VM-050
Thermal imaging camera 32 x 32 pixels
The thermal imaging camera modules VM-050 are especially optimized for cost-critical developments.
- Ready-to-use, calibrated thermography modules
- 32 x 32 pixel resolution
- Complete with optics, different focal lengths can be selected
- Integrated preprocessing
- Data format, temperature window and much more can be set
- phyCAM-P - Interface for parallel camera input on the controller
- Video-4-Linux - drivers for suitable CPU modules available
34 mm x 34 mm
32 32 x pixels
In many applications, interesting information can be obtained about the temperature of objects. The thermal imaging camera modules VM-050 with 32 x 32 pixels resolution are especially optimized for cost-critical developments. They can be easily integrated into embedded systems via the camera interface.
The raw data from the thermal image sensor are processed on the camera module so that the application software receives corrected, real temperature values. The data output can be configured and adapted to the camera interface used. Additional functions such as range mapping (adjustable temperature window) can also be activated.
The camera modules are supplied complete with a fixed lens. The focal length of the optics can be selected. Further variants are available on request.
The thermal imaging camera modules can be connected to controller modules with a parallel phyCAM-P camera interface. A suitable Video 4 Linux driver is available for the supported microcontroller modules.
Resolution | 32 x 32 (1024 Pixel) |
Interface | phyCAM-P (Parallel) |
Image Sensor (-COL/-BW) | HTPA32x32d |
Sensor Technology | Thermopile Array |
Therm. Pixel Time Const. | < 4 ms |
Frame Rate (cal.) | 8.9 Hz |
Object Temperature Range | -20…> +1000°C |
Temperature Resolution | 0.3 K |
Accuracy | ±2K ±2% |
Features | integrated Preprocessing (ISP) |
Operating Temperature | -20°C…+85°C |
Power Consumption (typ.) | 115 mW |
Lens | f=2.1 / 90° or f=5.0 / 33° |
Lens Type | Silicon or Germanium |
Aperture (F-No.) | 0.8 or 0.85 |
Operating Voltage | 3.3 V |
PCB Dimensions | 34 mm x 34 mm |
Special Features | Integrated Sensor correction, Autoscaler, Image Enhancement Filters, Statistics, 4x Tracking Pixels, Min/Max Tracking, Embedded Data |
Interface Data Width | 8 / 10 / (12) Bit parallel |
Data Format (Software) | 8 /10 /12 /16 (2Y8) Bit |
Control Interface | I²C |
Trigger | Hardware / Software |
Strobe Output | yes |
Mirror | horizontal / vertical |
ROI | yes |
AGC | yes (optional) |
Defective Pixel Correction | yes (optional) |
Sensitivity (w/o lens) | 450 V/W |
Field of View | 90° x 90° or 33° x 33° |
Lens Coating | LWP 5.0 or LWP 7.7 |
Filter Characteristics | Tr. 5 % for λ > 5 μm ± 3 μm or Tr. 5 % for λ > 7.7 μm ± 3 μm |
NETD @1Hz, @25°C | 329 mK or 254 mK |
Precision | ±3 K or ±0.03 · ΔT |
Sensor Height | 4.45 mm or 10.41 mm |
Sensor Diameter | 8.15 mm or 9.3 mm |
Mounting Points | 4x M2.5 |
Weight (w/o sensor) | 5 g |
Connector Type (Signal) | FFC 33 pin, 0.5 mm pitch |
Connector Type Trigger / Sync. | FFC or JST 3 pin |
VM-050: Thermal imaging camera 32 x 32 pixels
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