FLA6300 Series Miniature Fiber-Optic Spectrometer
FLA6300 Sensitive Back-Illuminated Cooled Mini Spectrometer for Fluorescence/Raman,Circuit-Assisted20℃ below Ambient Lowers Dark Noise/Raises SNR,Balanced Price/Performance for High-End Integration.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Spectral Range [Parameter Image 02; According to Selection Table] | 200~1100 nm |
| Wavelength Resolution [Parameter Image 02] | Up to 0.03 |
| Optical Resolution [Parameter Image 02; According to Selection Table; Figure 01 Slit / Wavelength-Band Matrices Listed Separately] | Up to 0.10nm FWHM |
| Higher-Order Diffraction | Higher-Order Diffraction Suppression Filter Added (Optional) |
| Stray Light | <0.1 % |
| Detector Model | Hamamatsu CCD Area Sensor |
| Detection Spectral Range | 200~1100nm |
| Pixel | 2048 pixels |
| Pixel Size | 14um(H)×14um(V)×64 |
| High Sensitivity | 7uV/e− |
| Maximum Speed [No Speed Unit after Original M; Hz Not Added] | 1M |
| Optical Path [Source Czermy Retained Literally] | F/4, Symmetric Crossed Czermy-Turner Optical Path |
| Focal Length | 100mm；110mm |
| Entrance Slit | Standard 70um (Optional) |
| Optical Fiber | SMA905 0.22NA |
| Signal-to-Noise Ratio | 500:1 |
| Linearity | >99% |
| Integration Time | 12ms~4min |
| Dynamic Range | 4500:1 |
| AD | Distortion-Free 16-Bit |
| Test Speed | 12ms+ integration time |
| Communication Interface | USB2.0 |
| Expansion Interface | 16PIN Expansion Interface; External Trigger Function |
| Power Consumption [Current @ Voltage Value in Original Power Consumption Field; Copied without Conversion to W] | 450mA@5V DC |
| Supported Systems | Windows，Android，Linux，Wince |
| Dimensions [Parameter Image 02 Independent Specification Table; Mechanical Drawing Excluded] | 182 mm × 110 mm × 50 mm |
| Weight | 1600 g |
| Fixed | Standard Mounting Holes in 3 Directions |
| Cooling [Original Current @ Voltage Copied without Power Conversion] | 2A@5V DC |
| Optical Resolution [Parameter image 01; spectral range 200~500nm; entrance slit 30μm; the selection combination is not a new model] | 0.70 nm |
| Optical Resolution [Parameter image 01; spectral range 200~500nm; entrance slit 40μm; the selection combination is not a new model] | 0.90 nm |
| Optical Resolution [Parameter image 01; spectral range 200~500nm; entrance slit 50μm; the selection combination is not a new model] | 1.00 nm |
| Optical Resolution [Parameter image 01; spectral range 200~500nm; entrance slit 60μm; the selection combination is not a new model] | 1.10 nm |
| Optical Resolution [Parameter image 01; spectral range 200~500nm; entrance slit 70μm; the selection combination is not a new model] | 1.20 nm |
| Optical Resolution [Parameter image 01; spectral range 200~500nm; entrance slit 100μm; the selection combination is not a new model] | 1.90 nm |
| Optical Resolution [Parameter image 01; spectral range 200~500nm; entrance slit 150μm; the selection combination is not a new model] | 2.80 nm |
| Optical Resolution [Parameter image 01; spectral range 200~500nm; entrance slit 200μm; the selection combination is not a new model] | 3.70 nm |
| Optical Resolution [Parameter image 01; spectral range 380~800nm; entrance slit 30μm; the selection combination is not a new model] | 1.10 nm |
| Optical Resolution [Parameter image 01; spectral range 380~800nm; entrance slit 40μm; the selection combination is not a new model] | 1.20 nm |
| Optical Resolution [Parameter image 01; spectral range 380~800nm; entrance slit 50μm; the selection combination is not a new model] | 1.50 nm |
| Optical Resolution [Parameter image 01; spectral range 380~800nm; entrance slit 60μm; the selection combination is not a new model] | 1.70 nm |
| Optical Resolution [Parameter image 01; spectral range 380~800nm; entrance slit 70μm; the selection combination is not a new model] | 2.00 nm |
| Optical Resolution [Parameter image 01; spectral range 380~800nm; entrance slit 100μm; the selection combination is not a new model] | 3.00 nm |
| Optical Resolution [Parameter image 01; spectral range 380~800nm; entrance slit 150μm; the selection combination is not a new model] | 3.50 nm |
| Optical Resolution [Parameter image 01; spectral range 380~800nm; entrance slit 200μm; the selection combination is not a new model] | 6.00 nm |
| Optical Resolution [Parameter image 01; spectral range 350~1100nm; entrance slit 30μm; the selection combination is not a new model] | 1.50 nm |
| Optical Resolution [Parameter image 01; spectral range 350~1100nm; entrance slit 40μm; the selection combination is not a new model] | 1.60 nm |
| Optical Resolution [Parameter image 01; spectral range 350~1100nm; entrance slit 50μm; the selection combination is not a new model] | 1.80 nm |
| Optical Resolution [Parameter image 01; spectral range 350~1100nm; entrance slit 60μm; the selection combination is not a new model] | 2.10 nm |
| Optical Resolution [Parameter image 01; spectral range 350~1100nm; entrance slit 70μm; the selection combination is not a new model] | 2.60 nm |
| Optical Resolution [Parameter image 01; spectral range 350~1100nm; entrance slit 100μm; the selection combination is not a new model] | 3.50 nm |
| Optical Resolution [Parameter image 01; spectral range 350~1100nm; entrance slit 150μm; the selection combination is not a new model] | 5.00 nm |
| Optical Resolution [Parameter image 01; spectral range 350~1100nm; entrance slit 200μm; the selection combination is not a new model] | 7.00 nm |
Applications
Key Features
Datasheet
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Supplier Information
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