The IR Infrared LED Receiver is a specialized sensor designed to detect and decode infrared light signals, typically from remote controls. At Electrapac, we recommend this high-sensitivity receiver for any project requiring wireless control, such as home automation hubs, robotic command centers, or DIY media players.

Product Overview

Unlike a standard phototransistor, this IR Receiver is an integrated module that includes a PIN diode, a preamplifier, and a band-pass filter. It is specifically tuned to the 38kHz carrier frequency, which is the industry standard for most TV and appliance remotes. This allows the sensor to "ignore" ambient light from the sun or lightbulbs and only react to commands from your remote.

Key Features for Electrapac Customers

• High Noise Immunity: The internal band-pass filter effectively blocks interference from fluorescent lights and infrared "noise" in the room.

• Plug-and-Play Integration: The output pin can be connected directly to a microcontroller digital input. When an IR signal is detected, the output pulls LOW.

• Durable Shielding: The epoxy-molded package acts as an optical filter, only allowing infrared wavelengths to pass through to the internal sensor.

• Wide Voltage Range: Works perfectly with both 3.3V (Raspberry Pi/ESP32) and 5V (Arduino) systems.

• Compact Form Factor: Its small size allows it to be hidden behind dark plastic panels in your custom Electrapac enclosures.

Pin Configuration & Connection Guide

While specific models can vary slightly, most IR receivers from the Electrapac inventory follow this common 3-pin layout (facing the sensor bulb):

1. OUT: Signal Output (to Microcontroller Digital Pin).

2. GND: Ground connection.

3. VCC: Power input (+3.3V or +5V).

Electrapac Tech Tip: For the best performance and to prevent "jitter" in your signal, we recommend placing a 100Ω resistor in series with the VCC pin and a 4.7µF capacitor between VCC and GND. This filters out power supply noise that could cause false triggers.

Primary Applications

• Smart Home Control: Controlling lights, fans, or AC units using your existing TV remote.

• Robotics: Navigating a robot using a standard IR remote or an IR transmitter module.

• Media Centers: Building a "Kodi" or "Plex" receiver for your PC or Raspberry Pi.

• Counter/Tachometer: Using an IR LED and this receiver as a "break-beam" sensor to count moving objects.

• Wireless Data Transfer: Sending simple status codes between two microcontrollers across a room.

Why Shop at Electrapac?

We test our IR Receivers for maximum range and wide-angle sensitivity to ensure you don't have to be "perfectly aimed" for your remote to work. Visit us at for the reliable wireless components that put you in total command.