Fpv Drone Use 640*512 Pixel Thermal Imaging Module Core Camera Mipi Interface

Product Description

Product Description

The thermal imaging movement is a miniaturized integrated product characterized by small size and low power consumption, which can be integrated into various types of equipment, such as robot gimbals, individual helmets, pods, etc

* High sensitivity vanadium oxide non cooled detector, supporting 640 × 512 resolution
* Support analog signal output
* Support automatic, manual calibration, and background correction
* Compact design for easy integration
* Application: Integration of drone pods, intelligent equipment, etc

Product Parameters

  

Thermal
Sensor type	Vanadium oxide (VOx) microcalorimeter
Resolution	640 × 512
Pixel Pitch	12μm
Response band	8~14 μm
NETD	≤50 mK(@25 °C,F#1.0)
Lens Parameters	9.1mm
FOV(H*V)	48.3°(H) ×38.6°(V),62.4°(D)
Minimum focusing distance	2m
Max Aperture Value	F1.0
Mage display
Output resolution	720 × 576
Electronic amplification	×1,×2,×4,×8
Electronic amplification	support
Bad point correction	support
image	Off, Vertical, Horizontal, Center
Image detail enhancement	support
AGC mode	histogram
Brightness adjustment	support
Pseudo color mode	Supports 15 modes including White Heat, Black Heat, Fusion 1, Rainbow, Fusion 2, Iron Red 1, Iron Red 2, etc
Contrast adjustment	support
system function
interface	MIPI
system parameter
Storage temperature	-45 °C ~ + 75 °C
Storage humidity	<90% RH
Vibration shock	Vibration: sinusoidal vibration, 10m/s ², 3-axis Shock: Half sine wave, 15g/11ms, 3-axis 6-way
working temperature	-40 °C~80 °C
weight	≤23 g
size	37.82mm×20mm×20mm
power	≤0.8 W
Power input	DC 5 V-17 V

MIPI Interface board diagram:

J1 Definition of communication interface:
J1 connector model: 1.25T-1-LT-5A,5 pins,1.25mm pitch, surface mount vertical Compatible rubber shell model: A1251H-5P,5P,1.25mm pitch, CJT
Pin Definition:

NO	Pin name	Type	Explanation
1	UART_RX	Input	FPGA debugging UART communication interface (TTL 3.3V)
2	UART_TX	Output	FPGA debugging UART communication interface (TTL 3.3V)
3	CVBS1	Output	Analog video
4	GND	Power supply	Power supply ground
5	PWR_IN	Power supply	Power input(3.5-15V DC, typical voltage 5V DC),  cannot be powered simultaneously with the J3 power supply port

J3 MIPI interface definition:
J3 interface adopts a 26-pin DF56C-26S-0.3V (51) connector, including a power supply interface for the movement components and a MIPI digital video interface.
Pin Definition:

NO	Pin name	Type	Explanation
1	DCIN	Power supply	Power input (3.5-15V DC, typical voltage 5V DC), cannot be powered simultaneously with the J1 power supply port
2	DCIN
3	DCIN
4	DCIN
5	GND	Power supply	Power supply ground
6	GND
7	NC
8	NC
9	GND	Power supply	Power supply ground
10	MIPI_DATA0-	Signal	MIPI data 0
11	MIPI_DATA0+	Signal
12	GND	Power supply	Power supply ground
13	MIPI_CLK-	Signal	MIPI clock data
14	MIPI_CLK+	Signal
15	GND	Power supply	Power supply ground
16	MIPI_DATA1-	Signal	MIPI data 1
17	MIPI_DATA1+	Signal
18	GND	Power supply	Power supply ground
19	NC
20	NC
21	GND	Power supply	Power supply ground
22	SCL	Signal	I2C (1.8V)
23	SDA	Signal
24	RESET	Signal	Reset signal (1.8V)
25	MCLK	Signal	Clock (1.8V)
26	GND	Power supply	Power supply ground

 

MIPI timing
This product uses 2lane MIPI. The MIPI interface includes one pair of source-synchronized differential clocks(MIPI_CLK+, MIPI_CLK-), and two pairs of differential data lines (MIPI_DATA0+, MIPI_DATA0-)The data format and electrical characteristics of MIPI_DATA1+ and MIPI_DATA1-comply with the standards CSI-2 D-PHY protocol.