This project is about creation of affordable and easy-to-manufacture prototypes of PCBs which are used to expand the capabilities of existing low-cost SDR receivers based on RTL2832U chip.

Example code and description how to use ESP32 low noise amplifier (LNA), including Arduino library and ESP-IDF component

LNA with filter for 400-440 MHz (UHF for amateur satellites)

This project shows the design process of the main blocks of a typical RX frontend system.

This project is about building a high FOM 2.4 GHz LNA for Bluetooth Low-Energy (BLE) Standards, using 45nm CMOS technology.

Expansion board for Raspberry Pi 4 Model B that eliminates the need for a direct wired connection of radio equipment to GPIO when working with rpitx or rpitx-ui packages. Now, you can use coaxial SMA output, switchable filters, and built-in LNA on one board!

SDRFunk - Radio Receiver Chrome Extension

CC1190 CC1312R1 Sub-G Ping pong example

Singled ended to differential (BALUN) amplifier for direct sampling with RTL-SDR dongle

Designing an ultra low-noise amplifier by python.

This work shows the design of dual band low noise amplifier at 1.1GHz and 2.4GHz using ADS software

SK66112 NRF52 PA/LNA BLE Ping pong example

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.

Osmocom BTS amplifier (LNA + PA); mirror of https://gitea.osmocom.org/cellular-infrastructure/osmo-bts-amp

Design of a 2.45GHz RFIC CMOS LNA

Very low noise <0.8dB band pass amplifier to multi frequency bands.

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

LNA bias values currently need to be entered manually into the SPF SHIELD GUI. These values need to be looked up in as-built documentation, which is an extra step allowing human error. This code extracts the relevant data in a format that SHIELD can autopopulate the LNA bias fields.

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