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Mini384/640 LWIR Micro Thermal Camera Module

  • Mini384/640 LWIR Micro Thermal Camera Module
  • Mini384/640 LWIR Micro Thermal Camera Module
  • Mini384/640 LWIR Micro Thermal Camera Module
  • Mini384/640 LWIR Micro Thermal Camera Module

Equipped with InfiSense self-developed ASIC-specific thermal image processing chip, Mini Series Uncooled Infrared Thermal Imaging Module adopts new self-developed 12μm VOx WLP packaged detector, and features extreme compactness, lighter weight, and lower power consumption. Its 640-resolution infrared module has a size of 21mm×21mm, which is very suitable for applications with extremely high size requirements such as various miniaturized handheld devices, wearable devices, and light UAVs.


Resolution: 384×288/640×512

Pixel size: 12μm

Detector package: WLP package

  • Features
  • Applications
  • Specifications
Features
  • Features
  • Applications
  • Specifications

Features of Mini384/640 LWIR Micro Thermal Camera Module

Extreme compactness, extremely low power consumption, and extremely light weight

a) Size advantages benefiting from ASIC and WLP package;

b) Low power consumption benefiting from the ASIC;

c) Mini series infrared module has only one circuit board, which is extremely light.


Self-developed Core Chip

a) The core processor adopts InfiSense self-developed ASIC infrared processing chip, which is only 1/6 of the size and 1/3 of the power consumption compared with traditional FPGA, with a competitive price;

b) With a self-developed WLP detector, it features a smaller size and lighter weight.

c) Equipped with industry-leading thermal image processing algorithm and temperature measurement algorithm, it can provide high-quality image and high-accuracy temperature measurement function.


Rich and Flexible Interfaces, Easy to Integrate

a) The module supports DVP parallel digital video output, SPI video transmission, and I2C and UART communication interface;

b) The module supports digital video formats such as RAW14, YUV, Y8, BT.656, BT.656, and LVCMOS;

c) The module supports simultaneous output of image data + temperature data;

d) The module integrates MCU internally and provides SDK for secondary development.

Applications of Mini384/640 LWIR Micro Thermal Camera Module


Mini384/640 LWIR Micro Thermal Camera Module Applications

Infrared Open Source Platform
Infrared Open Source Platform

Specifications of Mini384/640 LWIR Micro Thermal Camera Module


Component Model

Mini384

Mini384T

Mini640

Mini640T

Detector

WLP packaged uncooled VOx infrared focal plane detector

Pixel Size

12μm

Spectral Band

8~14μm

Resolution

384×288

640×512

Detector Frame Rate

50Hz/25Hz

NETD

≤50Hz@25°C, F#1.0 (≤40mK, optional)

Image Adjustment

Brightness Adjustment

0~255, optional

Contrast Adjustment

0~255, optional

Polarity

Black-hot/White-hot

Palettes

Supported

Reticle

Display/Blank/Move

Digital Zoom

0.25×~2.0× continuous zoom

Mirroring

Horizontal/Vertical/Diagonal

Image Processing

TEC-less algorithm

Non-uniformity correction

Digital filter noise reduction

Digital detail enhancement

Module Power Supply

Service Voltage

1.8V, 3.3V, 5V

Typical Power Consumption @ 25ºC

<0.55W

<0.60W

Module Interface

Digital Video

DVP

Communication Interface

I2C/UART

Physical Characteristics of Module (without lens)

Weight

<10g

Dimensions

21mm×21mm

Module Interface (module + expansion board)

Service Voltage

5~12V

Power Protection

Support overvoltage, undervoltage, and reverse connection protection

Video Output Interface

PAL or NTSC, BT.656, LVCMOS

Support simultaneous output of all-array image + temperature data

Communication Interface

I2C/RS232/UART

Button

Four buttons

Temperature Measurement

Measurement Range

Not supported

High gain: -20°C~+150°C

Not supported

High gain: -20°C~+150°C

Low gain: -20°C~+450°C

Low gain: -20°C~+450°C

Measurement Accuracy

Not supported

High gain: ±3

Not supported

High gain: ±3°C

Low gain: ±5°C or ±3% of reading (The greater shall prevail)

Low gain: ±5°C or ±3% of reading (The greater shall prevail)

Measurement Tool

Not supported

Point, line, and box analysis

Not supported

Point, line, and box analysis

Adaptive Lens

Athermalized Prime Lens

F#1.1: 9.1mm/13mm/18mm

F#1.0: 19mm

Environment Adaptability

Operating Temperature

-40°C~+80°C

Storage Temperature

-45°C~+85°C

Humidity

5%~95%, non-condensing

Vibration

6.06g, random vibration, all axes

Impact

80g, 4ms, final peak sawtooth wave, three axes, and six directions


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