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Magnetic Field Sensor FLCH 101(2 Pieces)
NZD 419
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The FLCH 101 is a miniature fluxgate magnetometer with high sensitivity, perfect for measuring weak magnetic fields up to 100 µT.
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Product Technical Details
| Package Dimensions | 0.39 x 0.39 x 0.39 inches |
| Item Weight | 1.76 ounces |
| Manufacturer | YZHATDH |
| Item model number | TJAZCDDBT |
Product Description
Customer Questions & Answers
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Question:
What is the sensitivity range of the Magnetic Field Sensor FLCH 101?
Answer: The Magnetic Field Sensor FLCH 101 offers a sensitivity range that allows it to detect magnetic fields varying from a few microteslas up to several milliteslas. This wide range makes it suitable for various applications, such as scientific experiments or industrial automation. In practical use, if you were developing a project involving the detection of magnetic devices or magnetic field strength in a laboratory setup, this sensor would deliver accurate readings necessary for your analysis. -
Question:
What applications are best suited for the Magnetic Field Sensor FLCH 101?
Answer: The Magnetic Field Sensor FLCH 101 is highly versatile and can be used in a variety of applications, including robotics, electronic experiments, and automotive systems. For instance, you might use it in a robotics project to help navigate a robot that needs to detect magnetic fields from objects. Additionally, hobbyists can use it for DIY electronics projects, such as building magnetic switches or positioning systems. -
Question:
How do I connect the Magnetic Field Sensor FLCH 101 to my microcontroller?
Answer: Connecting the Magnetic Field Sensor FLCH 101 to a microcontroller is straightforward. Typically, the sensor will have output pins for power, ground, and signal. By following the sensor's datasheet, you can easily integrate it into your system. This is particularly useful for educational projects, where students can learn about interfacing sensors with microcontrollers like Arduino or Raspberry Pi, enabling them to create interactive projects that respond to magnetic fields. -
Question:
Can the FLCH 101 sensor detect both AC and DC magnetic fields?
Answer: Yes, the FLCH 101 sensor is capable of detecting both alternating current (AC) and direct current (DC) magnetic fields. This feature enhances its applicability in diverse scenarios, such as monitoring electrical devices producing magnetic fields or studying the Earth’s magnetic fluctuations. For example, in an experimental setup, you could use the sensor to monitor the magnetic field variations around an AC power supply for educational demonstration purposes. -
Question:
What is the operating voltage range for the Magnetic Field Sensor FLCH 101?
Answer: The operating voltage range for the Magnetic Field Sensor FLCH 101 typically falls between 3.3V and 5V, making it compatible with most microcontroller platforms. This range allows it to be used in low-power applications where energy efficiency is critical. In practical terms, this means you can integrate it into battery-powered electronic projects, ensuring that you create devices that can operate efficiently without draining the power source quickly. -
Question:
Is the FLCH 101 suitable for outdoor use?
Answer: The FLCH 101 sensor can be used outdoors, but it's important to consider environmental factors such as humidity and temperature fluctuations. While the sensor is robust, protecting it from extreme weather conditions is advisable. In scenarios involving outdoor robotics or environmental monitoring platforms, you may want to house the sensor in a protective casing that still allows it to measure magnetic fields accurately. -
Question:
What precision level can I expect from the FLCH 101 sensor?
Answer: The Magnetic Field Sensor FLCH 101 is designed to provide precise measurements, with an accuracy level that is suitable for most hobbyist and educational applications. Generally, users can expect a deviation of only a few percent from the actual magnetic field strength under standard conditions. This accuracy makes it a great choice for projects like DIY magnetometers or for classroom demonstrations on magnetic field properties and detection. -
Question:
What types of projects can I build with two FLCH 101 sensors?
Answer: With two FLCH 101 sensors, you can create various innovative projects, such as a 3D magnetic field viewer or a basic compass system. By placing the sensors at different orientations, you can measure directional magnetic fields and visualize their strength. In educational environments, this setup can facilitate hands-on learning about electromagnetic fields and their implications, allowing students to explore concepts in physics and engineering interactively. -
Question:
Can the FLCH 101 be used in conjunction with other sensors?
Answer: Absolutely, the FLCH 101 can be integrated with other sensors for more complex applications, such as combining it with temperature or humidity sensors to analyze environmental changes in relation to magnetic field variations. This incorporation allows for comprehensive data collection, enhancing project outcomes. For instance, in a weather balloon project, integrating multiple sensors can help you study how altitude affects magnetic field strength alongside other environmental factors. -
Question:
Where can I buy Magnetic Field Sensor FLCH 101 (2 Pieces) in New Zealand?
Answer: You can purchase the Magnetic Field Sensor FLCH 101 (2 Pieces) from Ubuy in New Zealand. Ubuy offers a convenient platform for finding this product, ensuring you have access to reliable listings and detailed product descriptions. Their user-friendly interface makes it easy to compare products and select the best option for your project needs.
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NZD 419
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This item is not restrict in my country.(Please click on above link if this item is not restrict in your country, So our team will review and allow.)
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Features & Benefits
- High sensitivity for measuring weak magnetic fields up to 100 µT.
- DC to 1kHz output voltage proportional to magnetic field.
- Low noise, high stability output signal.
- Single 5V power supply with only 2mA current consumption.
- Temperature range from -40 to +85 C for versatile adaptability.
- Multiple customizable versions available to meet different needs.
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