Nikolay Butyrlagin

Papers

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About

Nikolay Butyrlagin’s research focuses on the design and optimization of analog and mixed-signal integrated circuits for sensor systems, automation, and robotics. His major contributions include advancing the application of analog master slice arrays (MSA) and configurable structured array (CSA) crystals—key building blocks for high-performance sensor interfaces in aircraft and robotic platforms. In his 2016 paper (6 citations), he provided a comprehensive survey of domestic and foreign ICs tailored for these demanding environments. Butyrlagin also made significant strides in operational amplifier (Op-Amp) design, comparing BJT and CMOS implementations (TSMC 0.35µ SiGe process) to maximize slew rate—a critical parameter for fast-response electronic devices in automatics and robotics. His 2018 work (4 citations) offers a rigorous comparative analysis that guides designers in selecting the optimal technology for high-speed analog circuits. Though his citation counts are modest, Butyrlagin’s work is notable for its practical engineering focus, bridging the gap between semiconductor technology and real-world sensor and control systems. His research is particularly valuable for students and engineers working on robust, high-speed analog front-ends for autonomous systems and aerospace applications.