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2PCS ADXL335 Sensor Module Semiconductor Devices 3 Axis Accelerometer Angular Transducer Sensor Module Analog Acceleration Module GY-61 Analog Output 3V-5V
The ADXL335 provides signal conditioned voltage output and can measure acceleration in a minimum ±3 g full scale range.
2PCS ADXL335 Sensor Module Semiconductor Devices 3 Axis Accelerometer Angular Transducer Sensor Module Analog Acceleration Module GY-61 Analog Output 3V-5V
Item #: 84711274

2PCS ADXL335 Sensor Module Semiconductor Devices 3 Axis Accelerometer Angular Transducer Sensor Module Analog Acceleration Module GY-61 Analog Output

Item #: 84711274

MMK 132816

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The ADXL335 provides signal conditioned voltage output and can measure acceleration in a minimum ±3 g full scale range.
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Note: Step Down Voltage Transformer required for using electronics products of US store (110-120). Recommended power converters Buy Now.

What Stands Out

Triple Axis Sensing
The ADXL335 detects acceleration along three axes, providing comprehensive motion tracking ideal for robotics and mobile applications, ensuring accurate data for precise performance.
Analog Output
With a 3V-5V analog output, this sensor offers easy integration into various systems, eliminating complexities in digital interfacing and making setup hassle-free.
Compact Design
The GY-61 module's compact design enables efficient space utilization in projects, making it an excellent choice for embedded applications or projects with limited space constraints.

Product Details

Shop 2PCS ADXL335 Sensor Module Semiconductor Devices 3 Axis Accelerometer Angular Transducer Sensor Module Analog Acceleration Module GY-61 Analog Output 3V-5V online at a best price in Myanmar. B0BXDJVQXZ
Item Weight0.15 lbs (70 grams)

Who Should Buy?

Suitable For
  • Hobbyist Developers

    Ideal for hobbyists working on robotics or DIY electronics projects needing basic acceleration data.

  • Educational Purposes

    Great for students learning about sensors, accelerometers, and data interpretation in physics or engineering courses.

  • Prototype Testing

    Useful for engineers prototyping devices where measuring tilt, acceleration, or motion is essential for functionality.

Not Suitable For
  • Precision Applications

    Not suitable for applications requiring high accuracy and precision in motion sensing or measurements.

  • Commercial Products

    Not ideal for final commercial products due to limitations in durability and reliability for extensive use.

  • Complex Projects

    May not meet the requirements of advanced projects needing more complex sensing capabilities or integrations.

Product Description

2PCS ADXL335 Sensor Module Semiconductor Devices 3 Axis Accelerometer Angular Transducer Sensor Module Analog Acceleration Module GY-61 Analog Output 3V-5V

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Customer Questions & Answers

  • Question: What is the ADXL335 Sensor Module and how does it work?

    Answer: The ADXL335 Sensor Module is a 3-axis accelerometer that measures dynamic acceleration and static gravity. It uses a semiconductor device to translate acceleration into an analog voltage output. Each axis corresponds to a specific output pin, allowing users to interface directly with microcontrollers, such as Arduino. This makes it ideal for applications in robotics, tilt sensing, and motion detection.
  • Question: What are the key features of the GY-61 module?

    Answer: The GY-61 module is compact and integrates the ADXL335 accelerometer, providing a full-scale acceleration range of ±3g across three axes. It features low noise for better accuracy, a wide voltage supply range, and small footprint, making it suitable for various projects. Whether you're developing wearable tech or a drone, the GY-61 is excellent for capturing precise motion data.
  • Question: How can I interface the ADXL335 module with an Arduino?

    Answer: Interfacing the ADXL335 with an Arduino is straightforward. You need to connect the module's output pins (X, Y, and Z axis) to the corresponding analog input pins on the Arduino. You can then write a simple code to read the analog values and convert them into meaningful acceleration data. This enables users to create applications like fall detection systems or gesture recognition projects.
  • Question: What kind of projects can I build using the ADXL335 sensor?

    Answer: The ADXL335 sensor is versatile and can be used in various projects such as tilt sensors, gesture-controlled devices, and robotics. Its ability to detect motion and orientation makes it suitable for applications like smartphones, game controllers, and even self-balancing scooters. With its compact size, it fits seamlessly into DIY projects for hobbyists.
  • Question: What is the power supply requirement for the GY-61 sensor module?

    Answer: The GY-61 sensor module operates within a voltage range of 1.8V to 3.6V, making it suitable for low-powered applications. This low voltage requirement allows users to integrate it with battery-operated devices efficiently, ideal for wearable technologies or portable gadgets. Ensure your power supply is stable within this range to maintain consistent sensor performance.
  • Question: Can the ADXL335 sensor measure both static and dynamic acceleration?

    Answer: Yes, the ADXL335 can measure both static and dynamic acceleration. Static acceleration is due to gravity, while dynamic acceleration results from motion. This dual capability makes it perfect for applications in various fields, like automotive safety systems that require precise motion and tilt measurements during rapid movements.
  • Question: What kind of output does the ADXL335 provide?

    Answer: The ADXL335 outputs analog voltage signals that correspond to the acceleration detected along the X, Y, and Z axes. Each axis has a dedicated output pin which provides a continuous voltage that varies depending on the movement or tilt. This analog output can be read directly by microcontrollers, enabling the development of real-time monitoring applications.
  • Question: Is the ADXL335 sensor suitable for high-precision applications?

    Answer: While the ADXL335 is capable of delivering reasonable accuracy for many applications, it may not be suitable for extremely high-precision needs. It offers a sensitivity of 300 mV/g and low noise performance, making it great for hobby or semi-professional projects. For high-precision applications such as aerospace or medical instrumentation, consider more advanced accelerometers.
  • Question: What are the advantages of using the GY-61 module over other accelerometers?

    Answer: The GY-61 is highly favored for its reduced weight and compact design, coupled with the ADXL335's reliability. It provides a wide measurement range with low power consumption, making it ideal for battery-operated devices. Comparatively, other accelerometers may lack such features, especially in terms of integration for hobbyist projects or wearable electronics.
  • Question: Where can I buy 2PCS ADXL335 Sensor Module in Myanmar?

    Answer: You can purchase the 2PCS ADXL335 Sensor Module from Ubuy. They offer a wide variety of electronic components and devices, making it a convenient option for finding specialized sensors like the ADXL335. By choosing Ubuy, you can easily access additional resources and customer support related to your purchase.

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Pros

  • High accuracy measurements
  • Easy to interface with Arduino
  • Compact and lightweight design
  • Good range of motion detection
  • Affordable for educational use

Cons

  • Wires may be a bit short.

Product Price History

Important information

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