Home> Products> Optical Spectrum Instrument> Introduction to Lambda hyper-spectral imaging system
Introduction to Lambda hyper-spectral imaging system
Introduction to Lambda hyper-spectral imaging system
Introduction to Lambda hyper-spectral imaging system
Introduction to Lambda hyper-spectral imaging system

Introduction to Lambda hyper-spectral imaging system

Incoterm:EXW,FCA,CPT,CIP
Transportation:Express

  • Product Attributes
  • Packaging & Delivery
  • Product Description
  • Supply Ability & Additional Information
Product Attributes

BrandChampion Optics

Instrument ModelLambda-VN

Spectral Region420~1000 nm

Spectral Resolution10 nm

Number Of Spectral Channels>100

Built-in Computer InterfaceUSB3.0+HDMI

Lens InterfaceC-Mount

System Power SupplyDC 16.8 V

Built-in Microprocessori7Processor

Internal Battery65 Wh

System Power Consumption45 W

Place Of OriginChina

Packaging & Delivery
Selling Units: Others
Product Description

Lambda Hyper-spectral Imaging system introduction:Hyper-spectral imaging is an image data technology based on multiple narrow band imaging developed in the past two decadesIts most prominent application is in the field of remote sensing detectionAnd in more and more civil fields have greater application prospectsIt focuses on advanced technologies in optics, photo-electronics, information processing, computer science and other fieldsIt is a new technology produced by combining traditional two-dimensional imaging technology and spectral technology.

The spectral characteristics of an object are closely related to its intrinsic physic-chemical propertiesThe difference of composition and structure results in the selective absorption and emission of photons of different wavelengthsSo that the object's spectrum has a "fingerprint" effectDifferent things have different spectraTherefore, different material information can be distinguished according to spectral characteristicsComplete and continuous spectral curves can better reflect the intrinsic microscopic differences between different substancesThis is also the physical basis of hyper-spectral imaging technology to realize the fine detection of ground objects.


Hyper-spectral imaging technology has a large number of bands (up to hundreds)Narrow width (≤10-2λ)Wide spectral range (200-2500nm) and spectrum integrationThe advantage is that the collected images are rich in informationHigh degree of identification and more data description modelsGradient film hyper-spectral camera is made by plating different bands of gradient film on the array detectorA nondestructive testing and analysis instrument that can obtain spectral and image information simultaneously and quickly.


Lambda hyper-spectral cameras utilize gradient coating technologyNo traditional grating beam split module is requiredThe target object can be continuously imaged in tens or hundreds of spectral bands within the spectral coverageWhile obtaining the image of the spatial feature of the objectThe spectral information of the measured object is also obtainedIt is mainly aimed at remote imaging testing of outdoor or large objects and some applications requiring portable operationLambda hyper-spectral camera integrates array detector, driving power supply, motion control module, data acquisition module and so onThe volume and weight of the system are greatly reducedRealize automatic exposure, automatic matching scanning speedAt the same time, the monitoring range can be determined by the auxiliary camera function carriedIn terms of data processing, it has the functions of data calibration, pretreatment and selective exportSimple appearance, easy to operate.

Parameter of camera:

instrument model

Lambda-VN

Lambda-VNS

Lambda-Nir

spectral region

420~1000 nm

420~1000 nm

1100~1660 nm

spectral resolution

10 nm

1 0nm

20 nm

Number of spectral channels

>100

>100

32/64

Standard lens

Focal length(mm)

· 25(Other focal lengths are optional*1

· 25(Other focal lengths are optional*1

· 30(Other focal lengths are optional*2

working distance(mm)

150-∞

150-∞

150-∞

field angle

19°

23°

18°

detector

2048*2048

CMOS

2048*2048

sCMOS

640*512

InGaAs FPA

· Number of pixels

(Spatial dimension * scanning dimension)

1600*1200(1X)

800*600(2X)

1600*1200(1X)

800*600(2X)

640*512

pixel size

5.5*5.5 μm

6.5*6.5 μm

15*15 μm

digital output

10 bit

12 bit

14 bit

frame number

90 fps

45 fps

50 fps

Exposure time range

28 μs-1 s

10 μs-10 s

10 μs-1 s

Built-in computer interface

USB3.0+HDMI

· Lens interface

C-Mount

system power supply

DC 16.8 V

· Built-in microprocessor

· i7processor

Transportation and storage256G SSD

internal battery

65 Wh

65 Wh

65 Wh

· System power consumption

45 W

60 W

60 W

PngLambda Jpg




Supply Ability & Additional Information

TransportationExpress

Place of OriginChina

HS CodeISO9001:20

IncotermEXW,FCA,CPT,CIP

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