2Pcs LSM303 High Precision 3-Axis Compass Acceleration Sensor Module GY-511 for Robotics s Navigation
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2Pcs LSM303 High Precision 3-Axis Compass Acceleration Sensor Module GY-511 for Robotics s Navigation
The LSM303 module integrates a high-performance ST accelerometer and magnetometer, delivering precise three-axis acceleration and magnetic field data.
2Pcs LSM303 High Precision 3-Axis Compass Acceleration Sensor Module GY-511 for Robotics s Navigation
Artigo n.º: 211311874

2Pcs LSM303 High Precision 3-Axis Compass Acceleration Sensor Module GY-511 for Robotics s Navigation

Artigo n.º: 211311874

CVE 1891

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The LSM303 module integrates a high-performance ST accelerometer and magnetometer, delivering precise three-axis acceleration and magnetic field data.
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O que se Destaca

High Precision
The LSM303 sensor offers superior accuracy in determining orientation with its advanced 3-axis compass and accelerometer, making it ideal for robotics and navigation applications.
Compact Design
With its small form factor, the GY-511 module easily integrates into a variety of robotic systems without adding significant bulk, allowing for seamless deployment in tight spaces.
Robust Compatibility
Designed for versatility, the GY-511 module works with multiple microcontrollers and development platforms, ensuring easy implementation for hobbyists and engineers in their robotics projects.

Detalhes do produto

Shop 2Pcs LSM303 High Precision 3-Axis Compass Acceleration Sensor Module GY-511 for Robotics s Navigation online at a best price in Cape Verde. B0FKMSBS79

Quem Deverá Comprar?

Suitable For
  • Robotics Enthusiasts

    Ideal for hobbyists building robots, offering accurate navigation and orientation capabilities through high precision sensors.

  • Engineering Students

    Useful for educational purposes in projects related to sensor integration and real-time data analysis for robotics.

  • DIY Project Developers

    Perfect for those developing personalized gadgets or devices that require precise movement and directional sensing.

Not Suitable For
  • Professional Navigation Systems

    Not suitable for high-end applications requiring absolute precision and reliability beyond what consumer sensors can offer.

DESCRIÇÃO DO PRODUTO

2Pcs LSM303 High Precision 3-Axis Compass Acceleration Sensor Module GY-511 for Robotics s Navigation

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Perguntas e Respostas dos Clientes

  • Pergunta: What is the LSM303 High Precision 3-Axis Compass Acceleration Sensor Module GY-511 used for?

    Resposta: The LSM303 GY-511 is primarily used for navigation and orientation applications in robotics. By measuring both magnetic and acceleration data, this module assists robots in determining their position, direction, and movement in 3D space. It’s particularly useful in autonomous vehicles, drone navigation, and mobile robot mapping, where accurate spatial awareness is crucial for efficient functioning.
  • Pergunta: How do I connect the GY-511 sensor module to my microcontroller?

    Resposta: Connecting the GY-511 to a microcontroller involves using I2C communication, which simplifies the process. Typically, the module has pins for VCC, GND, SDA, and SCL. After wiring the power supply and I2C data lines, you can utilize libraries available for popular microcontrollers like Arduino or Raspberry Pi to read sensor data. This setup allows seamless integration into projects requiring orientation and motion tracking.
  • Pergunta: What are the key specifications of the GY-511 sensor module?

    Resposta: The GY-511 module features a 3-axis accelerometer and a 3-axis magnetic sensor, which provide readings in degrees and acceleration values. It operates at a voltage of 3.3V to 5V, allowing compatibility with various microcontrollers. Its high precision makes it an ideal choice for applications like robotics and mobile electronics, where accurate motion detection and heading estimation are essential for functionality.
  • Pergunta: Can I use the GY-511 sensor in outdoor environments?

    Resposta: Yes, the GY-511 can be used outdoors, but its magnetic sensor readings can be influenced by surrounding metal structures and electromagnetic interference. For outdoor robotics applications, it’s advisable to calibrate the sensor under the specific environmental conditions it will operate in. Accurate readings can significantly enhance navigation systems in drones or autonomous vehicles.
  • Pergunta: What programming languages can I use to interact with the GY-511 sensor?

    Resposta: You can utilize popular programming languages such as Python, C++, and JavaScript to interact with the GY-511 sensor. Libraries are available for these languages that simplify data retrieval and processing. Whether you're working on a Raspberry Pi project with Python or controlling a robot with Arduino in C++, you can smoothly integrate the sensor into your projects.
  • Pergunta: Is the GY-511 sensor easy to calibrate?

    Resposta: Calibrating the GY-511 sensor is straightforward, but it requires proper understanding of both the accelerometer and magnetometer data. Various routines for calibration can be found in online resources, and they typically involve moving the sensor in specific patterns to ensure accurate readings. Proper calibration is critical to maintaining precision in navigation tasks for robotics.
  • Pergunta: What type of projects is the GY-511 suitable for?

    Resposta: The GY-511 sensor is suitable for a broad range of projects, including robot navigation, attitude control systems, virtual reality devices, and even mobile phones that depend on orientation detection. Any project requiring precise spatial awareness benefits from using this sensor, particularly in applications involving movement and positioning.
  • Pergunta: What is the range of measurements provided by the GY-511?

    Resposta: The GY-511 sensor module provides a range of measurements: the accelerometer typically measures between ±2g to ±16g, while the magnetometer covers a range of ±4900µT. This extensive measurement range allows for adaptability across numerous applications, from lightweight drones to complex robotic systems that require precise control and navigation capabilities.
  • Pergunta: Can I use multiple GY-511 sensors in a single project?

    Resposta: Yes, you can use multiple GY-511 sensors within a single project. Since their I2C interface allows for connecting multiple devices on the same bus, it's feasible to manage multiple sensors by assigning unique addresses. This setup is particularly advantageous for complex robotic systems that require detailed spatial data from various angles or coordinates.
  • Pergunta: Where can I buy 2Pcs LSM303 High Precision 3-Axis Compass Acceleration Sensor Module GY-511?

    Resposta: You can buy the 2Pcs LSM303 High Precision 3-Axis Compass Acceleration Sensor Module GY-511 on Ubuy. Ubuy provides a user-friendly shopping experience and a wide selection of electronic components, making it a reliable choice for sourcing high-quality sensors for your robotics projects.

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Prós

  • High precision measurements
  • Easy integration with robotics
  • Lightweight and compact design
  • Durable and reliable performance
  • Wide range of applications

Contras

  • Setup may require basic programming knowledge.

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CVE 1891

Encomende já e receba por volta de Monday, Agosto 10

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Os nossos principais Parceiros Logísticos
  • fedex
  • dhl
Entrega internacional mais rápida

Recursos e benefícios

  • High-performance accelerometer and magnetometer for precise attitude sensing.
  • Programmable range: ± 2g, ± 4g, ± 8g, ± 16g for accelerometer.
  • Easy I²C interface with dual addresses for simple integration.
  • Low power consumption (0.9 mA active, 1 µA standby) ideal for battery-powered applications.
  • Built-in inclination compensation for stable and reliable heading output.
  • Robust design with electromagnetic shielding for reliable operation.

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