PHS11-1DBR10KE90

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Position sensors are a crucial part of the automation world. They are used to measure and monitor the precise position of movable objects, such as machines, tools, vehicles, and robotic arms, among many others. One of the most advanced position sensors is the PHS11-1DBR10KE90, which is an inductive angular transducer specially designed for robotic and medical applications. This article will provide an overview of the PHS11-1DBR10KE90\'s application field and working principle.

Application Field of the PHS11-1DBR10KE90

The PHS11-1DBR10KE90 is an inductive angular transducer with a measuring range of 0° to 270°. It is designed to provide precise, reliable, and cost-effective angular measurements in a wide variety of settings. The device can be used to measure the angle of a rotating shaft on machines such as robots, CNC grinding machines, medical equipment, and aircraft engines. Furthermore, the PHS11-1DBR10KE90 is an ideal position sensor for monitoring linear movements in automotive manufacturing and process control systems.

In addition to its applications in robotic and medical industries, the PHS11-1DBR10KE90 has also been proven effective in a variety of consumer electronics applications. With its production-line automation capabilities, the device is an ideal choice for the precision measurement of depth and height in smart phones, tablets, and other mobile devices.

Working Principle of the PHS11-1DBR10KE90

The PHS11-1DBR10KE90 is an inductive angular transducer that utilizes a Hall effect sensor to measure angular positions. The device consists of a rotating magnet mounted on a shaft connected to a stationary plate. When the magnet is rotated, it creates a magnetic field sensed by the Hall effect sensor. This sensor measures the strength and polarity of the magnetic field and translates it into a digital signal that is used to calculate the angular position of the magnet.

The PHS11-1DBR10KE90 also features a built-in temperature compensator, which helps the device maintain accuracy as the temperature changes. The device\'s signal is filtered to improve measurement accuracy, and its signal shape is also adjustable for increased performance. The device is equipped with an SPI interface for direct connection to a microcontroller and offers a built-in power supply.

Conclusion

The PHS11-1DBR10KE90 is an advanced position sensor designed to provide high-precision angular and linear measurements in a wide range of applications. Its accurate and cost-effective design makes it an ideal choice for use in robotic and medical industries as well as consumer electronics. The device utilizes an inductive principle along with a Hall effect sensor and a temperature compensator to ensure accurate measurements. Its SPI interface and built-in power supply make it easy to use.

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