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4pcs TOF400C VL53L1X 4M Laser Ranging Sensor Module TOF Time-of-Flight Distance IIC Output for Arduino STM32
Experience precision and durability with the TOF400C VL53L1X 4M Laser Ranging Sensor Module.
4pcs TOF400C VL53L1X 4M Laser Ranging Sensor Module TOF Time-of-Flight Distance IIC Output for Arduino STM32
Item #: 220689998

4pcs TOF400C VL53L1X 4M Laser Ranging Sensor Module TOF Time-of-Flight Distance IIC Output for Arduino STM32

Item #: 220689998

ETB 5010

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Experience precision and durability with the TOF400C VL53L1X 4M Laser Ranging Sensor Module.
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Shop 4pcs TOF400C VL53L1X 4M Laser Ranging Sensor Module TOF Time-of-Flight Distance IIC Output for Arduino STM32 online at a best price in Ethiopia. B0DC6M6G7W
Item Weight0.5 lbs (230 grams)

Product Description

4pcs TOF400C VL53L1X 4M Laser Ranging Sensor Module TOF Time-of-Flight Distance IIC Output for Arduino STM32

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Customer Questions & Answers

  • Question: What is the TOF400C VL53L1X laser ranging sensor module used for?

    Answer: The TOF400C VL53L1X laser ranging sensor module is designed for accurate distance measurement, utilizing Time-of-Flight technology. This sensor can measure distances up to 4 meters with high precision, making it suitable for robotics, automation, and various distance sensing applications. With its IIC output, it easily integrates with platforms like Arduino and STM32, allowing developers to create sophisticated projects that require real-time distance data, such as obstacle avoidance in robots or proximity sensing in smart home devices.
  • Question: How does the IIC output work with the TOF400C sensor?

    Answer: The IIC (Inter-Integrated Circuit) output allows the TOF400C sensor module to communicate with microcontrollers like Arduino and STM32 through a simple two-wire interface. This functionality enables easy integration and programming, allowing for seamless data transmission and control. Users can access distance readings by sending specific commands to the sensor over the IIC bus, which can be utilized in numerous applications, such as interactive installations or automated measuring systems in industrial environments.
  • Question: What are the main features of the VL53L1X sensor?

    Answer: The VL53L1X sensor boasts several impressive features, including a measurement range of up to 4 meters, high accuracy, and a small footprint, which makes it suitable for compact projects. It operates effectively in various lighting conditions, and its fast measurement speed is ideal for real-time sensing applications. The sensor also includes advanced algorithms for noise handling and improved performance in challenging environments, making it suitable for use in robotics, drones, and remote sensing applications.
  • Question: Can the TOF400C sensor be used outdoors?

    Answer: Yes, the TOF400C VL53L1X sensor is capable of operating outdoors, though its performance can be influenced by environmental factors such as ambient light and surface reflection. The sensor excels in various lighting conditions but performs best in moderate sunlight. Users should be aware of potential limitations when using the sensor in bright sunlight or on highly reflective surfaces. Common outdoor applications include drone altitude measurement and distance sensing for outdoor robotics.
  • Question: How do I connect the TOF400C sensor to an Arduino?

    Answer: To connect the TOF400C sensor to an Arduino, you'll need to connect the VCC and GND pins to the power supply and ground of the Arduino, respectively. The SCL and SDA pins are used for IIC communication and should be connected to the corresponding IIC pins on the Arduino. Once connected, you can use well-documented libraries available for Arduino to interface with the sensor, facilitating easy reading of distance measurements. This ease of connection makes it a popular choice for hobbyists and professionals alike.
  • Question: What programming language can I use with the TOF400C sensor?

    Answer: The TOF400C VL53L1X sensor can typically be programmed using languages supported by major microcontrollers, such as C/C++ for Arduino and STM32. Many libraries are available to streamline the coding process, simplifying tasks like data retrieval and sensor calibration. These libraries offer functions to get distance measurements easily and handle sensor settings. This versatility makes the sensor accessible to both beginners and advanced programmers, facilitating rapid prototype development.
  • Question: What projects can I create using the TOF400C VL53L1X sensor?

    Answer: The TOF400C VL53L1X sensor is versatile and can be utilized in various projects, such as obstacle detection in robotic systems, smart door openers, and interactive exhibits in museums. For example, you could build a robot that navigates around obstacles by measuring distances and adjusting its path in real-time. Additionally, it can be used in DIY projects for distance measurement tasks, such as creating a simple electronic tape measure. Its adaptability makes it a favored component in countless innovative applications.
  • Question: Does the TOF400C sensor require any special software?

    Answer: To operate the TOF400C sensor effectively, you will need to use compatible software libraries that support Arduino or STM32 programming environments. These libraries facilitate easy integration and management of the sensor's functions, such as initializing communication and reading distance data. Most users get started with Arduino IDE or STM32 Cube IDE, which provide the necessary tools and resources for programming. By using these libraries, you can quickly set up your sensor and focus on developing your project without needing extensive low-level coding.
  • Question: How accurate is the distance measurement with the TOF400C sensor?

    Answer: The TOF400C VL53L1X sensor offers high accuracy in distance measurement, typically with a tolerance of just a few millimeters. Factors such as ambient light, target surface conditions, and the range of measurement can influence accuracy, but the sensor is designed to deliver reliable performance under most conditions. Users can expect precise readings that make it suitable for applications where accuracy is essential, such as in robotics or smart devices that rely on precise distance calculations.
  • Question: Where can I buy 4pcs TOF400C VL53L1X 4M Laser Ranging Sensor Module in Ethiopia?

    Answer: You can purchase the 4pcs TOF400C VL53L1X 4M Laser Ranging Sensor Module from Ubuy. Ubuy provides a user-friendly platform to explore various electronics and components, ensuring you have access to quality products tailored to your needs. With a range of shipping options and customer support, Ubuy serves as a convenient destination for acquiring the TOF400C sensor modules in Ethiopia.

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