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  • fpa thermal imaging sensor
  • fpa thermal imaging sensor

LWIR Camera Module EverCoreL1280 (T)

The EverCoreL series, the most recent generation of small components, enables the integration of fundamental thermal imaging features in highly integrated circuit topologies.


The ir camera sensor module components use stopless technology, a short startup time, ultra-low power consumption, and a standard interface to meet the integration and secondary development needs of infrared thermal imaging systems with severe space constraints.

Specifications of LWIR Camera Module EverCoreL1280(T)


Detector Performance

Material

ASi

Resolution

384×288

640×480

1280×1024

Pixel Pitch

17μm

Response Spectrum

7.5~14μm

NETD

≤50mK

Lens

Optional Lens

9mm/13mm/19mm/25mm/35mm unthermalized lens

Image Performance

Non-uniform Correction

exclusive shutter-less technology

Image Enhancement

IVE

Frame Rate

50Hz

Zoom

2X, 4X

Polarity

black hot/white hot

Startup Time

3s

Gain

auto/manual

Cursor

on/off

Interface

Electrical Interface

40pin

Control

RS232

Analog Video Output

PAL

Digital Video Output

Cameralink, LVCMOS, 8-Bit BT656

Key Press

5 keys

Power System

Voltage

DC: +2.5V~+5.5V(3.7V standard)

Power Consumption

0.75W

1W

Anti-reverse Connect

yes

Surge protection

yes

Environmental

Working Temperature

-40℃~+60℃

Storage Temperature

-50℃~+70℃

Humidity

5%~95%(non-condensing)

Shock

GJB150-16 2.3.1, 100g; 6msec

Vibration

GJB150-16 2.3.1, 4.3g 3-axis, 8h

General

Dimension

28mm×28mm×21mm(FPA to the end)

Weight

≤35g(w/o element)

Mount

M2×0.4

Standard Config

camera module, integrated cables, CD users manual, certificate, warranty



Technical Characteristics of LWIR Camera Module EverCoreL1280(T)

  • Having components that are only 28mm by 28mm in size and weighing 35g, the design is very tiny.

  • Because of ultra-low power consumption design and two-stage power saving control of the lwir camera module, the movement's total power consumption is less than 0.75W/1.0W.

  • Shutterless UNC technology, real-time photo equalization, and a smooth, detailed image quality

  • Intelligent Image Enhancement and Intelligent Dimming Algorithm (IVE)

  • The metal heat dissipation architecture of the separated frame ensures that the components' thermal characteristics stay stable across a broad dynamic range of ambient temperatures.

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