SR13D-A1

The SR13D-A1 is a type of magnetic sensor. It is designed for position, proximity and speed measurements. It is often used to detect, measure, and regulate a wide range of parameters for various applications in a wide range of industries. This article will discuss the application field and working principle of the SR13D-A1.

The SR13D-A1 is mainly used in industrial automation, robotics, machine vision, and material handling applications. In industrial automation, the SR13D-A1 allows the detection of position and material flow rate by measuring physical parameters such as linear and angular position, displacement, velocity, and acceleration. In robotics, the SR13D-A1 helps to detect and measure physical parameters such as position, displacement, and velocity for accurate motion control. It can also be used for precision measurements of small particles and objects in machine vision applications. In material handling applications, the SR13D-A1 detects the properties of objects such as size, shape, and material composition for improved efficiency and cost savings.

The SR13D-A1 is a two-channel magnetic sensor module. It comprises two channels, each consisting of a receiver and a transmitter, and an amplifier circuit. The transmitter produces an alternating magnetic field, which is received by the receiver. Both channels can be used independently for different applications. The receiver carries out measurements of position, proximity, and speed at the point of application. The transmitter produces an alternating magnetic field, and the receiver captures the output signal from the transmitter to calculate the physical parameters.

The SR13D-A1 uses Hall Effect and magnetoresistance technologies to measure the physical parameters. Hall Effect technology is used to measure linear and angular position with high precision and accuracy. It is based on the ability of a magnetic flux of a magnetic field to cause a voltage to be generated in a conductive material. Magnetoresistance technology is used to measure displacement, velocity, acceleration, and rotational speed with high accuracy and resolution. It is based on the ability of a change in the material’s resistance to a changing magnetic field.

The SR13D-A1 has several advantages over other types of magnetic sensors. It has excellent linearity and excellent temperature stability. It provides high accuracy and resolution. It is also highly reliable, and does not require calibration or additional software. Furthermore, it has a long service life, up to 10 years, and a wide measuring range, from 0 to 1000 mV.

In summary, the SR13D-A1 is a two-channel magnetic sensor module designed for position, proximity and speed measurements. It uses Hall Effect and magnetoresistance technologies to measure physical parameters with high accuracy and resolution. It is mainly used in industrial automation, robotics, machine vision, and material handling applications. It has excellent linearity, temperature stability, accuracy, resolution, reliability, and a long service life.