AMPLIPH Laboratory
Research
Research – AMPLIPH Laboratory
The AMPLIPH lab focuses on advancing both analog and power amplifier design, bridging theoretical insight and practical implementation.
We address challenges in low-noise signal amplification, efficient power stages, and modular teaching platforms. Our overarching goal is to deliver high-performance, reliable systems for audio, RF, and embedded applications.
Research Areas
Low‑Noise Analog Amplification
Low‑Noise Analog Amplification Low-noise analog amplification represents a fundamental research direction in signal conditioning, particularly for applications requiring high precision and fidelity. These include biomedical
National Platform for Semiconductor Technologies
National Platform for Semiconductor Technologies 2025-2029: M. Enachescu serves as Manager responsible for the implementation of research, innovation, and technology/knowledge transfer activities (A3)/ 242104, “National
Neural frameworks for deep learning using graphene nano-ribbons based circuits
Neural frameworks for deep learning using graphene nano-ribbons based circuits 2023-2025: M. Enachescu serves as Principal Investigator for “Neural frameworks for deep learning using graphene
Power Amplifier Linearization
Power Amplifier Linearization In high-efficiency power amplification, linearization is critical to maintaining signal fidelity. Distortion—especially in RF and audio systems—can severely degrade performance and lead
Current Projects
National Platform for Semiconductor Technologies
National Platform for Semiconductor Technologies 2025-2029: M. Enachescu serves as Manager responsible for the implementation of research, innovation, and technology/knowledge transfer activities (A3)/ 242104, “National
Publications
Publications
List of Published Works Journal Papers 2025 MEDINCEANU, P. C., & ENACHESCU, M. (2025). GaN Bootstrapped Logic Gates Analytical Modeling and Design Insights. ROMANIAN JOURNAL
