|
|
|
| |
|
| |
|
|
| |
|
|
|
|
| |
| |
- Ultra high Wavelength Accuracy
- ±10 pm (1520 to 1580 nm)
- ±20 pm (1450 to 1520 nm)
- ±20 pm (1580 to 1620 nm)
- ±50 nm ( 600 to 1700 nm)
- The above specs are after calibration with a built-in source
- High Wavelength Linearity
- ±10 pm (1520 to 1580 nm)
- ±20 pm (1450 to 1520 nm)
- ±20 pm (1580 to 1620 nm)
- The above specs are after calibration with a built-in source
- High Wavelength Resolution
Provides maximum wavelength resolution at 10 pm
- High Wavelength Resolution Accuracy
Provides excellent wavelength resoluti>n accuracy within ±2%
Wide close-in dynamic range:
70 dB @ ±0.2 nm
Fast sweep and quick response
- Versatile Analysis Functions
Comes with zooming and overview windows
- Low Polarization Dependency
Measurements such as gain of the optical amplifier can proceed accurately because polarization dependency is suppressed as low as ±0.05 dB.
Max input power: +23 dBm per channel; Max safe input power: +27 dBm
- Multiple Communication Interface
GP-IB, LAN, printer, and oters.
- Easy Operation with Mouse and Keyboard
- Large Data Storage and Fast Data Transfer (FTP)
|
|
| |
|
| |
|
|
|
| |
|
The AQ6319 has the best optical performance on the market and provides customers with a user-friendly interface for fast and accurate measurement. In fact, the AQ6319 raises the standards in the optical testing industry with it's high-precision ultra-DWDM signal analysis.
With an unprecedented wavelength accuracy of ±10 pm (1520-1580 nm), the AQ6319 OSA provides outstanding performance in both general and specialized R&D labs. Ando keeps the "free-space" design between the incident beam and the monochrometer; this proven technology which is inherited from the world-renowned AQ6317 series of OSA's offers researchers greater ease when using specialty fibers, especially with large core diameters. The new AQ6319 offers a much faster sweep speed than the previous models. It also features a LAN connection for faster and easier data transfer, as well as remote control capabilities and new analysis functions. |
|
|
| |
| |
|
|
|
| |
| |
|
|
|||||||| Click here for Features
| Best optical performance |
 |
|
Close-in dynamic range:
• 60dB at peak ±100pm
• 70dB at peak ±200pm |
Close-in dynamic range:
• 60dB at peak ±200pm |
- High wavelength accuracy: ±10pm
- High wavelength resolution: 10pm
- High wavelength resolution accuracy: ±2%
- Wide close-in dynamic range
|
| Fast sweep and quick response |
- Measurement time is as low as 1/5 compared to the conventional models (AQ6317 Series)*
- Faster auto-ranging in all sensitivities
- Quicker key response as measurement conditions change
|
| User-friendly GUI and powerful functions |
- Easy operation with mouse/keyboard
- Compatible with multiple interfaces (GP-IB, LAN, printer, etc.)
- Large data storage area and fast data transfer (FTP)
- Enhanced built-in applications
|
| Powerful functions |
 |
|
- Waveform zooming and display overview window
- Automatic interpolation setting function
- Selectable display mode (Trace and Table/Table/Trace)
- OSNR/Gain/NF measurement function]
- Parameter dialog display simplifies setting
|
|
| |
|||||||| Click here for Measurement Examples
| 25GHz spacing DWDM signals |
|
|
Wavelength resolution at 0.01nm |
Wavelength resolution at 0.05nm |
The wide close-in dynamic range makes it possible to accurately measure OSNR of DWDM signals with 25GHz
(or narrower) spacing. Even at 0.05nm resolution setting, ASE noise between channels can be measured flatly. |
| AQ7932 OTDR Emulation software (option) |
|
|
10Gbps, NRZ, PRBS 2^31, wavelength resolution at 0.01nm |
40Gbps, RZ, PRBS 2^7, wavelength resolution at 0.01nm |
With its high resolution and wide close-in dynamic range, a side-band at 10Gbps or 40Gbps modulated
signal can be observed clearly. |
|
| |
||||||| Click here for Applications Examples
| Applications |
| Evaluation of Optical Passive Device Using Synchronized Sweep |
| Enables synchronous sweep measurement* when used with the AQ2200-136 turnable laser source (wavelength range: 1440-1640 nm). |
 |
Wide dynamic-range measurement using a synchronous wavelength sweep function of a tunable laser source and optical spectrum analyzer is suitable for evaluating devices with high crosstalk. Through synchronized sweep with the AQ2200-136 Turnable Laser Source, the AQ6319 Optical spectrum analyzer can achieve dynamic measurement of a wide, 80 dB or higher.
