Key Trends in the Sanitary Napkin Market from 2022-2031
Magnetometers are used to measure magnetic field or magnetic dipole moment. Based on the detection methods, there are various types of magnetometers; however, the physical effects of these magnetometers are similar. Various methods of measuring magnetic fields include the Hall Effect method, magnetoresistance effect method, magnetic resonance method, weakly connected superconducting effect method (SQUID), magnetic flux gate method, and magneto-optical method. Various devices that are used to measure magnetic fields include flux meter, electronic integrator, rotation coil magnetometer, and vibrating coil magnetometer.
Increase in demand for MEMS magnetometer sensor market in industrial automation, automotive, aerospace & defense, and consumer electronics sectors is expected to fuel the global magnetometer sensor market. Drone magnetometers, for instance, are used to scan the area and detect metals several times faster as compared to that by handheld devices. Moreover, R&D of new products is also expected to drive the market during the forecast period.
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Magnetometer Sensor Market Introduction
Magnetometer, or a magnetic sensor, is utilized to measure magnetic induction (magnetic field intensity). It is a key component in various types of navigation and detection systems. The sensor is extensively used in consumer electronics, military & defense, telecom, automotive, and other sectors. In the automotive sector, magnetometers are used in Electric Power Steering (EPS), braking and stability control, diesel engine management, gasoline engine management, Motorcycle Engine Control Unit (ECU), and small engine control. These sensors are also used in Electric Vehicles (EVs) and Hybrid Vehicles (HVs).
Advancements in Testing Methods Boost R&D in 3D Magnetic Sensors
Use of magnetic sensors in the mixed reality market and industrial, medical, and automotive sectors has been rising significantly for the last few years. Magnetometer sensors are utilized to monitor diverse operating conditions while performing test and measurement tasks. Thus, advancements in testing methods are expected to boost development of sensors for test and measurement applications. This, in turn, is expected to fuel the global magnetometer sensor market.
Magnetic sensor market manufacturers are focused on R&D in 3D magnetic sensors in order to enhance their market share. Infineon Technologies AG has developed products based on 3D magnetic sensors. The TLI493D-W2BW XENSIV 3D magnetic sensor combines high-accuracy magnetic field measurements with an extremely small footprint and extremely low power consumption (minimum 7 nA).
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Magnetometer sensors are also utilized to detect both linear magnetic and angular movements. 3D magnetic sensors provide high accuracy for several parameters such as pressure, proximity, position, fluid flow, etc. These sensors possess several advantageous properties, including high sensitivity, high linearity, large field range, and low power consumption. 3D magnetometer sensors are also more convenient to use due to their design flexibility and programming. These sensors deliver measurement accuracy and performance needed to comply with stringent requirements of safety-critical automotive and other applications.
Development and Launch of Novel Products to Propel Magnetometer Sensor Market
Rise in adoption of magnetometer sensors in the automotive industry is projected to drive the market during the forecast period. Rapid progress in the Advanced Driver Assistance System (ADAS) and other autonomous driving systems has led to several challenges related to performance and functional safety of vehicles. Magnetic sensors address these challenges, as these sensors provide measurement accuracy and performance required for safety-critical automotive applications such as steering, braking, and transmission systems.
The future of magnetometer sensor market relies on investments in technologies such as 3D sensing, tunnel magnetoresistance, and giant magnetoresistance. Players in the market are focused on R&D to cater to the needs of various end-use markets and to expand their magnetic sensor product portfolio.
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Trends in the magnetometer sensor market also indicate toward a rise in R&D in analog bridge magnetic sensors. For instance, in June 2019, NVE Corporation launched the ALT025 Tunneling Magnetoresistance (TMR) analog bridge magnetic sensor with a large signal and a wide linear range. This product is used in various applications such as motion, speed, position control, noncontact current sensing, mechatronics, and robotics.
