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High-Resolution

Phenom High-Resolution Spectrometer

High resolution for OEM and Research

535–1578 nmSNR to 60004variants

Used in Semiconductor, Biomedical

Phenom High-Resolution Spectrometer

Models and specifications

Values are taken from the Phenom High-Resolution Spectrometer datasheet. For a specification not listed here, ask an applications engineer.

Models and specifications: High-Resolution
ModelDetectorPixelsRange (nm)SNR
PN1050 1 CCD 2048 535–650 4700
PN1080 2 CMOS 4096 535–650 3200
PN2080 3 CMOS 4096 535–650 3200
PN2570 4 InGaAs 512 1522–1578 6000
  1. PN1050: Range 535–565 nm or 535–650 nm, customizable within 400–1000 nm. 16-bit A/D.
  2. PN1080: Shares specifications with PN2080. Range 535–565 nm or 535–650 nm, customizable within 400–1000 nm. 16-bit A/D.
  3. PN2080: Shares specifications with PN1080.
  4. PN2570: NIR model, customizable within 900–1700 nm. 16-bit A/D.

A dash means the value is not specified for that model. An applications engineer can help with any specification not listed.

Common to every model

Integration time
0.1 ms - 65 s (model dependent)
A/D converter
16
Interface
USB 2.0 High-Speed (480 Mbps)
Connector
SMA905 or FC/PC (ferrule length < 9.812 mm)
Operating temperature (°C)
0 to 50
Storage temperature (°C)
-30 to 70
Humidity
0-90% non-condensing
Dimensions (mm)
180 (L) x 175 (W) x 60.7 (H)
Power
+5 VDC, 300 mA via USB; voltage range 4.75-5.25 V
Gratings
1500 g/mm @ 600 nm, 2400 g/mm @ 300 nm (PN); 830 g/mm @ 1200 nm (PN-NIR)
Slits
10 µm or 25 µm
Optics
T-R-T Czerny-Turner design with 2nd & 3rd order rejection; f/# 5.0, NA 0.1, focal length (R1-R2) 85-101.5 mm
Stray light
0.2%
Digital I/O
Six 3.3 V pins (GPIO, UART TX/RX, light source control, external trigger); external 8-pin I/O port
Trigger modes
Single, multiple, and software trigger with programmable delay
Buffering
Up to 4,000 spectra in ring-buffer mode
Calibration storage
Flash ROM (wavelength, linearity and intensity coefficients)
A/D conversion rate
15 MHz

Next step

Discuss the Phenom High-Resolution Spectrometer with an engineer

Send the sample type, the wavelength range and the accuracy required. An Evolve Sensing engineer will confirm the configuration, or recommend a different instrument where one suits the measurement better.