SR4P3-B9

Series:	SR4
Part Status:	Active
Output Type:	Current
Type:	Omnipolar Switch
Actuator Material:	Magnet
Termination Style:	Wire Leads
Voltage - Supply:	3.8 V ~ 30 V
Must Operate:	2.5mT
Must Release:	0.5mT
Operating Temperature:	-40°C ~ 85°C (TA)
Package / Case:	Cylinder, Threaded

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Introduction

Magnetic sensors are important components of modern electrical systems, particularly those used for position, proximity, speed, and module applications. The SR4P3-B9 magnetic sensor is one of the most widely used and reliable sensors for these applications. This article will describe in detail the application field and working principle of the SR4P3-B9 magnetic sensor.

Applications

The SR4P3-B9 magnetic sensor is ideal for use in position, proximity, speed, and module applications, due to its high accuracy and reliable performance. It is a versatile and reliable sensor capable of measuring both linear and angular motion. It is particularly well-suited for automotive and robotics applications, as it is capable of providing precise measurements of distances, angles, velocities, and even acceleration and deceleration. The SR4P3-B9 magnetic sensor is also suitable for use in many industrial and consumer electronics applications, such as in medical imaging systems, LED lighting controllers, and security alarm systems.

Working Principle

The SR4P3-B9 magnetic sensor operates on the principles of magnetcoupling. It utilizes two magnetic flux sensors, one fixed and one mobile, that detect any changes in the magnetic field surrounding the sensing object. The fixed magnetic flux sensor is positioned in the stationary position and monitors the magnetic field around the object. The mobile flux sensor is placed in the moving position and measures the movement of the object in relation to the fixed sensor.When the object moves in relation to the fixed magnetic flux sensor, the mobile flux sensor measures the change in the magnetic field between the two. This change is then converted into a signal, which is transmitted to the counter or processing unit. This signal is then further processed and interpreted to determine the position, speed, and motion of the object.The SR4P3-B9 magnetic sensor is able to provide highly accurate measurements due to its advanced technology and robust construction. It incorporates a sophisticated sensing control circuitry, which helps to ensure consistent and reliable performance. It also comprises ultra-high accuracy sensing layers and an integrated calibration system that enables the sensor to provide precise readings.

Conclusion

The SR4P3-B9 magnetic sensor is an excellent choice for a variety of position, proximity, speed, and module applications. Its advanced technology, robust construction, and integrated calibration system make it a highly reliable and accurate sensor. The SR4P3-B9 magnetic sensor is capable of providing precise measurements of distances, angles, velocities, and even acceleration and deceleration. It is suitable for use in many industries and consumer electronics applications, making it a versatile and reliable choice for a variety of applications.

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