#LEPTON FLIR SPARKFUN ANDROID#

One way to do so is to buy a FLIR ONE disassemble the device and take out sensor, the alternative is to go for a group buy. But since FLIR does not sell single units separately, but takes only large orders for the sensors it is hard to get a Lepton sensor to experiment with. The DIY and hardware hacking community has already worked up on a solution to use the FLIR Leptopn sensor along with a custom developed breakout board for various projects. This is the thermal imaging sensor that is used by FLIR in their FLIR ONE thermal imaging accessory for the Apple iPhone 5 and 5S. The FLIR Lepton thermal imaging sensor is a smaller resolution (80×60 pixels) and affordable priced sensor designed for use in mobile devices providing an affordable thermal imaging capabilities.

– For more information about the SparkFun FLiR Dev Kit with Lepton and Breakout board… Note that sourcing the sensor separately and the breakout board as well you could end up with a slightly lower cost, but it could take more time or efforts to get your hands on the hardware, so the SparkFun kit can be an interesting alternative if they have it in stock. The FLiR Dev Kit offered by SparkFun has the breakout board as well as a the Lepton longwave infrared (LWIR) imager and is available for $349.95 USD, making it easy to get everything you need to start developing your own thermal imaging projects with an Arduino, Raspberry Pi or an ARM based development tool. But you also need to get the breakout board fr the sensor developed by Pure Engineering as well. There are alternative ways in which you can get the Lepton thermal sensor such as a group buy or by purchasing a complete FLIR ONE Thermal Imaging Accessory for iPhone 5 and iPhone 5S and disassembling it to take out the sensor from it. Detaching and re-powering only, is not enough.SparkFun has made available a new interesting development kit that allows you to get your hands on a FLIR Lepton thermal imaging sensor along with a breakout board specially developed for it in a single package that you can order. Master in -slave out - data line SPI bus.ĭata line of I2C bus, pulled by a 1k Ωresistor to the supply voltage.Ĭlock line of the I2C bus, pulled by a 1k Ωresistor to the supply voltage.Īfter changing the settings of the camera, remove the device from the PCB and insert it again. Master out - slave in - data line of SPI bus.

The system has 8 leads in the form of soldered strap goldpin with pitch of 2.54 mm, which allows you to connect to the breadboard or connect via the wires.Ĭhip Select - selects a device of the SPI bus. The waiting time of the image: less than 0.5 sec.Interface for transmissing the image: SPI and MIPI.Resolution: 80 (h) x 60 (V) of active pixels.Angle measurement: 51,0° for HFOV mode and 63,5° for diagonal.The range of wavelengths: from 8 µm to 14 µm.the printed circuit boardwith soldered leads, goldpin type 2.54 mm.ĭevice for doing thermal images, which must be placed in, attached to a set, printed circuit board with leads.camera module FLiR Lepton -is extremely sensitive to electrostatic discharge so, before you insert it into the tile, make sure taht on the palms are not left dangerous charges.The kit consists of two separate parts that need to be interconnected: The manufacturer provides a sample program on GitHubwith a description of the connection for users of Arduino. Cameras can be configured through the I2C interface but this connection is not required. Image transmission requires a connection via the SPI bus. Is supplied with the voltage from 3 V to 5 V. Module has a resolution of 80 x 60 px and register IR radiation in the range from 8 to 14 μm. The set includes a device for doing thermal images FLiR Lepton with the board that simplifies the connection.

#LEPTON FLIR SPARKFUN ANDROID#

iNode - sensors and modules Bluetooth Android.

Components for 3D printers construction.

Laser cutting machines - engravers, plotters.

Lepton flir sparkfun