Also, peak/bottom wavelength, level, crosstalk, and ripple width can be simultaneously measured using the optical filter function. |
| Example of transmission characteristics of CWDM filter
measurement Wavelength window: 1500-1600 nm, SENSE: HIGH1 |
- Synchronous sweep measurement is a function that performs wavelength sweep measurement while synchronizing the measurement wavelength of the optical spectrum analyzer to the emission wavelength of the turnable laser source, all without using an external PC for control.
- About twice the measuring speed compared to our conventional synchronous sweep. (AQ6317C OSA and AQ4321 TLS*)
Measurement conditions: SPAN: 100 nm, SENS: NORM HOLD, SAMPLE: 1001
|
| High Speed Stray Light Reduction Functiont |
 |
CHOP MODE selection screen |
New High Speed Stray Light Reduction Function!
(SWITCH Sweep Function)
Measurement with stray light reduction is faster! |
A high speed stray light* reduction function (SWITCH sweep function) has been added, speeding up measurement times. When compared to the CHOP function used in conventional models, the stray light reduction function is Approximately 2.4 times faster.
Measurement conditions: SPAN: 0.5 nm, RES: 10 pm, SENS: HIGH1/SW, SAMPLE: AUTO |
| * Stray light originates from reflection and scattering on the surfaces of optical components inside optical instruments and their holders. As it is from factors other than normal refraction and reflection, it can be harmful to image formation. |
| LAN Function |
LAN Remote Function
In addition to GP-IB and RS-232C, the unit also comes with LAN-based remote control functions! |
| The LAN function enables remote control of an external instrument. Also, by entering network settings on the instrument (computer name and LAN port interface settings for TCP/IP) you can open a connection with an external PC using FTP client software. The connection lets you write waveform and program data saved on the unit's hard disk (HDD) at high speed from the PC using FTP. |
FTP Server Function
|
FTP Server Function
LAN connection with an external PC! Write data from the instrument's hard disk (HDD) via FT |
|
| |
|||||||| Click here for Detailed Specifications
| General |
| |
|
| Applicable fiber |
SM (9.5/125μm), GI (50/125μm) |
| Measurement wavelength range |
600 to 1700nm |
| Span |
0.1nm to full range and zero span |
Wavelength
accuracy1), 2), 3), 4) |
±10pm (1520 to 1580nm, after calibration with built-in source)
±20pm (1450 to 1520nm, after calibration with built-in source)
±20pm (1580 to 1620nm, after calibration with built-in source)
±50pm (Full range, after calibration with built-in source) |
Wavelength
linearity1), 2), 3), 4) |
±10pm (1520 to 1580nm, after calibration with built-in source)
±20pm (1450 to 1520nm, after calibration with built-in source)
±20pm (1580 to 1620nm, after calibration with built-in source) |
| Wavelength repeatability1), 2), 3), 4) |
±2pm (1min. or less, 1450 to 1620nm) |
| Number of samplings |
101 to 50001 |
| Resolution bandwidth |
