SS94A1M

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The SS94A1M is a reliable and versatile position sensor commonly used in a variety of industries. The SS94A1M is designed to provide a precision low-voltage output, powered by a power source and employing non-contact inductive technology. This technology is based on a magnetic field changing in response to an object\'s movement, such as a wheel, or other mechanical device. When the target object moves, the magnetic field generated by the sensor is altered, resulting in a linear voltage output.

The SS94A1M is an ideal tool for detecting the angle, angular velocity, acceleration and angular position of a mechanical device or a wheel. In addition, the sensor measures the linear velocity, acceleration, and linear displacement of the target object. The SS94A1M can measure angles up to 360 degrees and up to 10,000 radians per second. It also has a high-resolution signal which can detect movements as small as 0.25 degrees. This accuracy makes this sensor ideal for applications such as robotics, automotive, machine tools, agricultural and construction machinery, medical devices and sports equipment.

The SS94A1M has a wide range of voltage input, ranging from 0.3V for low-voltage sensors to 10V for higher voltage sensors. This allows the sensor to be used with different voltage supplies, such as AC, DC, and AC battery-powered supplies. Other features of the SS94A1M include a wide bandwidth, a low-profile housing, and the capability of using single- or double-ended outputs. These provide a user with the ability to select various output modes, such as single ended, differential, and voltage/current. The SS94A1M is also capable of working with either continuous or periodic synchronization protocols.

The SS94A1M has a unique working principle. It is designed to detect changes in magnetic fields produced by objects moving in the vicinity of the sensor. This allows the SS94A1M to measure the angular velocity, acceleration and angular position of a target object. This principle is based on Faraday’s law, which states that a changing magnetic field will induce a voltage in a conductor, which allows the SS94A1M to measure the changes in the magnetic field and calculate the angular positions of the target object.

The SS94A1M is a versatile and reliable tool to measure angles, angular velocity, acceleration, linear position, linear velocity and acceleration of a target object. The SS94A1M utilizes innovative inductive sensing technology to accurately measure movement as small as 0.25 degrees, making it ideal for a wide range of applications. It is also capable of working with both continuous and periodic synchronization protocols and has a wide range of voltage input, making it suitable for a variety of power sources. The SS94A1M is a perfect choice for positions sensors, angle sensing, linear position measuring, and related applications.

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