MBSS Linear Hall Effect Sensor Breakout SS39ET for Arduino and Raspberry PI
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MBSS Linear Hall Effect Sensor Breakout SS39ET for Arduino and Raspberry PI
Small and compact linear hall sensor breakout for detecting magnetic fields and intensity.
MBSS Linear Hall Effect Sensor Breakout SS39ET for Arduino and Raspberry PI
Artikelnr.: 45847254

MBSS Linear Hall Effect Sensor Breakout SS39ET for Arduino and Raspberry PI

Artikelnr.: 45847254

ANG 26

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Small and compact linear hall sensor breakout for detecting magnetic fields and intensity.
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Wat opvalt

High Sensitivity
The MBSS SS39ET boasts exceptional sensitivity, providing accurate readings for magnetic field detection, ideal for robotics and automation projects requiring precision.
Versatile Compatibility
Designed for effortless integration, this sensor is compatible with both Arduino and Raspberry Pi platforms, making it perfect for hobbyists and developers alike.
Compact Design
Its small form factor allows for easy installation and minimal space utilization in various projects, enhancing convenience without compromising performance.

Productdetails

Shop MBSS Linear Hall Effect Sensor Breakout SS39ET for Arduino and Raspberry PI online at a best price in curacao. B08BJJ3W6H
Item Weight0.1 lbs (50 grams)

Voor wie is dit geschikt?

Suitable For
  • Robotics Projects

    Ideal for hobbyists integrating magnetic sensing into robots for navigation or object detection.

  • DIY Electronics

    Perfect for enthusiasts creating electronic projects that require precise magnetic field measurements and control.

  • Educational Purposes

    Useful in educational settings for teaching about sensors, magnetism, and programming with Arduino or Raspberry Pi.

Not Suitable For
  • High-Precision Applications

    May not suit projects requiring extreme accuracy and precision in magnetic field measurements.

  • Commercial Use

    Not advisable for industrial applications where durability and reliability are critical for continuous operation.

  • Beginner Level Users

    Could be complex for complete beginners without prior experience in electronics or programming.

PRODUCTBESCHRIJVING

MBSS Linear Hall Effect Sensor Breakout SS39ET for Arduino and Raspberry PI

About This Item

Introducing the MBSS Linear Hall Effect Sensor Breakout SS39ET: Your Perfect DIY Companion Are you a DIY enthusiast looking to add a touch of innovation to your Arduino or Raspberry PI projects? Look no further! The MBSS Linear Hall Effect Sensor Breakout SS39ET is here to unlock your creative potential. With its compact size and simple three-pin setup, this breakout makes detecting magnetic fields a breeze. Whether you want to measure field intensity or distance, this sensor has got you covered. Unlike digital hall sensors, this linear hall sensor provides more complex information about magnetic fields, allowing you to delve deeper into your projects. The versatility of this sensor is unmatched.

Designed for use with Arduino, Raspberry PI, ESP, or other microcontrollers, it offers endless possibilities. From automation in e-commerce to industrial applications, this sensor delivers precise and reliable results. But what sets this sensor apart from the rest? Let's take a closer look at its features and specifications. The MBSS Linear Hall Effect Sensor is engineered for accuracy and precision, ensuring that you receive the most reliable data for your projects.

With a minimum voltage of 2.7V and a maximum voltage of 6.5V, it caters to a wide range of power requirements. One of the standout features of this breakout is its plug and play compatibility. Simply connect it to your microcontroller and read the SIG voltage using an ADC. No need to worry about latching or switching on or off – this linear hall sensor is always ready to go. But it's not just the technical aspects that make this sensor a must-have.

Its affordability and availability make it accessible to all DIY enthusiasts, regardless of budget constraints. And the positive reviews and ratings it has received speak volumes about its quality and performance. Worried about compatibility? Rest assured, this sensor is fully compatible with Arduino and Raspberry PI, making it a seamless addition to your existing projects. And if you're new to the world of hall effect sensors, our comprehensive tutorial will guide you through the setup process step-by-step. So why wait? Enhance your DIY electronics projects with the MBSS Linear Hall Effect Sensor Breakout SS39ET.

Unlock the potential of magnetic field detection and dive into a world of innovation. Order your sensor today and let your creativity soar!.

