rfic

RFIC design course developed at Johannes Kepler University, Department for Integrated Circuits

A Keysight ADS/RFPro-based workflow for RFIC pixel-layout generation, EM simulation automation, HDF5 dataset creation, and CNN-based surrogate modeling.

Open Source RFIC Inductor and Transformer Layout Generation Toolkit

Python script to draw GDS cells of planar baluns

AI-assisted RFIC optimization framework combining ONNX surrogate models, Qucs-S/Xyce circuit simulation, and AWS Palace fine-tuning for open-source electronic design automation (EDA).

Open RF Integrated Circuit Automation - A Toolchain that uses Open-Source tools to efficiently simulate RFIC geometries and train AI/ML-Networks to quickly predict optimal geometries

Complete 2.4 GHz RF receiver front-end designed in Cadence Virtuoso (180 nm CMOS) — cascode LNA, Gilbert cell mixer, and Gm-C IF filter. Serving as the analog verification layer for a 64 subcarrier OFDM PHY baseband. Simulated in Spectre RF.

Free in-browser IEEE-style block diagram editor for analog, RF & mixed-signal ICs.

This is a repository for Proof of Concept of Design and Implementation of a C band Low Noise Amplifier for Geo-Sat Communication

A full-custom 2.1–2.7 GHz Direct-Conversion (Zero-IF) Receiver Front-End designed in TSMC 65nm CMOS. This repository details the schematic design and SpectreRF verification of a PVT-invariant cascode LNA, a highly linear 50% duty-cycle passive mixer, and a 3-stage Active-RC TIA stabilized via Zero-Nulling Miller compensation.

24 GHz FMCW radar transceiver chip in IHP SG13G2 SiGe BiCMOS: VCO, PA, LNA, mixer, divider, end-to-end chirp demo, 2TX/4RX MIMO model

Design of a 2.45GHz RFIC CMOS LNA

Design and simulation of a spiral inductor, as part of the Telecomunications Electronics class.

Designing of a Single Stage Low Noise Amplifier. Masters Project for EE 210: RFIC at San Jose State University

Technical reports on FPGA, embedded, RFIC and PCB design

4th-order 2.4 GHz band-pass filter with reproducible ngspice + MATLAB S-parameter analysis.

Specifications for a modular software defined radio repeater

Graduate technical work from my M.Sc. in Computer and Electrical Engineering at Ben-Gurion University of the Negev. My specialization is RF integrated circuits, nanotechnology, and VLSI; these works span integrated-circuit design and the semiconductor-device, photonics, and applied-electromagnetics side of the program.

SKY130 analog design experiments using Xschem, ngspice, GLayout, KLayout, and physical verification.