AS5050A-BQFM Sensors, Transducers

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Position sensors are used to measure the mechanical position of a physical object. They detect the position of objects across planetary surfaces and in many other industrial or robotic applications. Historically, such sensors use analog measurement techniques, but today more advanced digital sensors are becoming increasingly popular. The AS5050A-BQFM is one such modern position sensor that offers excellent accuracy and reliability with an array of features that make it uniquely suited for numerous applications. This paper provides a brief overview of the AS5050A-BQFM\'s features, application fields, and working principle.

Features

The AS5050A-BQFM is an innovative angle position sensor developed by ams AG. It features an array of useful features, such as:

• 12-bit resolution and resolution up to 0.0001°
• Fully digital design with no analog elements
• Non-contact configuration with a durable mechanical coding
• High measurement accuracy and reliability
• High linearity and thermal stability
• Low power consumption up to 3mW
• Small size and light weight
• Wide dynamic range
• Extended temperature range

The AS5050A-BQFM also offers several advantages over many traditional analog angle sensors. It is extremely resistant to noise, vibration, and environmental influences, and offers better linearity and thermal stability than many other available sensors.

Application Fields

The AS5050A-BQFM is ideally suited for a variety of robotic and industrial applications, including:

• Robotic arm positioning
• Automated equipment and processes
• Automatic production lines
• Output speed measurement
• Fine wire positioning
• XY-axis scanning
• Angle measurement in automotive applications

Its extremely high accuracy and resistance to environmental influences makes it uniquely suited for these applications, making it a valuable addition to any robotic or industrial system.

Working Principle

The AS5050A-BQFM provides a 12-bit encoding output in order to measure the angle of a rotating element in a linear manner. This is achieved with a magnetic field core of high-resolution angle measurement based on the principles of magnetic flux. This operating principle translates into a digital angle that is highly resistant to noise, analog drift, and linearity and thermal stability errors.

Along with a code wheel, the AS5050A-BQFM works by detecting the magnetic field changes in the code wheel as the rotor moves. This field is converted back to the digital angle output of up to 0.0001°. The low power consumption of the sensor and its ability to function in extreme environments make it an ideal solution for a wide range of applications.

Conclusion

The AS5050A-BQFM angle position sensor is a highly accurate and reliable device that is well-suited for a wide range of robotic and industrial applications. It offers superior accuracy and stability among other analog angle sensors, while its low power consumption makes it a valuable asset to any system. Its design principles provide a highly accurate digital angle output that is resistant to noise, analog drift, and linearity and thermal stability errors. The AS5050A-BQFM is a great choice for a variety of robotic and industrial applications.

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