0.01, 0.02, 0.05, 0.1, 0.2, 0.5 and 1nm |
Resolution
accuracy1), 3), 4), 5) |
±2% (RES.: 0.1nm or wider, 1450 to 1620nm)
±2.5% (RES.: 0.05nm, 1450 to 1620nm)
±6% (RES.: 0.02nm, 1450 to 1620nm) |
Level sensitivity
setting 6) |
NORM_HOLD, NORM_AUTO, MID, HIGH 1, HIGH 2
and HIGH 3 |
Level
sensitivity1), 3), 5), 7) |
-90dBm (1250 to 1620nm, RES.: 0.05nm or wider,
SENS.: HIGH 3)
-80dBm (1000 to 1250nm, RES.: 0.05nm or wider,
SENS.: HIGH 3)
-60dBm (800 to 1000nm, 1620 to 1680nm, RES.:
0.05nm or wider, SENS.: HIGH 3) |
| Level accuracy1), 5), 7), 8) |
±0.3dB (1550/1600nm, 0/-20dBm, RES.: 0.02nm or wider)
±0.3dB (1310nm, 0/-20dBm, RES.: 0.05nm or wider) |
| Level linearity1), 3), 5), 7) |
±0.05dB (-50 to +10dBm, RES.: 0.02nm or wider,
SENS.: HIGH 1 to 3) |
| Level flatness1), 5), 7), 8) |
±0.1dB (1520 to 1620nm, -20dBm, RES.: 0.02nm or wider) |
| Level stability1), 5), 7), 8) |
±0.01dB at 1min., ±0.02dB at 15min. (1550/1600nm,
-20dBm, RES.: 0.05nm or wider) |
| Maximum input power1) |
+23dBm (Per channel, Full span, Attenuation on) |
| Safe max. input power1) |
+27dBm (Total safe power, Attenuation on) |
| Close-in dynamic range1), 5), 7), 9) |
40dB (±50pm from peak at 1523nm, RES.: 0.01nm)
60dB (±100pm from peak at 1523nm, RES.: 0.01nm)
70dB (±200pm from peak at 1523nm, RES.: 0.01nm)
60dB (±200pm from peak at 1523nm, RES.: 0.1nm) |
| Polarization dependency1), 5), 7) |
±0.05dB (1520 to 1620nm, RES.: 0.02nm or wider)
±0.07dB (1450 to 1520nm, RES.: 0.02nm or wider)
±0.07dB (typ.) (1310nm, RES.: 0.05nm or wider) |
| Sweep time |
0.5 sec. (any 100nm, SMPL.: 1001, SENS.:
NORM_HOLD)10) 1 sec. (any 100nm, SMPL.: 1001, SENS.: MID)10)
3 sec. (any 100nm, SMPL.: 1001, SENS.: HIGH 1)10)
15 sec. (any 100nm, SMPL.: 1001, SENS.: HIGH 3)11)
120 sec. (any 100nm, SMPL.: 1001, SENS.: HIGH 3
with chop mode on)11) |
| Function |
|
| Automatic
measurement |
Program function (64 programs, 200 steps) |
| Setting of
measuring
conditions |
Span setting: 0 to 1100nm,
Number of averaging setting: 1 to 999 times,
Automatic measuring condition setting function,
Sweep between line markers function, 0nm sweep function,
External trigger measurement function,
Air/Vacuum wavelength measurement function |
- With 9.5/125μm SMF, after 1 hour warm-up, after optical alignment
- At 15 to 30 °C
- At chop mode off
- Horizontal scale: wavelength display mode
- At 23 ± 3 °C
- Internal chop mode available at HIGH1 to 3 sensitivity settings
- With applied input fiber Type B1.1 9.5/125μm SMF defined on IEC60793-2 (Mode field diameter: 9.5μm,
NA: 0.104 to 0.107, PC polished), attenuation off, vertical scale: absolute power display mode
- Sensitivity setting is MID, HIGH1 to 3 and chop mode off
- Sensitivity setting is HIGH3 and chop mode on
- For wavelength resolution 0.2nm
- For wavelength resolution 0.5nm
- Please ask local agent for printer type.
- AQ9441 universal adapter (optional) is required for the output port of the reference light source (specify
FC, SC or ST for connector type).
- *: Connector type. Specify FC, SC or ST connector.
