TF-Luna Lidar Ranging Sensor, 8m Ranging Distance, Low Power & Compact Size, Easy to integrate

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Značka: Waveshare

TF-Luna Lidar Ranging Sensor, 8m Ranging Distance, Low Power & Compact Size, Easy to integrate, Mini Laser ranging module, TOF Ranging Principle

SKU: 24893

Dostupnosť	Skladom (3 ks)
Môžeme doručiť do:	28.11.2024
Možnosti doručenia
Kód:	20803

29,75 € / ks 24,79 € bez DPH

TF-Luna Lidar Ranging Sensor, 8m Ranging Distance, Low Power & Compact Size, Easy to integrate

Neohodnotené

Značka: Waveshare

TF-Luna Lidar Ranging Sensor, 8m Ranging Distance, Low Power & Compact Size, Easy to integrate

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TF-Luna Lidar Ranging Sensor, 8m Ranging Distance, Low Power & Compact Size, Easy to integrate, Mini Laser ranging module, TOF Ranging Principle

TF-Luna Lidar Ranging Sensor, 8m Ranging Distance, Low Power & Compact Size, Easy To Integrate, Mini Laser Ranging Module, TOF Ranging Principle

TF-Luna Lidar Ranging Sensor

8m Ranging Distance Low Power Compact Size Easy Integration

Specifications

PERFORMANCE
Ranging distance	0.2~8.0m @90% reflectivity (Indoor 0klux) 0.2~2.5m @10% reflectivity (Indoor 0klux) 0.2~8.0m @90% reflectivity (Outdoor 90klux) 0.2~2.5m @10% reflectivity (Outdoor 90klux)	Accuracy	±6cm@(0.2~3m) ±2%@(3~8m)
Frame rate	UART: 1~250Hz (adjustable, default 100Hz) I2C: 1~100Hz (adjustable)	Distance resolution	1cm
Ambient light resistance	70klux	Operating temperature	-10~60℃
OPTICAL PARAMETERS
Light source	VCSEL	Central wavelength	850nm
Eye safety	Class1 (IEC60825)	Field of view	2°
ELECTRICAL PARAMETERS
Power supply	3.7~5.2V	Average current	≤70mA
Power	≤0.35W	Peak current	150mA
Communication level	LVTTL (3.3V)	Communication interface	UART, I2C, I/O
OTHERS
Dimension	35.00 × 21.25 × 13.50mm	Case material	ABS/PC
Storage temperature	-20~75℃	Weight	<5g

TOF Ranging Principle

TF-Luna Is A Single-Point Ranging Lidar Based On The TOF Principle, With Unique
Optical And Electrical Design, It Can Achieve Stable, Accurate, And Highly Sensitive
Distance Measurement

Powerful Adaptability

Built-In Multiple Adaptive Algorithms, Multiple Adjustable Configurations And Parameters, Features Excellent Ranging Performance In Complex Environments And Can Meet More Application Requirements

High Performance, More Stable

Features High Stability, High Accuracy, And High Sensitivity Performance
In The Short-Range Of 0.2m~8m

Compact Size, More Flexible Integration

Adopts A Compact Structural Design, With Smaller Size And Lower Power Consumption, Can Be Embedded Inside The Robot To Reduce The Overall Size And Improve Its Passability

Low Power Consumption, More Power Saving

Power Consumption ≤ 0.35W, Which Is Suitable For Battery-Powered Or Low-Power Applications

Supports UART And I2C Interfaces

For Use With Controller Boards Like Raspberry Pi/Raspberry Pi Pico/ESP32/Arduino

NUMBER	FUNCTION	DESCRIPTION
1	+5V	Power supply
2	RXD/SDA	UART RX / I2C data
3	TXD/SCL	UART TX / I2C clock
4	GND	ground
5	Configuration Input	I2C mode: ground UART mode: disconnected or 3.3V
6	Multiplexing output	On/off mode: output I2C mode open and on/off mode close: data ready signal