 125 um single mode fiber B1 1 type defined on IEC60793 2 PC polished mode field diameter 9 5 um NA 0 104 to 0 107 10 With He Ne laser 1523 nm 0 1 nm resolution setting 1520 nm to 1620 nm except for peak wavelength 2 nm 11 With Yokogawa s master single mode fiber with an angled PC connector Typ 15 dB with PC 5 After wavelength calibration with built in reference light source connector 6 Temperature condition changes to 23 3 C at 0 05 nm resolution setting Functions Measurement Measurement mode Functions CW light Pulsed light External trigger Air vacuum wavelength TLS synchronized sweep excl AQ6373 Sweep mode Repeat Single AUTO Self configuration Swe
19. ep between line markers Zero span sweep 0 nm span Condition settings Center wavelength Span Number of sampling Wavelength resolution Sensitivity High dynamic mode Number of averaging 1 to 999 times Smoothing excl AQ6375 APC level correction AQ6370C only Others Sweep status output Analog output Vertical scale Level scale 0 1 to 10 dB div and linear Level subscale 0 1 to 10 dB div and linear Reference level Divisions 8 10 or 12 power spectral density dB nm dB km Noise mask Horizontal scale Wavelength nm Frequency THz Wave number cm AQ6375 only Trace zoom in out Display mode amp items Trace functions Normal display Split display Data table Label Template Measurement conditions 7 independent traces Maximum Minimum hold Calculation between traces Normalizing Curve fit Peak curve fit Marker curve fit Roll averaging 2 to 100 times Others Trace copy clear function Write Fix setting Display Blank setting Marker amp Search Marker Delta markers Max 1024 Vertical horizontal line markers Search Peak Bottom Next peak Next bottom Auto search On OFF Search between horizontal line markers Search zoomed area Data analysis Analysis functions Spectral width threshold envelope RMS peak RMS notch WDM OSNR analysis EDFA NF analysis excl AQ6373 Filter peak bottom analysis WDM filter peak bottom analysis DFB LD
20. f their respective comparnies ie gt the Yokogawa Typical or typ in this document means Typical value which is for reference not guaranteed specification YOKOGAWA METERS amp INSTRUMENTS CORPORATION Subject to change without notice Global Sales Dept Phone 81 42 534 1413 Facsimile 81 42 534 1426 Ed 01 b Copyright 2011 E mail tm cs jp yokogawa com Printed in Japan 102 KP YOKOGAWA CORPORATION OF AMERICA Phone 1 770 253 7000 Fax 1 770 254 0928 YOKOGAWA EUROPE B V Phone 31 88 4641000 Fax 31 88 4641111 YOKOGAWA ENGINEERING ASIA PTE LTD Phone 65 62419933 Fax 65 62412606
21. light measurement mode OFF TLS sync sweep OFF 7 Span lt 100 nm Number of sampling 1001 Average number 1 8 Temperature condition changes to 23 3 C at 0 1 nm resolution setting Dimensions Unit mm approx inch REAR VIEW AO6 3 0 Series Optical Spectrum Analyzer Factory Installed Options m Built in Printer An optional built in thermal printer Descriptions i is provided to instantly print out a AQ6370C AQ6370C Optical Spectrum Analyzer ima screenshot of the display the analysis Spec code Standard model results a marker list and a macro program list High performance model 2 Mu Accessory printer roll paper 1 roll Power cord UL CSA standard VDE standard las standard GB standard IBS standard Factory AQ9447 FC Connector Adapter sj AQ9447 SC Connector Adapter eas AQ9447 ST Connector Adapter AQ9441 FC Universal Adapter SC E Optical Connector Adapters AQ6370C amp AQ6375 For optical input port AQ9447 Connector Adapter IFC SC ST For Universal Adapter Calibration Output AQ9441 SC AQ9441 ST Universal Adapter Thermal Printer AQ6373 For calibration output port AQ9441 Universal Adapter RFC RSC RST Descriptions AQ6373 AQ6373 Optical Spectrum Analyzer Spec code Standard model Power cord UL CSA standard
22. nal equipment Z ie DiD SEND 2 BOUTel I nl Bli BOUTel 2 A1 Ei Control of external Se Four ports in total available on front and rear panels through the remote interfaces s ros 1 08 a between traces Fast remote interfaces GP IB RS 232 and Ethernet 10 100Base T interfaces Easy to control with an external PC and to build an automated test system Easy Data Handling USB storage mprove the testing throughput of test systems by the fast measurement command processing and data transfer speed All at Once trace filing B Optical input Calibration output m Support large size removable memory All seven traces can be saved in one file at once Free space input Wavelength reference source or SZ e devices such as Flash ROM and hard Files are saved in CSV format so that they can be manipulated optical alignment source aoe disk drives HDD with PC application software r Optical connectors Z m Fasy way to carry a large number of S 3 i lt data files Thumbnail file preview for optical input amp calibration output Gee Easy to find a particular file out of thousands of files in internal AQ6370C amp AQ6375 Universal type FC SC or ST Cy and external storage AQ6373 FC type SCPI com p atible 512 MB internal storage The standard remote commands are compatible with SCPI which is an ASCII Save over 20 000 data files text based standard code and fo
23. r the wavelength calibration and optical alignment Free Space Input Wavelength Calibration Function Available on AQ6370C and AQ6375 i Note SM 9 5 125 um fiber is required Lo e Multimode and single mode fiber on the same OSA Automatically calibrates the spectrum analyzer with the built in a Es AQ6370 series low insertion loss for multimode fiber is wavelength reference or an external light source to ensure the Optical alignment source Es also beneficial to maintain the excellent measurement wavelength accuracy For the optical alignment s efficiency o Available on A06373 sasi e Small insertion loss variation at the input connector Note There are cases that the optical alignment and wavelength calibration function Note BI 50 125 um fiber is required L increases measurement repeatability Pee ieee oe sey An external light source is required Structure of the built in E or the wavelength calibration wavelength reference source mus TE 2 3 Optical Spectrum Analyzer Various Features for Establishing Comfortable Test Environment A06370 Series Easy Operation Trace Calculation and Analysis Trace zooming Mouse amp Keyboard operation 7 individual traces Spectrum analysis functions WDM OSNR Analysis Function Change display conditions such as center wavelength and span Front panel operation proven intuitive and easy to use Simultaneous multi trace display 13 data analysis functions for pop
