Mikrokontroler dengan aplikasi fotonika

Abstract

Microcontrollers, which are small microprocessor-based devices, have played an increasingly important role in the development of photonic applications. The microcontroller has the ability to process data and control the system effectively, so that it is able to adjust various parameters of the optical system with high precision (Kusairi et al., 2022). Photonics is a field of science concerned with the use of light and optical components to efficiently generate, control and process information. Photonics applications have experienced rapid development and are becoming an important part of many technology sectors, including telecommunications, optical computing, optical signal processing and optical sensing. In the application of complex photonics applications, control and processing of optical signals play an important role. To achieve precise and efficient control, a reliable and sophisticated control system is required (Culshaw & López-Higuera, 2016). Microcontroller integration in optic devices has opened various opportunities in the development of photonic applications. In the design of optical devices that are integrated with microcontroller, control and control functions can be more efficient and accurate. Microcontroller allows real-time optical signal processing, automatic setup of various operating parameters, and programmed interaction with external system (Sasmitaninghidayah, 2021).