Infrared IR Sensor Receiver Module For Arduino

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Infrared IR Sensor Receiver Module For Arduino Specification

Product Type
Sensor module

Material
pvc

Input
5v

Function
IR REciver

Usage
IR REciver

Weight
35 Grams (g)

Infrared IR Sensor Receiver Module For Arduino Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About Infrared IR Sensor Receiver Module For Arduino

Description:

The infrared receiver module is 1838 Infrared receiver Acceptance angle: is 90 dig Operating voltage:2.7-5.5V. Frequency: 37.9KHZ, Receiving distance: 18Meter. Using inside and outside the double-shielded package structure Anti-light, electromagnetic interference capability, built-in infrared dedicated IC Can in 500 LUX Light intensity to work properly.

Used in:

Stereo, TV, VCR, disc players, set-top boxes, digital photo frame, car audio, remote control toys, satellite receiver, hard disk player, air conditioners, heaters, fans, lighting and other household appliances.

Specification:

Dimension: 2.5 x 1.5 x 1.5 cm.

Receiving angle: 90 degree

Working voltage: 2.7 - 5.5V

Frequency: 37.9KHz

Receiving range: 18m

Features:

Digital output

With fixed bolt hole for easy installation

Red power indicator

VCC external 5V power supply

GND

DO digital output

Versatile Infrared Sensing for Your Projects

The Infrared IR Sensor Receiver Module is crafted to simplify the integration of wireless control features in your Arduino and electronics projects. Its compact form factor, combined with a lightweight PVC body, ensures compatibility with space-dependent designs. The module's core advantage lies in its accurate detection of IR signals, expanding your options for automation and smart control in various applications.

Easy Plug-and-Play Connectivity

Operating on a standard 5V input, this IR receiver module connects effortlessly with Arduino boards and similar microcontrollers. Its standardized pinout allows for straightforward wiring, enabling both beginners and professionals to rapidly implement IR-based controls without complex setup procedures.

FAQ's of Infrared IR Sensor Receiver Module For Arduino:

Q: How do I connect the Infrared IR Sensor Receiver Module to my Arduino?

A: You can connect the IR receiver's output pin directly to a digital input pin on your Arduino, while supplying 5V power and ground to the respective pins. Consult your Arduino's wiring diagram for specific pin placements.

Q: What is the primary function of this IR Sensor Receiver Module?

A: The module is designed to receive infrared signals-typically from remote controls-enabling your Arduino or other microcontrollers to interpret and respond to IR commands for wireless data transfer and device control.

Q: When should I use this IR Sensor Receiver Module in a project?

A: Use this module whenever you need to remotely control devices, implement wireless communication between electronics, or build automation systems requiring IR signal detection.

Q: Where is this IR Sensor Receiver Module commonly manufactured and supplied from?

A: This IR sensor receiver is primarily manufactured, supplied, and distributed from China, making it easily accessible through a wide network of exporters, importers, and traders.

Q: What are the benefits of using a PVC-based IR Sensor Receiver Module?

A: PVC material offers durability, electrical insulation, and a lightweight design, making the module reliable, resistant to wear, and suitable for various indoor electronic projects.

Q: Can this IR Sensor Module be used for both hobby and commercial projects?

A: Yes, its standard voltage, robust design, and wide availability make it suitable for DIY enthusiasts, educational projects, and scalable for commercial or prototype developments.

Q: What is the process of installing and using this IR receiver with Arduino?

A: Install the module by connecting its pins to your Arduino as per the pinout, upload the appropriate IR receiver library and code, and test by sending IR commands with a remote. The module will interpret these signals for your project implementation.

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