F3UV-XW11

Series:	*
Part Status:	Obsolete

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F3UV-XW11 Application Field and Working Principle

Introduction

The F3UV-XW11 is an accessory for industrial grade products. It is applied in the medical, pharmaceutical, automotive, electronic, electrical, and food industries. The F3UV-XW11 is designed for high precision detection and measurement without needing to be tethered to any external device. It is powered by a lithium-ion battery with a lifetime of one to two years depending on usage. The F3UV-XW11 is a combination of an accuracy accelerometer, magnetometer, and inertial measurement unit (IMU). It uses a tri-axial electronic gyroscope and single-axis electronic compass technology. The sensor plays a crucial role in high-precision performance, consuming extremely low energy while delivering superior accuracy. Furthermore, the sensor includes an ambient temperature range of -20 to +60ₒC (±20ₒC).

Applications

The F3UV-XW11 is applicable for a variety of different industries. It can be used as a high-precision motion sensor in the medical sector for monitoring and coordinating movement in medical robots, for example in surgery and rehabilitation applications. In the electronic industry, it can be used for handling tiny objects in pick-and-place, manipulation and routing tasks. The pharmaceutical industry can use the F3UV-XW11 to facilitate monitoring of the production process, as well as detection of drug and substance potency. In the automotive industry, the sensor helps in optimizing navigation and safety systems. In the electrical and food industries, it helps in smart and automated cleaning processes, and energy optimization.

Working Principle

The F3UV-XW11 utilizes a combination of gyroscopes, tri-axial electronic gyroscopes, and single-axis electronic compass technology to measure the rapid changes in acceleration vector, orientation, and environmental temperature. The operating principle is that when a force is applied to an object, the object accelerates in that direction. This acceleration is measured by the sensor, which is combined with the orientation measured by the gyroscope and the environmental temperature by the thermal sensor. The measured data is transmitted via a secure two-way communication protocol. The secure protocol also records the transmission and reception data allowing for quick and secure data transmission. The accelerometer measures the linear motion of a body in a certain direction. This linear motion is calculated using the force of gravity and the principle of inertia. The sensor measures the linear motion in terms of acceleration values (m/s2). The magnetometer measures the Earth’s magnetic field. It detects the strength and direction of a magnetic field by sensing changes in its intensity. The magnetometer also helps to detect the orientation of the sensor with respect to the Earth’s magnetic field. The Inertial Measurement Unit (IMU) uses explosive gases or liquid (hydrazine) to measure the rate of change of the angular velocity of an object. A gyroscope is used to measure the body’s angular velocity. The IMU combines the measurements from both the accelerometer and magnetometer to provide a single output. The resulting output is the orientation of the sensor with respect to the earth’s magnetic field.

Conclusion

The F3UV-XW11 is an advanced accessory designed for high precision applications in a variety of industries. It uses a combination of accelerometer, magnetometer, and Inertial Measurement Unit (IMU) to measure acceleration, orientation, and environmental temperature. The sensor is combined with a secure two-way communication protocol to allow for quick and secure data transmission. With its advanced technology and wide range of applications, the F3UV-XW11 is a must-have accessory for industrial grade products.

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