TIMO120 Thermal Camera Core
Miniature VOx FPA 120x90 / 17μm Thermal Imaging Camera Core
Integrated in Infrared Cameras
Product Description
TIMO120 miniature infrared module integrates wafer-level optics,
120x90 / 17μm wafer level package (WLP) detector and basic image
processing circuit to quickly obtain thermal images of the target
area and heat distribution.
TIMO120 thermal imaging core is oriented for optimized size,
weight, power, cost (SWaP-C) infrared imaging applications. Its
super miniature structure and ultralow power consumption are
convenient to be integrated into various smart devices, thermal
imagers or mobile terminals with strict requirements on cost, size
and weight.
Main Features
- Minimum WLP infrared module, dimension at 8.5x8.5x9.16mm
- DVP Interface, compatible with various embedded platforms
- Visible camera module equivalent, directly integration
- Complete SDK development kit
- Low power design for extend longer operating time
- Low cost for many kinds of intelligent applications
Product Specifications
| Model | TIMO-120 |
| IR Detector Performance |
| Resolution | 120x90 |
| Pixel Pitch | 17μm |
| Spectral Range | 8~14μm |
| NETD | ≤60mK |
| Lens Type | WLO |
| Focus Mode | Fixed Zoom |
| HFOV | 90°/50° |
| Depth of Field | 10cm to Infinity |
| Frame Rate | 1~30Hz (Customizable) |
| Temperature Measurement |
| Temperature Range | -20°C ~ +120°C (Customizable) |
| Temperature Accuracy | Customizable (Meet the Requirements of Body or Industrial
Thermography) |
| Interface/Control |
| AVDD | 3.6V±0.05V |
| VSK/VDET | 4.7±0.05V |
| DVDD | 1.8V±0.05V |
| Interface | Digital Interface |
| Power Consumption | 45mW (Typical Mode); 9mW (Low Power Mode) |
| Physical Characteristics |
| Dimension (mm) | 12x10x5.48 (HFOV=90°); 8.5x8.5x9.16 (HFOV=50°) (The Specifications
Shall Prevail) |
| Operation Temperature | -20°C ~ +60°C |
| Storage Temperature | -40°C ~ +85°C |
Industrial Applications
The TIMO120 infrared thermal camera core is widely used in many
areas, such as Thermography, Intelligent Hardware, Smart Building,
Smart Home, AIoT etc.
Global Sensor Technology Team
FAQs
1. Difference between Thermal Image & Visual Image about Lens
The main difference of the lens is that thermal imaging lens must
be made of special materials. The main reason is that infrared heat
radiation cannot pass through glass (silicon), so special lenses
made of special germanium, chromium and other metal materials are
used. This also causes the price of thermal imaging lens to be a
bit higher than that of the optical lens, which also increases the
price of the whole device.
2. Difference between Thermal Image & Visual Image about Imaging
Principle
Their imaging principles are basically the same. Imaging devices
image light waves within a certain wavelength range. In nature, the
wavelength range of visible light is from 0.39μm to 0.78μm, while
the wavelength range of infrared thermal radiation is from 0.75μm
to 1000μm. As long as target temperature is higher than absolute
zero -273 ℃, there will be infrared radiation.
