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General| Distance Resolution | 1 cm |
|---|---|
| Output Frequency | 100 Hz |
| Field of View | 2° |
| Power Supply | 5 V |
| Type | Lidar |
| Measurement Range | 0.2m to 8m |
| Communication Interface | UART |
| Operating Temperature | -10°C to 60°C |
Manual contains essential usage information; read carefully.
Details product maintenance, repair, power, temperature, and casing precautions.
Notes on reflectivity, transparent objects, lens cleaning, and ESD sensitivity.
Explains TF-Luna's Time of Flight (ToF) principle for distance measurement.
Details operating range, accuracy, resolution, FoV, and frame rate.
Discusses ranging accuracy correlation with signal strength and frame rate.
Covers blind zone, target reflectivity impact, and minimum object diameter.
Presents physical dimensions and size drawings of the TF-Luna module.
Details pin functions and their connections for the TF-Luna module.
Defines the serial port communication parameters and data byte format.
Explains I2C mode operation, clock speed, and default address.
Describes the data provided by TF-Luna: Distance, Signal Strength, and Temperature.
Explains continuous ranging, averaging, and supported output frequencies.
Details trigger mode operation, activated by specific commands.
Describes on/off mode for object existence detection using Pin 6.
Covers setting Amp threshold to avoid false distance results with low signal.
Explains setting minimum and maximum distance output limits.
Discusses factors determining power consumption and adaptive current adjustment.
Details ultra-low power consumption modes and their operation.
Explains single vs. dual frequency modes and overshoot problem.
Refers to appendices for serial communication protocol details.
Lists necessary hardware and software for TF-Luna testing.
Provides step-by-step instructions for setting up and testing the device.
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