Skip to main content

Cerca

Elementi taggati con: images


 
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
The #DIY-Thermocam is a #do-it-yourself #infrared #camera, based on the popular FLIR Lepton long-wave-infrared array sensor. Everything, from #software to #hardware, is completely #open-source! This allows everyone to modify or extend the functionalities of the device to their own needs!

Features:
- Fast #ARM #Cortex M4 processor (240MHz), based on the popular, #Arduino compatible #Teensy 3.6
- 160 x 120 pixel FLIR Lepton3 long-wave infrared array sensor for live thermographic #images
- Frame rate of up to 9 FPS (US export compliance) over the serial connection, 5 FPS on the device itself
- 2 MP visual camera to capture optical images, that can be used in a combined image
- MLX90614 single point-infrared sensor for high-precision spot temperatures (10° FOV)
- HDMI or analog #video output capabilities (640x480 pixel) over external video output module
- 3 operating modes: thermal only, thermal + visual, video recording
- 18 different color schemes including rainbow, ironblack, grayscale, hot & cold
- 3.2 inch LCD touch #display with bright colors, wide angle and resistive touch
- Save thermal and visual images with a resolution of 640x480 pixels on the device
- Save real-time videos and interval images with different time-lapse settings
- 8GB internal storage, accessible as an exchangeable SD / microSD slot
- 2500 mAh lithium polymer battery for long operation time (4-6 hours)
- Open-source firmware written in Arduino compatible C/C++ code
- Regular #firmware #updates with new features, flashable over a standalone firmware updater
- Standalone thermal viewer application to save high-quality thermal images & videos on the computer
- Fully compatible to the comprehensive thermal analysis software #ThermoVision by Joe-C
- Use simple commands to receive all thermal & configuration data over the #USB serial port with high speed

http://www.diy-thermocam.net
https://github.com/maxritter/DIY-Thermocam



#FOSS #FLOSS #OpenSource #SoftwareLibre #OpenHardware #HardwareLibre #Libre #Free #Freedom

 
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
Immagine/foto
The #DIY-Thermocam is a #do-it-yourself #infrared #camera, based on the popular FLIR Lepton long-wave-infrared array sensor. Everything, from #software to #hardware, is completely #open-source! This allows everyone to modify or extend the functionalities of the device to their own needs!

Features:
- Fast #ARM #Cortex M4 processor (240MHz), based on the popular, #Arduino compatible #Teensy 3.6
- 160 x 120 pixel FLIR Lepton3 long-wave infrared array sensor for live thermographic #images
- Frame rate of up to 9 FPS (US export compliance) over the serial connection, 5 FPS on the device itself
- 2 MP visual camera to capture optical images, that can be used in a combined image
- MLX90614 single point-infrared sensor for high-precision spot temperatures (10° FOV)
- HDMI or analog #video output capabilities (640x480 pixel) over external video output module
- 3 operating modes: thermal only, thermal + visual, video recording
- 18 different color schemes including rainbow, ironblack, grayscale, hot & cold
- 3.2 inch LCD touch #display with bright colors, wide angle and resistive touch
- Save thermal and visual images with a resolution of 640x480 pixels on the device
- Save real-time videos and interval images with different time-lapse settings
- 8GB internal storage, accessible as an exchangeable SD / microSD slot
- 2500 mAh lithium polymer battery for long operation time (4-6 hours)
- Open-source firmware written in Arduino compatible C/C++ code
- Regular #firmware #updates with new features, flashable over a standalone firmware updater
- Standalone thermal viewer application to save high-quality thermal images & videos on the computer
- Fully compatible to the comprehensive thermal analysis software #ThermoVision by Joe-C
- Use simple commands to receive all thermal & configuration data over the #USB serial port with high speed

http://www.diy-thermocam.net
https://github.com/maxritter/DIY-Thermocam



#FOSS #FLOSS #OpenSource #SoftwareLibre #OpenHardware #HardwareLibre #Libre #Free #Freedom