>Short Wavelength Spectrum Analyzer (AQ6373B)
The AQ6373B is one of the newest members of the AQ6370 family.
The wavelength range is between 350nm and 1200nm, with high-speed and accurate analysis capabilities, and the application range is extremely wide. The AQ6373B helps accelerate the development and production of short-wavelength lasers, passive devices, LEDs, and devices that use these devices in applications such as biology, materials processing, consumer products, and telecommunications. With built-in color analysis and compatibility with AQ6315 remote commands, the AQ6373B can provide AQ6315 veterans with higher levels of functionality, speed and optical performance.
Wavelength range: 350 ~ 1200nm
Wavelength accuracy: ± 0.05nm
Wavelength resolution: 0.02 ~ 10nm and 0.01nm (400 ~ 470nm)
Maximum safe input power: + 20dBm
Power sensitivity: -80dBm
Dynamic range: ≥60dB
Single-mode, multi-mode, and large-core fibers
Built-in optical axis alignment adjustment light source
Wavelength calibration via external reference source
Has a variety of analysis functions, including VIS color analysis.
Optical active device (laser diode / fiber laser)
Optical passive device (filter / FBG / special fiber)
Support the development of applied photonic devices
Medical / biological: laser therapy, DNA sequencing, microscope
Industry: laser micromachining, laser marking machine
⎝⎛正规网赌app⎞⎠ electronics: laser projectors, next-generation optical discs, LED products
Measurement and sensing: lidar, interferometer
Telecommunications: Plastic Optical Fiber (POF) communications
World-class optical performance
High wavelength resolution & large dynamic range
Advanced monochrome structure achieves high wavelength resolution and large dynamic range. The steep spectral characteristics of the monochromator can effectively separate similar spectral signals and make accurate measurements.
It can accurately and quickly measure weak light signals.
7 sensitivity settings <br style="line-height: 16px;" /> You can choose the appropriate sensitivity according to the measurement application and measurement speed. Big dynamic mode
After inputting a strong light signal, stray light is easily generated, and a larger dynamic range can be obtained by reducing the effect of stray light.
Pulsed light measurement
Peak-Hold function and external trigger mode <br style="line-height: 16px;" /> can measure the pulse peak spectrum of the pulsed light signal. It is not only suitable for loop measurement of optical signal transmission in communication systems, but also for low-power measurement in the early development of laser chips, which can measure the peak power of pulse signals.
Free space input
One OSA handles both multimode and singlemode fiber
The change in insertion loss of the input connector is small, which improves measurement repeatability.
Non-physical connection, will not damage the connected fiber.
Support SM, GI (50 / 125μm, 62.5 / 125μm) and large-core fiber up to 800μm.
With advanced monochrome mirrors, faster circuits, and noise reduction technology, whether it is a steep-spectrum signal from DFB-LD or DWDM or a low-power signal from a broadband light source, the AQ6373B can achieve fast measurements.
Wide-span, high-precision scanning
While maintaining high wavelength resolution, the measurement range of a single scan can reach 50,001 data sampling points. This is simpler and more efficient than traditional systems because the number of sampling points used in traditional systems is small and multiple measurements are required to cover the entire wavelength range.
Easy to ensure accuracy
The impact of changes in environmental conditions, vibration east, and shocks on optical precision products such as spectrum analyzers will affect optical devices and eventually lead to reduced optical performance.
With standard features, the AQ6373B takes only a few minutes to achieve higher optical performance, making it easy to start measurements quickly.
Optical axis alignment adjustment function
The built-in light source automatically aligns the optical path of the monochromator to ensure the high performance of the instrument.
Wavelength calibration function
Automatically calibrate the spectrum analyzer with an external light source to ensure wavelength accuracy.
Built-in optical axis alignment adjustment source
Tip: GI 50 / 125µm fiber is required.
Wavelength calibration requires the use of an external light source.
Tip: Sometimes the optical axis alignment adjustment function and wavelength calibration function cannot ensure the optical performance.
Regular calibration is also required.
功能】 [ Function]
Data logging function
It can record the analysis results of distributed feedback laser (DFB-LD) and multi-peak measurement values, up to 10,000 points per channel, and time stamped.
Advanced marker functions
In order to obtain the power density and the integrated power value of the specified spectrum, advanced markers can be added at the marker points.
easy to use
Curve zoom function
By clicking and dragging the mouse, you can change the display conditions, such as the center wavelength and span.
You can instantly zoom in and move the area of interest.
There is no need to modify the display conditions by measuring again.
Mouse & keyboard operation
The front panel is intuitive and easy to use.
Mouse operation is simpler.
Use the keyboard to enter tags and file names.
Convenient data manipulation
-The USB 1.1 interface supports large-capacity mobile storage devices such as flash memory and hard disk drives (HDD).
-Easy to carry large data files.
-Save more than 20,000 data files.
File type and format:
-Waveform: Binary and ASCII (CSV)
-Graphics: Bitmap (BMP) and TIFF
-Analysis results: binary and ASCII (CSV)
-Template: ASCII (CSV)
-System settings: binary
-Macro program: binary
Thumbnail file preview
Easily locate specific files among thousands of files in internal and external storage.
Multiple analysis functions
Spectrum analysis function
12 data analysis functions suitable for various applications
Built-in analysis functions:
-Spectral Width Analysis
-WDM (OSNR) analysis
-Optical power analysis
-Various filter analysis
7 independent curves
Inter-curve calculation (subtraction of two curves)
Max / Min hold
Display multiple curves at the same time
Building an automated test system
Macro programming function
Build a simple automated test system
No external PC required.
Test programs can be easily created by recording the user's actual keystrokes and selection parameters.
Through the remote interface, external devices can be controlled.
Fast remote interface
GP-IB, RS-232, and Ethernet (10 / 100Base-T) interfaces
It is easy to control and establish an automatic test system through an external PC.
Through high-speed measurement, command processing and data transmission,
Improves test throughput for test systems.
Compatible with SCPI
The standard remote control command is compatible with SCPI. It is an ASCII text file based on standard codes and its format conforms to IEEE-488.2.
AQ6317 simulation mode
Supports the dedicated remote control commands of YOKOGAWA's best-selling models AQ6317 series and AQ6315, which facilitates users to upgrade from the current automatic test environment.
Tip: If the specifications and functions change, some commands may not be compatible.
Works with LabVIEW® driver
Visible LED test
Measure and analyze the spectrum of visible LEDs for lighting, indication, sensing, and other applications. The AQ6373B supports the input of large core fiber, which can effectively obtain LED light and perform measurement on its spectrum. The built-in color analysis function will automatically evaluate the dominant wavelength and the chromaticity coordinates of the light source.
FP-LD (VCSEL) light source analysis
Today, FP-LD light sources that emit visible light (VIS) wavelengths have been widely used in different devices or systems in different application fields, such as:
– Industrial: barcode scanner, LiDAR surface scanner;
– Consumer electronics: audio output of Hi-Fi audio system, laser printer, computer mouse;
– Automotive / ⎝⎛正规网赌app⎞⎠ Networking: Plastic Optical Fiber Cabling
Product attributes [Wavelength range] 350nm-1200nm [Optical resolution] 0.02nm