- Except protector
|
| Specifications cnt'd |
| Functions |
|
| Display |
Level scale setting: 0.1 to 10dB/div.,
Vertical division number setting: 8, 10 or 12,
Ref. level position setting function, Linear scale display,
Simultaneous display of 7 independent traces,
Data table display, Label display, Split display,
Normalized display, Curve-fit display, |
| Display |
Power density display, % display, dB/nm display,
dB/km display, Template display, Horizontal scale zoom
in/out display, Frequency display of horizontal axis scale |
| Trace |
7 independent traces, Max./Min. hold,
Calculate between traces,
Roll average, Normalize, Curve-fit |
| Marker/Search |
Delta marker (Max. 1024), Line marker, Peak search,
Next peak search, Bottom search, Next bottom search,
Auto search, Peak/Bottom search between line markers,
Search in the zooming area |
| Analysis |
WDM analysis, EDFA analysis, Optical filter analysis,
WDM filter analysis, Spectral width, Notch width,
SMSR analysis, PMD analysis, LED/FP-LD/DFB-LD
analysis, Power analysis, Go/NoGo judgment,
Auto analysis, Analysis between line markers,
Analysis in the area |
| Ethernet |
TCP/IP Protocol, FTP function |
| External printer1) |
ESC/P |
| Others2) |
Self wavelength calibration with built-in reference light source
Optical alignment with built-in reference light source |
| Memory |
Build-in FDD
3.5-inch 2HD) |
MS/DOS format |
| Internal memory |
32 traces, 20 programs |
| File format |
Binary/CSV(Text), BMP/TIFF |
| Interface |
|
| Remote control |
AQ6317 Series compliant commands (IEEE488.1),
IEEE488.2 full support |
| Others |
GPIB x 2, RS232C, Printer port, External SVGA, PS/2 x 2, LAN |
| General |
| Display |
10.4-inch color LCD (Resolution: 800 x 600 dots) |
| Printer |
Built-in high-speed thermal printer |
| Optical connector3) |
AQ9447 (*) connector adapter: optional |
| Power requirement |
100 to 240 (±10%) V, 50/60Hz, approx. 400VA |
| Environmental conditions |
Operating temperature: +5 to +40°C
Storage temperature : -10 to +50°C
Humidity: 80%RH or less (no condensation) |
| Dimensions & mass4) |
Approx. 425 (W) x 222 (H) x 500 (D) mm, 33kg |
| Accessories |
Power cord: 1,
printer paper: 1
instruction manual: 1 |
- Please ask local agent for printer type.
- AQ9441 universal adapter (optional) is required for the output port of the reference light source (specify FC, SC or ST for connector type).
- *: Connector type. Specify FC, SC or ST connector.
- xcept protector
|
|
| |
- Related Products
- Product Categories
- AQ6319 Program Function
- Digital transmission test instruments
10 Gbit/s BERT module, E/O modules, O/E modules
- Optical sources
LD light sources, Fabry-Perot LD modules, DFB-LD module, Tunable laser source module, White light source
- Optical power meters
Optical powermeters, Sensor modules, Sensor heads, High resolution reflect meter for return loss measurement
- OTDR
- Optical time domain reflectometers
- Optical spectrum analysis products
- Optical spectrum analyzers
- Display tester
Display tester for luminance, contrast, flicker and chromaticity measurements.
- Optical attenuators, switches and others
Optical attenuators, Optical attenuator modules, Optical switch
- Platforms
Multi-application Test system - Optical sensing products
FBG sensor monitor, Optical fiber strain analyzer
- Optical Transport Analyzers
Measure the
transmission and reception of communication frames, alarm/error characteristics,
and the transmission characteristics
- AQ6319
Optical Spectrum Analyzer
With an unprecedented wavelength accuracy of ±10 pm (1520-1580 nm), the AQ6319 OSA has become an outstanding instrument in both general and specialized R&D labs for high accuracy wavelength measurement.
- AQ4305
White Light Source
The AQ4305 white light source provides incoherent light to measure wavelength dependent loss characteristics for optical devices and optical fibers, in conjunction with an optical spectrum analyzer.
- AQ2200
Tunable Laser/DFB-LD Sources
The AQ2200 multi application test system is the ideal system for measuring and evaluating a wide range of optical devices and optical transmitters.
|
| |
| |
|
|
|
| |
| |
 Specifications |
|
|
.jpg){kind=small}
.jpg){kind=small}
