Miniature Modular Spectrometers

Optosky ATP2000 Series Low Noise, Micro Fiber Spectrometer

Box

Optosky's ATP2000 series are general purpose spectrometers that can be configured for fluorescence, transmittance, reflectance, spectrophotometric and biochemical analysis. The compact form factor makes them suitable for lab, field, process and OEM applications.

£1,667.00

Model	Wavelength Range (nm)	Number of pixels	Integration time	Price
ATP2000P-DUV	180-410	2048	0.1 ms - 256 second	£1,667.00
ATP2000H-DUV	180-410	2048	0.01 ms - 60 second	£2,335.00
ATP2000P-UV	200-400	2048	0.1 ms - 256 second	£1,667.00
ATP2000H-UV	200-400	2048	0.01 ms - 60 second	£2,335.00
ATP2000P-UV-VIS	200-850	2048	0.1 ms - 256 second	£1,667.00
ATP2000H-UV-VIS	200-850	2048	0.01 ms - 60 second	£2,335.00
ATP2000P-UV-VIS-NIR	200-1050	2048	0.1 ms - 256 second	£1,667.00
ATP2000H-UV-VIS-NIR	200-1050	2048	0.01 ms - 60 second	£2,335.00
ATP2000P-VIS-NIR	300-1100	2048	0.1 ms - 256 second	£1,667.00
ATP2000H-VIS-NIR	300-1100	2048	0.01 ms - 60 second	£2,335.00
ATP2000P-NIR	780-1100	2048	0.1 ms - 256 second	£1,667.00
ATP2000H-NIR	780-1100	2048	0.01 ms - 60 second	£1,667.00

Summary Box

Description:

The ATP2000P is low-noise, high performance miniature fiber-spectrometer available in a variety of configurations with spectral ranges of 180-410nm, 200-400nm, 200-850nm, 300-1100nm, 200-1050nm, 780-1100nm. Additional gratings are available and the choice of slit widths (25μm, 50μm or 100μm) allows users to customise configurations for the specific projects.

Also available is the high speed ATP2000H whose frame speed of >2Kfps allows integration times down to 10μs.

Spectral range: 200-1100 nm
Optical resolution: 0.2-5 nm
Linear low noise CMOS detector with 2048 pixels
Integration times: 0.1ms-256s (ATP2000P), 10μs-60s (ATP2000H)
ADC 16 bit, 2MHz (ATP2000P),16 bit, 10 MHz (ATP2000H)

Specifications:

Model	Wavelength Range (nm)	Entrance slits (µm)	Detector Type	Number of Pixels	Integration Time	Signal To Noise Ratio	Optical Resolution	Dark Noise	Dynamic Range
ATP2000P-DUV	180-410	25, 50, 100µm	Linear silicon CCD array	2048	0.1 ms – 256 seconds	1800:1	0.2-5 nm	13 RMS	2000:1
ATP2000P-UV	200-400	25, 50, 100µm	Linear silicon CCD array	2048	0.1 ms – 256 seconds	1800:1	0.2-5 nm	13 RMS	2000:1
ATP2000P-UV-VIS	200-850	25, 50, 100µm	Linear silicon CCD array	2048	0.1 ms – 256 seconds	1800:1	0.2-5 nm	13 RMS	2000:1
ATP2000P-VIS-NIR	300-1100	25, 50, 100µm	Linear silicon CCD array	2048	0.1 ms – 256 seconds	1800:1	0.2-5 nm	13 RMS	2000:1
ATP2000P-UV-VIS-NIR	200-1050	25, 50, 100µm	Linear silicon CCD array	2048	0.1 ms – 256 seconds	1800:1	0.2-5 nm	13 RMS	2000:1
ATP2000P-NIR	780-1100	25, 50, 100µm	Linear silicon CCD array	2048	0.1 ms – 256 seconds	1800:1	0.2-5 nm	13 RMS	2000:1
ATP2000H-DUV	180-410	25, 50, 100µm	Linear silicon CCD array	2048	0.01 ms – 60 seconds	450:1	0.1-3 nm	13 RMS	2000:1
ATP2000H-UV	200-400	25, 50, 100µm	Linear silicon CCD array	2048	0.01 ms – 60 seconds	450:1	0.1-3 nm	13 RMS	2000:1
ATP2000H-UV-VIS	200-850	25, 50, 100µm	Linear silicon CCD array	2048	0.01 ms – 60 seconds	450:1	0.1-3 nm	13 RMS	2000:1
ATP2000H-VIS-NIR	300-1100	25, 50, 100µm	Linear silicon CCD array	2048	0.01 ms – 60 seconds	450:1	0.1-3 nm	13 RMS	2000:1
ATP2000H-UV-VIS-NIR	200-1050	25, 50, 100µm	Linear silicon CCD array	2048	0.01 ms – 60 seconds	450:1	0.1-3 nm	13 RMS	2000:1
ATP2000H-NIR	780-1100	25, 50, 100µm	Linear silicon CCD array	2048	0.01 ms – 60 seconds	450:1	0.1-3 nm	13 RMS	2000:1

Downloads:

ATP2000P Datasheet.pdf

ATP2000H Datasheet.pdf