DAI384S Uncooled Infrared Thermal Imaging Module

SKU:DAI384S
The DAI384S is an ultra‑compact uncooled infrared thermal imaging module featuring a micro‑shutter and a compact 28×28×30 mm footprint. Designed for portability and low‑power operation, it delivers ultra‑high sensitivity and versatile configuration options, including multiple lens choices and flexible digital/communication interfaces. This makes it an ideal solution for cost‑effective OEM assembly and integration in applications demanding miniaturisation, low power consumption and reliable thermal imaging.

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1. DAI384S Uncooled Infrared Thermal Imaging Module Overview

The DAI384S is an ultra‑compact uncooled infrared thermal imaging module featuring a micro‑shutter and a compact 28×28×30 mm footprint. Designed for portability and low‑power operation, it delivers ultra‑high sensitivity and versatile configuration options, including multiple lens choices and flexible digital/communication interfaces. This makes it an ideal solution for cost‑effective OEM assembly and integration in applications demanding miniaturisation, low power consumption and reliable thermal imaging.

2. Product Features

  • Ultra‑small form factor: 28×28×30 mm size fits seamlessly into space‑limited devices.
  • Ultra‑low power consumption: < 1 W typical, suitable for battery‑powered portable systems.
  • Ultra‑high sensitivity: ≤40 mK @ f/1.0 ensures sharp thermal images with excellent temperature differentiation.
  • Micro‑shutter technology: Enables reliable operation and consistent image quality across varying scenes.
  • Adaptive non‑uniformity correction: Maintains image uniformity without mechanical shutter interruptions.
  • Flexible interface options: Digital video (BT.656/HDMI/RJ45) and multiple communication protocols (RS‑232/RS‑485/TTL/Peclo‑D) for easy system integration.
  • Wide power input range: Accepts DC +4V to +12V, simplifying power supply design.
  • Robust environmental performance: Wide operating temperature (-40°C to +60°C) and military‑grade vibration/shock resistance.

3. Detailed Technical Parameters

Parameter Specification
Detector Type Uncooled infrared microbolometer (no TEC)
Resolution / Pixel Pitch 384 × 288 / 17 μm
Sensitivity (NETD) ≤40 mK @ 300 K, f/1.0
Frame Rate 50 Hz
Spectral Band 8 – 14 μm (LWIR)
Non‑uniformity Correction Adaptive non‑uniformity correction
Start‑up Time < 7 seconds
Image Enhancement Digital Detail Enhancement (DDE)
Display Resolution 768 × 576 pixels
Display Frame Rate 25 Hz (PAL format)
Optional Lenses 12 mm, 19 mm, 25 mm, 35 mm, 50 mm, etc.
Polarity Modes Black hot / White hot / Pseudo colour
Digital Zoom 1.0× – 4.0× (step 0.05×)
Brightness Control Auto + Manual
Image Flip Horizontal / Vertical
Cursor Reticle One or more crosshair reticles available
Operating Voltage Range DC +4 V … +12 V
Power Consumption < 1 W
Reverse Polarity Protection Yes
Under & Over Voltage Protection Yes
Operating Temperature Range Commercial: -20°C … +60°C
Special application: -40°C … +60°C
Storage Temperature Range -45°C … +65°C
Humidity 5% … 95% (non‑condensing)
Vibration & Shock Resistance Vibration: GJB 150-16 2.3.1
Shock: GJB 150-18 Test 7, 100g/6ms
Temperature Shock Resistance -5°C/min (-40°C … +60°C)
Weight 40 g (excluding lens)
Module Dimensions (PCB) 28 mm × 28 mm × 30 mm (excluding lens)
External Power Input Available
Digital Video Port BT.656 / HDMI / RJ45, etc.
Communication Port RS‑232 / RS‑485 / TTL / Peclo‑D
Analog Video Output PAL (CVBS)
External Control 5‑key keypad

4. Application Scenarios

  • Security & surveillance: Perfect for covert monitoring, perimeter protection and night vision systems requiring compact size and low power.
  • Industrial predictive maintenance: Enables non‑contact temperature monitoring of electrical cabinets, machinery and rotating equipment in tight spaces.
  • Handheld thermal cameras: Lightweight design and multiple interface options allow easy integration into portable diagnostic tools for firefighters, building inspectors and field service technicians.
  • UAV / drone payloads: Ultra‑compact form factor and low weight make it ideal for aerial thermal imaging in search & rescue, agriculture and infrastructure inspection.
  • Automotive night vision: Micro‑shutter technology and high sensitivity enhance driver assistance systems with reliable thermal perception.

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