KTH5641 Magnetic Sensor Module for Woodworking - Gaussmeter with Magnetic Field Strength Detection

KTH5641 Magnetic Sensor Module for Woodworking - Gaussmeter with Magnetic Field Strength Detection Kuvaus

Origin Assurance: Directly sourced from CN, this KTH5641 Magnetic Sensor Module ensures authenticity and quality, providing a reliable tool for your woodworking and magnetic field testing needs.
DIY Woodworking Compatibility: Specifically designed for woodworking enthusiasts, this magnetic sensor gaussmeter seamlessly integrates with your DIY projects, enhancing precision and efficiency in detecting magnetic fields.
Advanced Magnetic Field Detection: Equipped with cutting- technology, the KTH5641 module accurately measures magnetic field strength, making it an indispensable tool for engineers and professionals in the field of test meters.
In Stock & Ready for Wholesale: Available immediately for bulk purchase, this magnetic sensor module is perfect for retailers and distributors looking to provide high-quality, reliable tools to their customers.
Safe & Chemical-Free: Committed to your health and safety, the KTH5641 Magnetic Sensor Module contains no high-concern chemicals, ensuring a safe working environment for all users.

Description/Features:
The KTH5641 magnetic field strength detection module is equipped with the KTH5641A1 sensor, capable of detecting magnetic fields with high precision. It outputs a voltage range from 0-2.5V when detecting the North Pole and 2.5-5V for the South Pole, with a sensitivity of 1.5mV/GS. The module uses an 18-bit AD converter, MCP341, to accurately calculate the magnetic field strength. This device is particularly effective at the ends of bar magnets where the magnetic field is strongest due to minimal cancellation of magnetic lines of force, unlike the weaker middle section. Similarly, the edges of circular magnets exhibit strong magnetic fields. This module is ideal for applications requiring magnetic force measurement. Note that magnetic field measurements can vary based the magnet's posit