PES50D94C

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Photointerrupters are widely used in operations relying on detecting the motion and presence of objects. As slot-type sensing is most commonly used in these operations, the PES50D94C Transistor Sensor Output is an ideal choice for when it comes to accurate sensing and detection.

An Overview of the PES50D94C

The PES50D94C optical-type sensors are slot-type photointerrupters with a transistor output circuit, which is especially designed to detect and regulate the motion and presence of objects such as cams, motors, and other electronic items. It can be used to detect and control processes in many different fields, from light and heavy industrial production to electro-mechanical engineering.

Operating Characteristics

The PES50D94C delivers a maximum collector current of 600 mA and can operate in temperatures up to 125°C. With a maximum response time of 3µsec and transistor voltage of 40V, it ensures reliable and accurate sensing and detection. The peak collector current of 2 A guarantees a higher current capacity and ensures a reliable operations performance. The phototransistor has a high on/off ratio up to 20 protection and a high-speed response time of less than 10 msec.

Advantages of Transistor Output

The advantages of a transistor output are that it provides a high switching speed. The switching time of the PES50D94C is approximately 3µsec, which makes it suitable for applications where quick and precise switching is required. The low on/off ratio also ensures a better noise rejection in noisy environments. It also has a high degree of protection against ESD, vibration, and radiation, which makes it suitable for use in harsh environments. Finally, the PES50D94C has a wide operating voltage range, making it suitable for a wide range of applications.

Applications

The PES50D94C can be used in many different applications, such as printing machines, laundry machines, automated assembly machines, optical switches, photoelectric switches, electronic gates, and many more. It is especially suitable for the detection and regulation of paper, films, and other objects in the printing industry. The PES50D94C is also used in solar photovoltaic plants, where it monitors the flow of electric current, and in the production of semiconductor devices, where it functions as a relay switch.

Conclusion

The PES50D94C Transistor Output Sensor is an ideal choice for accurate sensing and detection. With a maximum response time of 3µsec and a peak current of 2A, it offers reliable and accurate sensing and detection. Its wide range of applications makes it suitable for many different operations and its high on/off ratio delivers a better noise rejection in noisy environments. Finally, it has a high degree of protection against ESD, vibration, and radiation, making it suitable for use in harsh environments.

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