While achieving a short pulse of 1/5 compared to a typical photoelectric switch, it maintains the detection distance of conventional photoelectric switches!
The MPS00101 is a high-speed, high-sensitivity light-receiving IC developed for photoelectric switches. The light emission pulse width is equivalent to 0.5μsec at 1MHz, which is a short pulse that is 1/5 of that of conventional photoelectric switches, while maintaining the detection distance of traditional photoelectric switches. Due to the small light emission duty cycle, it is possible to achieve a detection distance greater than that of conventional devices. Additionally, the electromagnetic shielding function is built into the light-receiving IC, eliminating the need for external shielding. 【Features】 ■ For photoelectric switches ■ Light emission pulse width is equivalent to 0.5μsec at 1MHz ■ The small light emission duty cycle allows for greater detection distance than conventional devices ■ Power consumption can be halved if the detection distance is within that of typical photoelectric switches ■ Electromagnetic shielding function is built into the light-receiving IC ■ No external shielding is required *For more details, please refer to the PDF document or feel free to contact us.
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【Features】 ■ Synchronous, asynchronous (transparent, reflective) ■ Stable display output ■ Output short-circuit protection ■ Sensitivity adjustment ■ Light ON, Light-blocking ON ■ FGS, BGS ■ NPN, PNP output ■ External noise removal (shielding) function * For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our unique new structure enables approximately five times faster speeds and higher sensitivity compared to other companies' products. By leveraging the advantages of being a fabless manufacturer, we can select the optimal semiconductor process for each user application. We can supply not only mass-produced products but also small quantities of fully customized LSI. Utilizing various prototyping systems, we can produce around 10 LSI prototypes, and we are capable of supplying prototypes for product development stages as well as small-scale production for measuring instruments. We also accept contracts for the development of LSIs with strong research and development elements in systems and algorithms, allowing us to develop ICs utilizing our patents and specialized technologies. For example, we provide optical ICs for optical communication at speeds exceeding 100 Mbps and image sensor technology that eliminates the effects of ambient light for sensing applications.
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