MAX35103EHJ+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX35103EHJ+T is an ultra-low power magnetic sensor in a tiny 3-mm x 3-mm x 0.9-mm leadless chip-scale package (LGA). An ideal choice for power-constrained and size-limited applications such as wearable and IoT, it provides a very low operating current of 1.2 μA, plus excellent accuracy and linearity when detecting even extremely weak magnetic fields. It interfaces with nearly any microcontroller, so it is widely used in both commercial and industrial applications.

The MAX35103EHJ+T falls in the Interface – Sensor and Detector category, more specifically in the magnetic sensors family. It captures the magnetic response of a system and is designed to detect the Earth\'s magnetic field, allowing the use of magnetometers to detect the direction of the magnetic field and any changes to it. The MAX35103EHJ+T incorporates highly sensitive, low-drift AMR magnetic sensors that measure and report magnetic-field strength in all three axes. These axes measure the absolute X, Y and Z values relative to the Earth\'s magnetic field and can also be used to detect changes in the magnetic field.

The MAX35103EHJ+T has a wide range of applications ranging from motion and stability sensing to navigation, regulatory compliance and health and wellness. With its high resolution, wide dynamic range and versatile programming options, this device is suitable for medical, industrial and consumer markets. It can also be used in automotive applications such as navigation, lanekeeping and anti-collision, helping to improve driver safety and efficiency.

The working principle of the MAX35103EHJ+T is simple. The device contains three independent magnetoresistive sensors, which detect subtle changes in the magnetic flux density of the environment. Each sensor measures a different axis of the magnetic field and generates a corresponding output that is proportional to the magnetic flux density. The output can then be used to determine the direction and intensity of the magnetic field and detect changes in the field. The integrated comparator allows the user to set a specific threshold, which activates an interrupt when the magnetic field exceeds it.

The MAX35103EHJ+T is ideal for a wide range of applications requiring low power, flexibility, and accuracy. It offers ultra-low power consumption, high accuracy and reliable detection of magnetic fields in all three axes. With its versatile addressing capabilities, it can be used for both 3D motion sensing and 2D positioning. Its low power consumption and small form factor make it ideally suited for a range of wearable and industrial sensors and IoT devices. The MAX35103EHJ+T provides an excellent feature set for power-constrained, size-limited applications, helping to reduce customer development time, cost and complexity.

The specific data is subject to PDF, and the above content is for reference