AMS22B5A1BHASL336N

Series:	AMS22B
Part Status:	Active
For Measuring:	Rotary Position
Technology:	Hall Effect
Rotation Angle - Electrical, Mechanical:	10° ~ 360°, Continuous
Linear Range:	--
Output:	Analog Voltage
Output Signal:	Counterclockwise Increase
Actuator Type:	Slotted Shaft
Linearity:	±0.5%
Resistance Tolerance:	--
Voltage - Supply:	5V
Mounting Type:	Panel Mount
Termination Style:	PC Pin
Operating Temperature:	-40°C ~ 125°C

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Position Sensors - Angle, Linear Position Measuring

Position sensors are an important component in a variety of machines and vehicles. These sensors are used to measure and monitor the angular or linear position of a shaft. The AMS22B5A1BHASL336N is a specially designed position sensor capable of measuring the angles and linear positions of a shaft accurately.This article will discuss the application field of the AMS22B5A1BHASL336N and its working principle. The AMS22B5A1BHASL336N is a single-ended, contactless position sensor with a rotating angle range of ±360 degrees and linear displacement range of 1mm – 8mm. It can be used in a wide variety of applications including robotics, machine vision systems,encoders,medical devices,automobiles,hydraulic actuators,and precision instrumentation. The AMS22B5A1BHASL336N offers a number of features making it suitable for high-accuracy applications:• Low power consumption: The sensor requires very low amounts of power to operate, making it an ideal choice for battery-powered devices.• High compatibility: The sensor is compatible with a wide range of controller and feedback systems. • High accuracy: The sensor is capable of providing a linear output of 0.05%.• High response time: The sensor has a response time of less than 0.08ms.• High repeatability: The sensor can provide repeatable linear position measurements with a resolution of 0.2%.• High temperature tolerance: The sensor is capable of providing accurate readings in temperatures ranging from −20 °C to 70 °C.The working principle of the AMS22B5A1BHASL336N is based on the established electromagnetic principle of inductive sensing. This principle involves the generation of a small magnetic field within a coil. This magnetic field induces a voltage signal in an adjacent pick-up coil, which is proportional to the angular displacement of the shaft. This voltage signal is filtered and amplified to provide a linear output, which is proportional to the angular or linear displacement of the shaft.The sensor is typically mounted on the device to be measured, with its pick-up coil aligned parallel to the shaft. The pick-up coil is typically embedded in a resolver or encoder, which provides additional signal conditioning. The signal from the pick-up coil is then filtered and amplified to provide a linear output that is proportional to the angular or linear displacement of the shaft.The AMS22B5A1BHASL336N offers users many advantages, including its low power consumption, high compatibility, high accuracy, fast response time, high repeatability and high temperature tolerance. Furthermore, its working principle is based on tried and tested electromagnetic principles. All of these factors combine to make the AMS22B5A1BHASL336N an ideal choice for many applications, ranging from robotics and machine vision systems to encoders and precision instrumentation.

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