10Y49

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10Y49 Application Field and Working Principle

10Y49 is a type of position sensor used for angle and linear position measuring. It is mainly used in automotive areas, robotics, industrial automation, amusement parks, and aerospace applications. The device is capable of providing accurate, fast, and reliable measurements of linear or rotary position, speed, and acceleration.

The 10Y49 position sensor utilizes a patented Lidar-like principle of triangulation technique. It contains two optoelectronic-interchangeable beams - a transmitter and a receiver. The transmitter emits both a continuous light source and a modulated light source, while the receiver has a photodetector that measures the light reflected from an object. The returning light signals are then sent to a separate processing unit that evaluates these signals to convert them into position or velocity.

10Y49 operates over a wide temperature range (-40C to +85C) and uses advanced ASIC design for its integrated receiver-transmitter. It is capable of working with a variety of lenses with different focal lengths and beam divergence angles. The unit also supports a variety of signal types such as proportional voltage, pulse-width modulation, and current loop outputs.

With its robust design, 10Y49 can withstand harsh environmental conditions and provides reliable performance in extreme temperatures and locations. The unit is also EMC-compliant, with high sensitivity and low noise, and is suitable for use in an automated environment as well as EMC-sensitive applications.

The 10Y49 position sensor can be used in demanding applications such as measuring linear or rotary displacement, speed, and acceleration. Its accurate and reliable measurements make the device ideal for automotive, industrial, robotic, amusement, and aerospace applications. The device is robust, long-lasting, easy to install, and low-cost, making it an ideal solution for measuring linear and rotary position.

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