RANMEI Amg8833 For Ir 8*8 Infrared Thermal Imaging Camera Array Temperature Module Use Amg8833 Infrared Thermal Sensor 7 Meters Usb 5V

Features:
* The module can be powered directly by USB 5V to produce infrared images.
* Use AMG8833 infrared thermal sensor. Resolution is 8*8, and the maximum detection distance is 7 meters.
* Can be applied to inspect electronic products.
* Portable and compact, high performance, easy to use.

Specifications:
Part name: Thermal imager
Material: PCB
Color: Black
Temperature accuracy;
High performance high gain: typical value ±2.5℃±4.5℉
High performance low gain: typical value ±3.0℃±5.4℉
Human body detection distance: below 7m (reference value) 22.966 feet
NETD;
Typical value 0.05℃32.900℉1Hz
Typical value 0.16℃ 32.288℉ 10Hz
Viewing angle: typical 60°
Optical axis gap: typical within ±5.6°
Current consumption;
Typical 4.5mA (normal mode)
Typical 0.2mA (sleep mode)
Typical 0.8mA (standby mode)
Setup time;
Typical 50ms (time to enable communication after setup)
Typical 15s (time to stabilize output after setup)
Number of pixels: 64 (vertical 8*horizontal 8 for matrix)
External interface: 1²C (fast mode)
Frame rate: typical 10 frames/second or 1 frame/second
Operation mode: normal, sleep, standby (10 seconds or 60 seconds interval)
Output mode: temperature output
Calculation mode: no moving average or two moving averages
Temperature output resolution: 0.25℃/32.45℉
Number of sensor addresses: 2 (1²C Slave address)
Thermistor output temperature range: 0℃~80℃ (32℉~176℉)
Thermistor output resolution: 0.0625℃/32.1125℉
Product size: 38 * 36 * 17mm / 1.5 * 1.4 * 0.7in
Product weight: 17g / 0.6oz
Package size: 90 * 80 * 20mm / 3.5 * 3.1 * 0.8in
Package weight: 19g / 0.7oz
Note;
Adapter and USB cable are not included, thank you for your understanding.

Package Contents:
1 x AMG8833 Thermal Imager (with case)

Note:
1.The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.
2.Please allow slight manual measurement deviation for the data.