Modular Spectrometers

Modular Spectroscopy Overview chart:

MONOCHROMATORS AND SPECTROGRAPHS


MODEL

FOCAL LENGTH (mm)

F/#

RESOLUTION (nm)

DISPERSION (nm/mm)

TURRET CONFIGURATION

SPECIAL FEATURES

SMALL SERIES

9030

100

F/3.2

1

8

Single Grating 32mm x 32mm

Compact Monochromator

9030DA

100x2

F/3.2

0.5

4

Single Grating 32mm x 32mm

Double Additive

9030DS

100x2

F/3.2

1

Effectively 0

Single Grating 32mm x 32mm

Double Subtractive

9072

125

F/3.5

0.4

7

Triple Grating 30mm x 30mm

Motorized Compact Monochromator

9072DA

125x2

F/3.5

0.2

3.5

Triple Grating 30mm x 30mm

Double Additive

9072DS

125x2

F/3.5

0.4

Effectively 0

Triple Grating 30mm x 30mm

Double Subtractive

STANDARD SERIES

9010

200

F/3.5

0.4

4

Double Grating 50mm x 50mm

Manual Monochromator/Spectrograph

9055

250

F/3.5

0.2

4

Triple Grating 50mm x 50mm

Motorized Monochromator/Spectrograph

9055F

250

F/2.5

0.4

3.3

Double Grating 64mm x 64mm

Fast Version Motorized Monochromator/Spectrograph

9055DX

250x2

F/3.5

0.1

1.7

Triple Grating 50mm x 50mm

Motorized Double Additive/Subtractive

9055DX-i

250x2

F/3.5

0.09

1.7

Triple Grating 50mm x 50mm

Motorized Imaging Monochromator/Spectrograph

9057

457

F/8

0.2

1.79

Triple Grating 50mm x 50mm

Half Meter Motorized Monochromator/Spectrograph

9057i

457

F/8

0.1

1.79

Triple Grating 50mm x 50mm

Half Meter Motorized Imaging Monochromator/Spectrograph

9057F

457

F/5.9

0.1

1.79

Triple Grating 64mm x 64mm

Fast Version Half Meter Motorized Monochromator/Spectrograph

HIGH RESOLUTION SERIES

9040-1G 9040-3G

550

F/6.9

0.03

1.53

Single Grating 64mmx64mm
Up to 3 gratings 64mm x 64mm

Half Meter High Resolution

9040F

550

F/5.2

0.03

1.53

Single Grating 84mm x 84mm

Half Meter High Resolution Fast Version

9040EF

550

F/4.0

0.05

1.53

Single Grating 110mm x 110mm

Half Meter High Performace

9040-DX (DS Configuration)

550

F/6.9

0.03

Effectively 0

Single Grating 64mm x 64mm

Half Meter High Resolution Double Subtractive

9040DX (DA Configuration)

550

F/6.9

0.015

4

Single Grating 64mm x 64mm

Half Meter High Resolution Double Additive

9490

1000

F/13

0.017

0.83

Up to 3 gratings 64mm x 64mm

One Meter High Resolution

9490SD

1000

F/13

0.009

0.42

Up to 3 gratings 64mm x 64mm

One Meter High Resolution Single/Double Pass

9150

1500

F/12

0.013

0.5

Single Grating 110mm x 110mm

One and a Half Meter High Resolution

9150SD

1500x2

F/12

0.0063

0.25

Single Grating 110mm x 110mm

One and a Half Meter Single/Double Pass

9150X

1500

F/25

N/A

1pm/1px

Special gratings

One and a Half Meter Echelle Spectrometer

 


 

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Unlock precision in pulsed light analysis with SciPulseSpec. Designed for solar simulators, LEDs, flash lamps, and adaptive lighting systems, this advanced spectroradiometer captures the temporal evolution of a pulse with integration times as short as 50 µs. Featuring an integrated optical trigger, NIST-traceable calibration, and automatic spectral irradiance calculation, SciPulseSpec delivers accurate spectral data for 1 Sun measurements (1000 W/m²). Complete with fused silica fiber optics for collection, BNC outputs, and intuitive RunSpectrometer software for customizable scripting and data visualization, SciPulseSpec is your solution for high-performance spectral characterization.

Intended Irradiance Range: 0.5 - 1.5 Suns (500-1500 W/m^2)
Spectral Range: 300–1050 nm
Spectral Resolution: 1.2 nm
Wavelength Accuracy: ±0.5 nm
Signal-to-Noise Ratio: >380 (no average)
Dynamic Range: >2300 (no average), >10,000 (average 10)
Integration Time: 50–1000 µs (1 µs step)
Delay Time: 0–∞ µs
Detector: Linear CCD
Power: 24 V DC

While designed for pulsed light source measurements, SciPulseSpec can also be used to measure continuous light sources. A shutter or other source of modulation will be needed to activate the optical triggering mechanism.
Unlock precision in pulsed light analysis with SciPulseSpec. Designed for solar simulators, LEDs, flash lamps, and adaptive lighting systems, this advanced spectroradiometer captures the temporal evolution of a pulse with integration times as short as 50 µs. Featuring an integrated optical trigger, NIST-traceable calibration, and automatic spectral irradiance calculation, SciPulseSpec delivers accurate spectral data for 1 Sun measurements (1000 W/m²). Complete with fused silica fiber optics for collection, BNC outputs, and intuitive RunSpectrometer software for customizable scripting and data visualization, SciPulseSpec is your solution for high-performance spectral characterization.

Intended Irradiance Range: 0.5 - 1.5 Suns (500-1500 W/m^2)
Spectral Range: 300–1050 nm
Spectral Resolution: 1.2 nm
Wavelength Accuracy: ±0.5 nm
Signal-to-Noise Ratio: >380 (no average)
Dynamic Range: >2300 (no average), >10,000 (average 10)
Integration Time: 50–1000 µs (1 µs step)
Delay Time: 0–∞ µs
Detector: Linear CCD
Power: 24 V DC

While designed for pulsed light source measurements, SciPulseSpec can also be used to measure continuous light sources. A shutter or other source of modulation will be needed to activate the optical triggering mechanism.
35,349.00 35349.0 USD
Price Valid only in North America
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