PIKA IR-L Hyperspectral Imager

NegotiableUpdate on 03/19

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Pika IR-L is a linear scanning hyperspectral imager that covers the near-infrared spectral range (925-1700 nm). This infrared imaging device is high-speed, lightweight, and cost-effective. It can be used in conjunction with Resonon's desktop, field, and airborne systems, independently with the help of software development toolkits, or integrated into machine vision systems.

Product Details

PikaIR-LIt is a product that covers the near-infrared spectral range（925-1700 nm）The linear scanning hyperspectral imaging instrument. This infrared imaging device is high-speed, lightweight, and cost-effective. Can be withResononofDesktop, field, and airborne systems can be used in combination, independently with the help of software development toolkits, or integrated into machine vision systems for use.

PIKA IR-L 高光谱成像仪

characteristic

Spectral range: 925-1700 nm

320 spatial pixels per row

236 spectral channels per row

High speed (521 fps max)

PIKA IR-L 高光谱成像仪

TECHNICAL INDEX

spectral range	925-1700 nm
Number of spectral channels^[^1]	236
sampling interval	3.3 nm
Spectral resolution (FWHM)	5.9 nm
Each pixel has scattered colors	3.28 nm
Number of spatial channels	320
Aperture f/#	1.8
size	210×68×63 mm
Weight (without lens)	1.01 kg
power requirement	10.8-30.0 V
Maximum frame rate	521 fps
Connection method	GigE
bits	14
pixel size	30 μm
psnr^[^2]	1581
Binning	Spectral and spatial availability
Pixel depth of field	2.5 Me-
slit width	30 μm
Spectrometer magnification	1.0
sensor type	InGaAs
Sensor cooling	TEC
Operating temperature (non condensing)	-20-+50℃
Suggested temperature (non condensing)	+5-+40℃
Objective lens interface	CS-mount
Objective lens optional field of view angle	5°，7°，11°，22°，77°
Software development kit	Windows，C++

[1] The number of spectral channels in the range of 925-1700 nm. The total number of spectral channels provided by Pika IR-L is 240, with the band extending beyond the two edges of the spectral range.

[2] This value is obtained at the minimum binning. SNR can be increased through spectral and spatial binning.

The sample data and hyperspectral analysis software can be downloaded for free from downloads.resonon.com.

The C++software development toolkit can directly control hyperspectral imaging instruments.