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احمد رضا عبدالمنعم محمد

Personal Website

Ahmed Reda Abdelmouniem Mohamed

Faculty Engineering - Department Electronics and Electrical Communications Engineer

Scientific degrees

BSc In NULL, [2009]

الحالة الوظيفية الحالية :

قائم بالعمل

Academic Jobs

Doctor Assisant : 27/4/2014
Doctor : 28/12/2021

Publications

1 - Automated Design Technique for Constant-gm Rail-to-Rail for OTA Input Stage (2014).

2 - Input Offset Cancellation Trimming Technique for Operational Amplifiers (2013).

3 - "Input-Output Rail-to-Rail CMOS CCII for Low Voltage and Low Power Applications (2016).

4 - A Pseudo Resistor with Temperature Self-Adaptive Scheme (2024).

5 - Monolithic design of self-adaptive CMOS converter and robust event-triggered consensus control for integration of multi-renewable energy sources with battery storage system (2024).

6 - A power-efficient dynamic-time current mode comparator (2023).

7 - Temperature effect and compensation scheme for tunable ultra-high-resistance pseudo resistor (2020).

8 - A CMOS Two-Stage Amplifier Design Methodology for CAD Tools (2021).

9 - Untrimmed CMOS nano-ampere current reference with curvature-compensation scheme (2019).

10 - A novel technology by using three-stage opamp design based on feedback capacitor for islanded mode microgrid stability control (2024).

11 - A high-efficiency three-phase CMOS RF–DC rectifier for low-power IoT applications (2026).

12 - Readout Architectures for Resistive Sensors: Metrics, Comparison, and Future Directions (2026).

13 - Co-Design of Silicon-Based CMOS Rectifiers and Impedance Matching Networks for Low-Power IoT Systems: Trends and Insights (2025).

14 - Hardware implementation of a configurable and power-efficient current conveyor architecture (2025).

15 - Realization of a resistor-less CMOS super capacitor-multiplier using modified-current conveyors (2025).

16 - A Large Active Inductor Emulator for Biomedical Applications (2025).

17 - The Intelligence Behind Robotic Arms: A Deep Dive into Control Evolution (2025).

18 - An Efficient CMOS RF-DC Rectifier Based on a Dual Dynamic Self-Biasing Approach (2025).

19 - Temperature-less-sensitive trans-impedance amplifier with background light cancellation loop (2025).

20 - Design and Characterization of a Configurable Current Conveyor Circuit (2024).

Research Area