Hi,
I'm Krishna,
The Linear Guy.

Analog, Mixed s/n and RF IC Design Engineer.

Copyright © 2024 The Linear Guy - All Rights Reserved.

Hola!

Meet me,

Sai Krishna Babu

An ex-Wireless RF Systems Researcher knee-deep in Random Chaos of Variables and non-deterministic processes navigating with Fourier, Laplace and DFT, I stumbled upon the mysterious world of MOSFETs—those feisty little devices pretending to be linear when they're clearly not! One thing led to another, and before I knew it, I was hooked on designing circuits, chasing the dream of taming non-linear beasts with elegant linear approximations. Now, as an Analog IC Designer, I get to play detective in the world of Digital, solving complex Analog puzzles and designing Circuits for size, power and Performance over PVT variations.

here's my professional timeline

Analog IC Design Engineer

Qorvo

since May 2024

Analog IC Design Intern

Qorvo

Jan 2024 - May 2024

Analog IC Design Teaching Asst.

Arizona State University

Aug 2023 - Dec 2023

RF IC Design Intern

Qorvo

May 2023 - Aug 2023

Research Assistant

Analog/Mixed signal VLSI Group

Arizona State University

Aug 2022 - Dec 2022

Research Fellow

WiCoN Group, Tirupati

Jan 2021 - Aug 2022

Contract Engineer

VSSC, ISRO

Aug 2020 - Nov 2020

Graduate Trainee Engineer

Mil. Comm, BEL

Jan 2020 - Aug 2020

For, CV / ResumeContact me

Analog IC Design catered easy
(Free and Unmonetized Content Coming soon...)

Projects undertook and delivered.

Research

01. Wireless/RF Coexistence

Practically experimented and implemented a RF multi radio Coexistence prototype and case studied the 1st order non-idealities - Here we proposed a Time Division Multiplexing based slotting of one RF transmitter and there by accommodating another radio node to propagate in the other devices' absence.A Billion dollars problem in Cellular & Wi-Fi industry is to peacefully coexist multiple radio nodes operation at a closer spectral vicinity with no interference. (for example: a Bluetooth, Wi-Fi, Microwave and LTE all operating with at 2.4GHz operating frequency with no cross talk or interference)