Turing MA640H Uncooled Infrared Module

China Moneypro

Turing MA640H uncooled infrared module provides multiple serialized lenses and various kinds of user extension components, offering trustworthy solutions to high-reliability application scenarios. It is widely applied to fields of outdoor observation, integrated pods and driving assistance.

Feature

High Reliability

Impact resistance reaching 1000g@0.3ms.

Excellent Performance

Support shutterless algorithms, providing a smooth and continuous user experience.

Multiple Selections

Provide 10+ a thermalized lenses applicable to apps with different imaging distances.
Provide multiple interface options such as USB, DVP, BT656, LVCMOS, and analog video.

Specification

Category	Parameter	Specification
Performance Indicators	Detector Type	Uncooled VOx infrared detector
	Resolution	640 × 512
	Frame Rate	50 Hz (60 Hz optional)
	Pixel Pitch	12 μm
	Spectral Band	8~14 μm
	NETD	≤40 mK at 25°C, F#1.0
Image Adjustment	Polarity	Black-hot / White-hot
	Palette	Support
	Reticle	Display / Blank / Move
	Digital Zoom	1.0~8.0× continuous zoom (step size: 0.1)
	Image Processing	Scene-based non-uniformity correction / Digital filtering noise reduction / Digital detail enhancement / Shutterless
	Mirroring	Horizontal / Vertical / Diagonal
Power Supply	Power Supply Range (typical)	3.9~5 V DC, 5~18 V DC supported by user extension components
	Typical Power Consumption @25°C (without extension)	≤0.7 W
	Power Protection	Overvoltage, undervoltage, and reverse connection supported by user extension components
Interface	Digital Video	BT.656 / DVP / LVCMOS
	Analog Video	1-channel PAL system
	Serial Communication Interface	RS-232 / UART (3.3 V)
	Extension Components	MIPI / USB / Analog video / BT.656 / DVP
Physical Characteristics	Dimensions (without lens and extension)	26 × 26 × 19.8 mm
	Weight (3.2 mm, without extension)	21 ±1 g
Environment Adaptability	Operating Temperature	-40°C ~ +80°C
	Storage Temperature	-45°C ~ +85°C
	Humidity	5~95%, non-condensing
	Vibration	6.06 g, random vibration, all axes
	Impact	1000 g @ 0.3 ms, optical axis direction