PHS04-P1BR10KE280

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Position sensors are essential components in industrial systems, used to measure motion parameters such as angle and linear position. The PHS04-P1BR10KE280 position sensor from Panasonic is a high-quality device designed for applications that require precise and reliable performance. This article looks at the application field and working principle of this device.

Application field of PHS04-P1BR10KE280 position sensor

PHS04-P1BR10KE280 is a linear position sensing transducer suitable for various industrial applications. It is designed for linear applications such as motor control, automation, and robotic arms. This type of position sensor is used to measure the position of an object along a linear range. It is ideal for applications where accuracy and reliability are important, such as in aerospace, machine tools, and automotive industries. PHS04-P1BR10KE280 has a robust housing and a low-profile design that makes it suitable for tight spaces.

The position sensor is designed to operate in environments with temperatures up to 85°C, and it is also resistant to shocks and vibrations. It has an aluminum housing that withstands high environmental stress. It features a high-performance encoder, which offers a linear output with a wide range of resolutions. It is also designed to be low-maintenance, offering robust and reliable performance.

Working principle of PHS04-P1BR10KE280 position sensor

The PHS04-P1BR10KE280 position sensor is based on a linear potentiometer, which is a type of resistor that converts the position of an object into an electrical signal. The linear potentiometer is essentially a length of resistance wire that is connected to a slider. As the slider moves along the resistance wire, its resistance is varied, and this change in resistance is converted into an electrical signal. The signal is then sent to the position sensor output.

The position sensor has an integrated high-precision encoder, which measures the angular or linear position of the slider. The encoder uses two pulses to measure the position. The first pulse is generated by a reference sensor as the start of the movement, and the second pulse is generated when the wheel completes one full rotation or travel along the resistance wire. The signal is then sent to the position sensor output.

The encoded signal from the position sensor is interpreted by a circuit, which converts the signal into a readable form. The output signal from the circuit is sent to the processor, which can then display the position of the object in terms of analog or digital output. This output can then be used to control the speed of the motor or can be used to trigger events in other electronic systems.

Conclusion

The PHS04-P1BR10KE280 position sensor is a high-performance device designed for a wide range of industrial applications. It is an accurate and reliable device that is resistant to shock and vibration. The position sensor is based on a linear potentiometer, which is connected to a slider. The encoded signal from the position sensor is interpreted by a circuit that provides analog or digital output. This output can then be used to control the speed of the motor or trigger events in other electronic systems.

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