Active pixel array 160H x 120V

Active pixel array 80H x 60V

 

 

Thermal Image Sensor 160H x 120V 12μm x 12μm Module

Have you see what we saw? With FLIRRadiometricLepton 0 3DevKit, you'll be able to bring FLIR's thermal imaging reliability and power to, Raspberry Pi or any -based development tool, all in an easy-to-access breadboard-friendly package. Simply plug the Lepton 0 3 imager module to the provided breakout line and connect the title so you can see it in a completely dark environment right away!

 

The RadiometricLepton 0 3LWIR module included in each development apt acts as a camera that packs 80 x 60 effective pixel resolution into a camera body that is smaller than a dime and captures infrared radiation input in its nominal response band. (From 8 to 14 microns) . of the same time, each of These kits provides Lepton with sockets, Power supplies, 25Mhz crystal oscillators, 100 mil connectors for breadboards or for connection to any host system Some things to consider about this kit: the breakout board will accept 3-5V input and adjust it to what Lepton 0 3 wants, read images from The lepton module, just one SPI port, and configure camera settings You also need an I2C port, but this is not required.

 

1xFLIRlepton 0 32.5 - Thermal Imaging Module

1xFLIRlepton 0 3 - Breakout board

 

LWIR sensor with a wavelength of 8 to 14 μm

50 ° HFOV, 60 ° diagonal

80 (h) × 60 (v) effective pixels

Thermal sensitivity

Radiation accuracy (35 ° C Blackbody) is greater than:

High gain: ± 5C at 25 ° C

Low gain ± 10C at 25 ° C

Pixel size: 17 microns

Frame rate: 9 Hz.

Output format: user-selectable 14-bit, 8-bit (AGC application) or 24-bit RGB (application AGC and coloring)

SPI video interface

Two-wire I2C class serial control interface

Fast imaging (

Low operating power, nominal 150 mW (