transmitter-receiver

Quansheng UV-K5, UV-K6, UV-5R Plus Firmware 2.01.31 and 3.00.15 Mods, Patches written in Python.

Transmitter and flight controller code for Arduino and HC12 Transceiver module based drone.

(Semester 3) Introduction to Communication Systems - End Semester Individual Project

This is a Super-Low-Cost(!) Radio-Transmitter with the use of Both Arduino & Processing 3, that can be used for DRONES and basically RC everything!

Reusable Verilog UART TX/RX core with configurable baud/oversampling, optional parity, and error detection. Includes loopback testbenches, simulation scripts, and FPGA constraint templates for quick integration.

This repository features the design and Proteus simulation of an AM transmitter and a Superheterodyne AM receiver for the medium-wave band. It includes MOSFET-based amplitude modulation, frequency down-conversion to 455 kHz IF, and signal recovery via envelope detection using basic electronic components.

Password Based Security Door Lock using ATMega162 Microcontroller

Receive the ERTS radio transmissions using this code. The transmitter is required for it to fully function.

A first-year engineering project showcasing a custom-built rover with omnidirectional movement, controlled via hand gestures (MPU6050) or dual joysticks, with GPS, ultrasonic obstacle detection, and NRF24L01 wireless communication.

Project integrating sound and light monitoring for automated horn and headlight control, alongside gesture and joystick navigation, wireless telemetry, and real-time feedback systems.

Dual-ESP32 smart robotics transmitter with graphical LCD, multi-protocol communication (NRF24L01, ESP-NOW, WiFi & Bluetooth), and modular architecture.

Transmitter receiver based on ESP8266 + NRF24L01 using Micropython

MATLAB Implementation of a Super Heterodyne MONO Transciever, reads 2 wav audio files, modulates and demodulate them.

A Professional 6-Channel Arduino RC Controller with LCD Feedback Build your own high-quality radio control transmitter using Arduino and nRF24L01 — perfect for drones, robots, RC cars, boats, and any remote-controlled project.

Arduino-based custom remote control using pulse-duration signals with hardware and simulator support.

8-bit UART design in Verilog with transmitter, receiver, baud-rate generator, and self-checking testbench.

📻 Send text from one Adenuis device to an other using Transparent mode and serial connection

A 6-channel NRF24L01 based remote control system with improved joysticks