This IR transceiver module is equipped with 38K infrared transmitter and receiver supporting NEC code transmitting and decoding. Serial commumication interface can be easily connected to the MCU or computer, then control the NEC code controlled devices like TV, cooling fan, air conditioner. Specifications: Working Voltage: DC 5V Communicatin Interface: TTL Transmitting Distance: 6-10m Module Size: 27 X 17mm/1.06 X 0.67inch(L*W) Package Included: 2X NEC Code IR Infrared Transceiver Decoder Module TTL Communication
IR decoding and transceiver module
₦3,300.00
Description:
The IR Decoding and Transceiver Module is designed for receiving, decoding, and transmitting infrared signals. It supports a wide range of IR protocols, making it ideal for remote control applications, IR communication, and home automation projects.
Key Features:
- IR Reception and Transmission: Capable of receiving and transmitting infrared signals.
- Wide Protocol Support: Compatible with various IR protocols for versatile applications.
- High Sensitivity: Ensures reliable signal reception even in low-light conditions.
- Compact Design: Small module size for easy integration into projects.
- Low Power Consumption: Efficient operation with minimal power usage.
Technical Specifications:
- Operating Voltage: Typically 2.4V to 5.5V DC
- Operating Frequency: 38 kHz (standard IR remote control frequency)
- Reception Range: Up to 10 meters (depending on the environment)
- Transmission Range: Up to 5 meters (depending on the environment)
- Communication Interface: Digital I/O pins for microcontroller connection
- Dimensions: Compact module size suitable for embedded applications
Applications:
- Remote Control Systems: Use in TV, AC, and other appliance remote controls.
- Home Automation: Integrate into smart home systems for controlling various devices.
- IR Communication: Facilitate data transfer using infrared signals.
- Learning Remotes: Implement in learning remotes to decode and replicate IR signals.
- DIY Projects: Perfect for hobbyists and makers working on IR-based projects.
In stock