Systém centrálního řízení přístrojového vybavení elektronické laboratoře

Abstract

In this thesis, a program is designed and implemented to serve as a comprehensive control system for the management of laboratory instruments, including load, source and oscilloscope. The software allows users to remotely control and monitor these devices and provides a userfriendly interface for accurate parameter setting and data visualization. The load control function allows dynamic simulation of the load, while the laboratory power supply control provides efficient power regulation. In addition, oscilloscope integration facilitates real-time waveform monitoring. The software improves laboratory workflows, promotes ease of experimentation and contributes to a more efficient and connected laboratory environment.