FLIR Lepton 80x60 thermal imaging camera

Description

FLIR Lepton 2.^5®, 80×60

LWIR thermal micro camera module

The FLIR ^Lepton® is a smaller-than-a-coin LWIR camera solution that fits inside a smartphone and costs a tenth of what traditional IR cameras cost. With 80 × 60 active pixel focal plane arrays, the FLIR Lepton easily integrates into native mobile devices and other electronic equipment, such as IR sensor or micro thermal imager. Both radiometric and non-radiometric versions are available. The radiometric version of the Lepton captures accurate, calibrated, non-contact temperature data at every pixel of every image to be even more useful in commercial applications.

Lepton is the technology behind many innovative FLIR thermal imaging cameras, from the FLIR ONE thermal imaging accessory for smartphones to the MR176 thermal moisture meter. The new thermography-equipped devices have incredible potential in the areas of security, temperature measurement and presence detection. And thanks to high-volume manufacturing techniques, FLIR is able to offer the Lepton at a lower price point than other thermal camera cores.

Enhanced IR sensor

Radiometry, unmatched SWaP for mobile devices and higher sensitivity than common thermopile arrays

Mayor sensibilidad que las matrices de termopila comunes a <50 mK (0,050 °C)
Stabilized temperature output for radiometric processing
Low operating power: 150 mW typical, 650 mW during shutdown
Low power standby mode

Micro thermal imaging camera

Uncooled thermography for small mobile devices, unattended sensors and small electronic designs.

Digital thermal image processing
Radiometric and non-radiometric options available
Optional shutterless option available
Rápido tiempo hasta imagen (<0,5 segundos)

Ease of integration

Simplifies development and manufacturing of thermography-compatible devices

Small package size of 11.5 × 12.7 × 6.835 mm (11.5 × 12.7 × 6.835 mm)
SPI video interfaces
Uses standard power supplies compatible with cell phones
Two-wire serial control interface and 32-pin open interface with connectorr

Ref. 500-0690-00, 500-0659-01, 500-0763-01, 00-0643-00

FLIR Lepton

Technical Data

Thermographic camera	LEPTON 50° (radiometric version with shutter)
Sensor technology	Uncooled VOx microbolometer
Spectral range	Long-wave infrared, from 8 μm to 14 μm
Matrix format	80 × 60, progressive scan
Pixel size	17 μm
Effective frame rate	8.6 Hz (exportable commercial application)
Thermal sensitivity	<50 mK (0,050 °C)
Temperature compensation	Automatic. Output image independent of chamber temperature.
Scene dynamic range	High gain mode: -10 to 140 °C, typical* Low gain mode: -10 to 450 °C, typical*.
Radiometric accuracy	High gain: Greater than ±5 °C or 5 % (typical) Low gain: Greater than ±10 °C or 10 % (typical)
Non-uniformity correction	Automatic with shutter
Image optimization	Factory configured and fully automated
FOV: horizontal	51°
FOV: diagonal	63,5°
Output format	User-selectable 14-bit, 8-bit (AGC applied) or 24-bit (AGC and colorization applied) RGB
Sun protection	Integral
Electrical systems
Entry Clock	25 MHz nominal, CMOS I/O voltage levels
Video data interface	Video via SPI
Control port	CCI (similar to I2C), CMOS I/O voltage levels
Input supply voltage (nominal)	2.8 V, 1.2 V, and 2.5 V to 3.1 V I/O
Power dissipation (typical, ambient temperature)	150 mW (operation), 650 mW (during shutter), 4 mW (standby)
Physical attributes
Package dimensions: plinth version (W. × L. × H.)	11.5 × 12.7 × 6.835 mm (0.45 × 0.5 × 0.27″)
Weight	0,9 g
Environmental
Optimum operating temperature range	From -10 to +80 °C
Non-operating temperature range	From -40 to +80 °C
Hits	1500 G at 0.4 ms
*The scene dynamic range is a function of sensor characteristics and ambient temperature. The range values indicated are typical values at room temperature.
Specifications are subject to change without notice. For the latest specifications, visit www.flir.com/lepton.