The receiver part consists of Arduino UNO and the 434 MHz Receiver module. An external LED can be used along with a current limiting resistor but on board LED would be sufficient. The design of the ...

In previous tutorials we have learned about ZigBee protocol and its architecture, and also learned about wireless communication between two Xbee modules.Now in this tutorial we will interface XBee ...

The circuit of the Arduino-based FM receiver, shown in Fig. 2, is built around Arduino UNO board (board1), TEA5767 radio receiver module (FM1), LM386 low-power amplifier (IC1), 16×2 LCD (LCD1) and ...

FM transmitters/receivers are among the top favorite circuits of any electronic enthusiast. In this article/video, I have introduced a complete digital FM receiver design that has equipped with an LCD ...

Here at RF Transmitter side, we have used Arduino Nano. Wiring the receiver module is also very simple, and once again you only need to make three connections. Connect the modules VCC and ground pins ...

Arduino in Control. AR1, an Arduino Nano board (see Figure 4), is used to control this digital FM receiver. It drives a standard 8 x 2 character alphanumeric LCD (LCD1). It reads and reacts to the ...

This repository contains the code and basic circuit diagram for an fm reciever using an arduino uno r3, a 16x2 I2C LC Display and a TEA5767 radio module. File breakdown: rad.ino: code for the fm ...

The jumper J1 feeds 5 V to the middle pin DQ through a 10K resistor. Similarly, pin notation for the infrared receiver module is OUT(D2)-GND-5V. I think that we can use the type TSOP1838/AH1838/VS1838 ...

When I looked into a making a cheapish broad band receiver, these lost out to the chip sets used for SDR. For an extra couple of bucks I got a USB dongle that tuned 26-1750Mhz versus a bare chip ...

As it is clear, the circuit consists of 3 main parts: Arduino-Nano (Controller), FM receiver module, and the audio amplifier. Figure 1, Schematic diagram of the digital FM receiver A-1. FM Receiver ...