24. rmat that conforms to IEEE 488 2 AQ6317 emulation Mode Supports the private remote commands of Yokogawa s best selling AQ6317 series and AQ6315 for users to easily upgrade from their current automated test environment Note some commands may not be compatible due to changes in specifications and functions File types and formats Trace Binary and ASCII CSV Graphic Bitmap BMP and TIFF Analysis results Binary and ASCII CSV Template ASCII CSV System setup Binary Macro program Binary Hi I I Il Ny cpn Universal type connectors Lab VIE W dr ver available SUTTER Key Featu res Standard and High performance models There are two models available Standard and High performance The High performance model provides even higher wavelength accuracy and dynamic range High wavelength resolution 0 02 nm High wavelength accuracy 0 01 nm e High performance model 0 01 nm C band e Standard model 0 02 nm C L band Ultra High dynamic range 78 dB typ With the reduced stray light in the monochromator AQ6370C achieves ultra high dynamic range of typ 78 dB e Sharper filter edge The high performance model can also achieve a higher dynamic range within 0 2 nm of the peak wavelength With the sharper spectral characteristics of the monochromator spectral signals in close proximity can be separated clearly and measured accurately
25. sation Some AQ6317 series commands may not be compatible due to changes in specifications or functions Liquid crystal display may include a few defective pixels within 0 002 with respect to the total number of pixels including RGB There may be a few pixels on the liquid crystal display that do not emit all the time or remains ON all the time These are not malfunctions AQ6375 Wavelength range EE A006370 Series Optical Spectrum Analyzer Specifications 1200 to 2400 nm Span 0 5 nm to 1200 nm full span and 0 nm Wavelength accuracy 1 2 5 0 05 nm 1520 to 1580 nm 0 10 nm 1580 to 1620 nm 0 50 nm Full range Wavelength repeatability 1 2 0 015 nm 1 min Wavelength resolution setting 2 Minimum sampling resolution 1 0 05 0 1 0 2 0 5 1 and 2 nm 0 002 nm Number of sampling 101 to 50001 AUTO Level sensitivity setting NORM_HOLD NORM_AUTO NORMAL MID HIGH1 HIGH2 and HIGH3 Only High dynamic mode CHOP in HIGH1 3 Level sensitivity 2 3 4 70 dBm 1800 to 2200 nm 67 dBm 1500 to 1800 nm 2200 to 2400 nm 62 dBm 1300 to 1500 nm Sensitivity HIGH3 Maximum input power 2 3 20 dBm Per channel full wavelength range Maximum safe input power 2 3 Level accuracy 2 3 4 8 25 dBm Total input power 1 0 dB 1550 nm input level 20 dBm Sensitivity MID HIGH1 3
26. st In conjunction with a white light source an ASE light source or other broadband light sources you can simply perform evaluation of passive devices such as WOM filters and FBG The AQ6370 series superb optical characteristics enable higher resolution and wider dynamic range measurements The built in optical filter analysis function simultaneously reports peak bottom wavelength level crosstalk and ripple width AQ4305 White Light Source AQ6370 series DUT FBG WDM filter etc Example of CWDM filter measurement AQ6370 Viewer PC application software A f 63 0 TE Optical Spectrum Analyzer Remote control function The remote control allows you to set measurement conditions and to execute a measurement on the mainframe from anywhere on an Ethernet network Upon completion of a measurement on the mainframe the AQ6370 Viewer downloads and shows the updated traces The AQ6370 Viewer is a package of PC application software for the AQ6370 series Optical Spectrum Analyzer e The same user interface and functions as the mainframe e Display and analyze waveform data acquired by the mainframe e Remote control and file transfer capability Note Data transfer speed varies depending on PC and network performance The program function is not supported Some other restrictions may apply I Viewer function Trace data files saved on the AQ6370 series can be retrieved and analyzed on a PC E File transfer function
27. ular applications i by clicking and dragging the mouse by our many of users m Calculation between traces Enlarge your area of interest instantly and move it at will Even easier with a mouse Se m Built in analysis functions Max Min hold Spectral width analysis Various filter analysis WDM OSNR analysis Color analysis AQ6373 only WDM NF EDFA analysis DFB LD analysis FP LD analysis LED analysis SMSR analysis Optical power analysis No need for another measurement to modify the display conditions The keyboard helps enter labels ane file names W Modify settings using the keys O 1550 008 on the screen Original waveform in measured wavelength range Point the item to modify Enlarged waveform 242 4438 4s A Result table SEE Misuse En Ee Building Automated Test System Macro PRCORAH EDIT programming mnn a il TSA ai AA INY Oven aeea Measurement Conditions USB ports PANELER a 3 Build a simple ae EENE HIG U S ii auto measurement system PET CENTER WL 150 aro s n Fig EFEFEPKEE LEVEL Ads a m Lo a m No external PC is required ee equipment m Easy to create test program by Bi snae recording the user s actual key x IRITE B Execution of a measurement strokes and parameter aie z Dial SEND oS Tet Rl EZ PiTel selections BS SND eee Control of external e std ELEIE 218 equipment m Can control exter
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