SYN115 and SYN480R Wireless Transmitter and Receiver Module Set This performance transmitter and receiver set is designed for reliable shortrange wireless communication in the 433 MHz band, ideal for radio frequency remote control applications where simplicity, efficiency, and stability are essential. Key Features and Specifications SYN115 Transmitter Module Integrated singlechip ASK/OOK transmitter (Model SYN115/F115) for streamlined RF design Frequency range: 300 to 450 MHz, optimized for 433 MHz operation Supply voltage: 1.8 V to 3.6 V for flexible power options Output power: less than 10 dBm for low interference operation Data transmission rate: up to 10 kbps for stable remote control signals Suitable for compact wireless projects due to small size and low power consumption SYN480R Receiver Module Integrated singlechip ASK/OOK receiver (Model SYN480R) designed for stable and sensitivity reception Operating frequency: 433 MHz for compatibility with SYN115 and similar transmitters Supply voltage range: 3.3 V to 5.5 V for versatile power integration Receiver sensitivity: 107 dBm for extended reception range and reduced signal loss Supports two data rates: 2.5 kbps (SWP mode) for longdistance stability, and 10 kbps (FIXED mode) for faster transmissions Benefits Simplifies wireless communication design with readytouse modules Ensures dependable performance in RF remote control systems Compatible supply voltages make integration easier in a wide range of circuits Supports multiple data rates to fit different distance and speed needs Compact form factor for integration in small devices Applications Remote control systems for gates, garage doors, and security access points Wireless sensor data transmission for home automation and environmental monitoring Custom electronics projects requiring stable oneway wireless communication at 433 MHz This SYN115 transmitter and SYN480R receiver module set provides a proven, easytoimplement solution for robust wireless control and data transmission, combining sensitivity, low power requirements, and versatile integration capability.