محسن معزی - دانشگاه صنعتی امیرکبیر

Saman Sheikh Ahmadi, Mohsen Moezzi, Hassan Ghafori Fard, "A Low Phase Noise Class-C Oscillator with Improved Resonator and Robust Start-Up", IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS II-EXPRESS BRIEFS, Vol. 0, Num. 0, Page 0-0, June 2020,

Alireza Mosavi, Mohsen Moezzi, "A mismatch compensated readout IC for an uncooled microbolometer infrared FPA", AEU-INTERNATIONAL JOURNAL OF ELECTRONICS AND COMMUNICATIONS, Vol. 123, Num. 0, Page 153263-153269, May 2020,

Shohreh Tir, Majid Shalichian, Mohsen Moezzi, "Design of bioinspired tripartite synapse analog integrated circuit in 65nm CMOS Technology", Journal of Computational Electronics, Vol. 0, Num. 0, Page 0-0, May 2020,

Siamak Zargari, Mohsen Moezzi, "Closed-Loop Compensation of the Quadrature Error in MEMS Vibratory Gyroscopes", AUT Journal of Electrical Engineering, Vol. 0, Num. 0, Page 0-0, January 2020,

Mahdi Momeni, Mohsen Moezzi, "A low loss RC I/Q generator for vector-sum applications", AEU-INTERNATIONAL JOURNAL OF ELECTRONICS AND COMMUNICATIONS, Vol. 110, Num. 1, Page 152852-152857, August 2019,

Mahdi Momeni, Mohsen Moezzi, "A Low Loss and Area Efficient RC Passive Poly Phase Filter for Monolithic GHz Vector-Sum Circuits", IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS II-EXPRESS BRIEFS, Vol. 0, Num. 0, Page 1-1, November 2018,

مقالات کنفرانس

داده های ثبت شده در پورتال

Sayed Davoud Miri, Mohsen Moezzi, "An Ultra Wideband Low Power Detector Logarithmic Video Amplifier in 0.15?m GaAs ", 27th Iranian Conference on Electrical Engineering, April 2019

Saman Sheikh Ahmadi, Hassan Ghafori Fard, Mohsen Moezzi, "A Low Phase Noise Class-C Oscillator Using an Improved Resonator ", 27th Iranian Conference on Electrical Engineering, April 2019

, Mohsen Moezzi, "Design, Simulation and Feasibility of Building an Energy Transfer System using RF Waves For Remote Charging of Electronic Devices ", 27th Iranian Conference on Electrical Engineering, April 2019

دروس ارائه شده

عنوان درس

توصیف درس

سرفصل ها

دوره درسی

Electronics (II)

This course familiarizes students with study and design of differential amplifiers, feedback and power amplifier schemes. The main focus of the course is on low frequency discrete analog design

Spring 2021

Optical integrated circuits

The purpose of this graduate level course is to address the need for dealing with the analysis and design of integrated circuits (ICs) for optical communication systems and will prove useful to both graduate students and practicing engineers.

Spring 2021

Eletronics (I)

This course familiarizes students with study of diodes and transistors. The main focus of the course is on diode applications and basic transistors circuits.

Fall 2020

Optical integrated circuits

Spring 2020

Electronics (II)

This course familiarizes students with study and design of differential amplifiers, feedback and power amplifier schemes. The main focus of the course is on low frequency discrete analog design

Spring 2020

Integrated Filters

The purpose of this graduate level course is to utilize these two backgrounds and help students to design integrated analog filters such as Switched-Capacitor Filters, Active-RC filters, Gm-C filters. The students will get a full exposure to practica

Fall 2019

Eletronics (I)

This course familiarizes students with study of diodes and transistors. The main focus of the course is on diode applications and basic transistors circuits.

Fall 2019

Electronics (III)

In this course, we study the effects that limit the speed of transistors and circuits, identifying topologies that better lend themselves to high-frequency operation. We also develop skills for deriving transfer functions of circuits, a critical task

Fall 2019