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It is possible to achieve several times the speed and sensitivity of conventional technologies from other companies. Our unique structure allows us to form electromagnetic shielding on the photodiode.
We received the Excellent New Technology and New Product Award for Small and Medium Enterprises in 2018.
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.
Nikkankogyo Shimbun - Award-winning products of the Excellent New Technology and New Products Award! Eliminated the need for external shielding.
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 typical photoelectric switches, while maintaining the detection distance of standard photoelectric switches. If the detection distance is within the range of typical photoelectric switches, power consumption can be halved. Additionally, an electromagnetic shielding function is built into the light-receiving IC, eliminating the need for external shielding. 【Functions (partial)】 ■ Synchronous, asynchronous (transmission, reflection) ■ Stable display output ■ Output short-circuit protection ■ Sensitivity adjustment ■ Light ON, light-blocking ON *For more details, please download the PDF or feel free to contact us.
![[Development Case] Light Receiving IC for Rotary Encoders](https://image.mono.ipros.com/public/product/image/1a3/2000660613/IPROS22444545626280684421.png?w=280&h=280)
Reduced labor for adjustment and inspection due to ICs that are less affected by the surrounding environment! Achieved cost reduction.
The user has been dedicating a lot of effort to adjusting and inspecting the environment to ensure that it does not affect the characteristics of the rotary encoder, and they needed a light-receiving IC for rotary encoders that is less susceptible to environmental influences. Our IC can minimize the impact of the surrounding environment. To facilitate a smooth replacement with our IC, we proposed an IC that has the same electrical and optical characteristics as other companies' ICs, while also matching the external dimensions and foot patterns. As a result, by reducing the impact of the surrounding environment on the characteristics, we were able to decrease the effort required for adjustments and inspections, achieving cost reductions for the user. [Effects] - Reduced the impact of the surrounding environment on characteristics, which was a challenge. - Decreased the effort required for adjustments and inspections, leading to cost reductions for the user. *For more details, please refer to the PDF document or feel free to contact us.
