Hi 👋, I'm Nithin P

Welcome to my Github Profile

About Me ☺️

👋 Hello! I'm Nithin P, an enthusiastic B.E. student in Electronics and Communication Engineering (ECE) with a keen interest in Analog/RF Design, ASIC Design and Machine Learning.

🔬 Academic Pursuits

Currently pursuing an B.E degree in Electronics and Communication Engineering.
Actively learning Analog, RF, ASIC Design using Cadence Virtuoso and open-source tools like NGspice and Skywater130pdk.

🌐 Contact Me:

Email: [email protected]
Linkedin: Linkedin
Twitter: Twitter

🛠️ Current Projects

Working on the development of a C-band Low Noise Amplifier (LNA).

🌐 Interests Beyond Academics

I love watching Anime, listening to music and playing Sid Meier's Civilization and Rome: Total War video games.

📈 GitHub Stats

I'm just grinding !!!

🚀 Projects 🚀

All of my projects are available at : Nithin's Projects

Nithin P's Projects

2.4-ghz-lna-using-keysight-ads

This is a 2.4 GHz LNA project being done for practice using Keysight ADS. This project attempts to automate the design process using python to make it easier.

basic-logic-gates

Basic Logic gates using Cadence Virtuoso

battery-management-system-using-bq76925

Developed a battery management system utilizing the Texas Instruments BQ 76925 integrated circuit. This project involves designing a circuit for monitoring and protecting individual battery cells, ensuring safe and efficient battery operation.

cmos-inverter

Design and Analysis of Simple CMOS Inverter using Cadence Virtuoso and NGspice

comparator-design-with-skywater-130pdk

Design and simulation for a high-sensitivity Comparator capable of detecting differential signals as low as ±1mV. The self-calibrating design eliminates the need for circuit trimming.

design-and-implementation-of-c-band-lna-proof-of-concept

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

design-and-layout-implementation-of-two-stage-opamp-using-45-90-180nm-technology

Design and Layout implementation of a high-performance two-stage Operational Amplifier (OPAMP) using180nm semiconductor technology. Achieved required gain, bandwidth, and power efficiency through simulation and characterization.

wireless-weather-station

This repository contains the code and schematics for a wireless weather station built using Arduino, NodeMCU, DHT11, BMP180, and a water drop sensor. The station measures temperature, humidity, barometric pressure, and detects raindrops. Data is transmitted wirelessly to a server for real-time monitoring.

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