Heeft u een vraag? Chat met ons

Vragen & Antwoorden van klanten

  • vraag: What is the MBSS Linear Hall Effect Sensor Breakout SS39ET used for?

    antwoord: The MBSS Linear Hall Effect Sensor Breakout SS39ET is designed to detect magnetic fields and provide linear voltage outputs proportional to the strength of the magnetic field. This sensor is typically utilized in various applications such as proximity sensing, current sensing, and position detection, making it a versatile component for hobby projects and industrial applications alike.
  • vraag: How does the MBSS Linear Hall Effect Sensor break down the magnetic field measurement?

    antwoord: The sensor operates on the principle of the Hall Effect, where a voltage is generated across an electrical conductor when it is placed in a magnetic field. The SS39ET gives a linear response, meaning that the output voltage increases or decreases in direct relation to the magnetic field strength, allowing for precise measurements. This can be particularly valuable in robotics, where accurate sensing of magnetic fields can guide movement or position.
  • vraag: Is the MBSS Linear Hall Effect Sensor compatible with Arduino and Raspberry Pi?

    antwoord: Yes, the MBSS Linear Hall Effect Sensor is fully compatible with both Arduino and Raspberry Pi platforms. The breakout board is equipped with accessible power and ground pins, along with an output pin designed for analog voltage signals that can be easily read by these microcontrollers. This compatibility opens up numerous opportunities for projects ranging from simple educational models to complex robotic systems.
  • vraag: What are some practical projects I can create using the SS39ET sensor?

    antwoord: With the MBSS Linear Hall Effect Sensor, one can embark on various projects, such as creating a magnetic field detector, developing a non-contact current sensor to measure AC current, or even building a magnetically controlled switch. Such applications are not just limited to learning but can also help in developing prototypes for devices requiring magnetic field sensing, such as automated doors or robotic arms.
  • vraag: What is the power requirement for the MBSS Linear Hall Effect Sensor?

    antwoord: The MBSS Linear Hall Effect Sensor operates at a voltage range between 4.5V to 10V. It's crucial to provide the right operating voltage to ensure accurate readings and prevent any damage to the sensor. This makes it suitable for battery-powered devices or projects that need to operate at lower power consumption, such as IoT applications.
  • vraag: Can the output from the MBSS Linear Hall Effect Sensor be used directly for motor control?

    antwoord: While the sensor outputs an analog voltage, direct control of motors typically requires additional circuitry, such as a microcontroller or a motor driver, to interpret the voltage levels appropriately. This enables the voltage output to be translated into actionable commands for motor operation, allowing for sophisticated control based on magnetic field changes.
  • vraag: What type of connector does the MBSS Linear Hall Effect Sensor use?

    antwoord: The breakout board for the MBSS Linear Hall Effect Sensor typically features standard pin headers, making it easy to connect to breadboards or direct wiring on microcontroller boards. These headers are designed to simplify prototyping and help with quick connections, ensuring seamless integration into various electronic projects without soldering.
  • vraag: Does the SS39ET sensor provide digital output?

    antwoord: The SS39ET sensor primarily provides an analog output that corresponds to the detected magnetic field strength. However, if you require digital output for simpler integrations, you can use a comparator circuit to convert the analog signal into a digital signal. This versatility offers flexibility based on the project requirements, allowing hobbyists to use either output type.
  • vraag: What makes the MBSS Linear Hall Effect Sensor different from other sensors?

    antwoord: The MBSS Linear Hall Effect Sensor is distinguished by its ability to provide a continuous range of output voltages, as opposed to just on/off signals found in digital Hall effect sensors. This linearity makes the SS39ET particularly effective for precise applications requiring measurement of variable magnetic fields, offering enhanced accuracy in a wide range of engineering and electronic projects.
  • vraag: Where can I buy the MBSS Linear Hall Effect Sensor Breakout SS39ET for Arduino and Raspberry Pi in curacao?

    antwoord: You can purchase the MBSS Linear Hall Effect Sensor Breakout SS39ET for Arduino and Raspberry Pi from Ubuy in curacao. Ubuy provides a convenient platform for finding and ordering this sensor, ensuring you can easily integrate it into your electronic projects.

MBSS Hall Effect Sensors Editorial Review

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