433MHz RF Wireless Transmitter & Receiver Kit FS1000A

The 433MHz RF Wireless Transmitter & Receiver Kit FS1000A is a versatile and cost-effective solution for wireless communication in DIY electronics, Arduino, and Raspberry Pi projects. This kit allows for reliable short to medium-range data transmission, making it ideal for remote controls, sensor networks, and basic Internet of Things applications.

Key Specifications:

• Frequency: 433.92MHz for stable wireless communication over moderate distances.
• Transmitter Module (FS1000A): Operates at 3V–12V with low power consumption and simple digital input control.
• Receiver Module (XY-MK-5V): Supports 5V operation with ASK/OOK signal demodulation for accurate data reception.
• Transmission Range: Up to 100 meters in open space, suitable for indoor and outdoor projects.
• Data Rate: Supports up to 10kbps for basic wireless data exchange.
• Compatibility: Works seamlessly with Arduino, Raspberry Pi, and other microcontroller platforms.
• Compact Size: Lightweight and small form factor fits easily into custom electronics projects.
• Simple Integration: Easily connect to microcontrollers using digital I/O pins and minimal wiring.

Features & Applications:

• Arduino & Raspberry Pi Projects: Perfect for beginners and hobbyists exploring wireless communication.
• Remote Controls: Build simple RF-controlled devices such as lights, motors, and alarms.
• Sensor Networks: Transmit sensor data wirelessly for home automation or IoT applications.
• Prototyping & Experimentation: Ideal for learning and testing RF communication without complex circuitry.
• Expandable Options: For a more reliable version, consider the CC1101 RF Transceiver, or for long-range applications, the 433MHz SX1278 LoRa Long Range Wireless Transceiver + Antenna provides extended distance and improved stability.

With its affordability, compact size, and ease of use, the 433MHz RF Wireless Transmitter & Receiver Kit FS1000A is perfect for makers, students, and hobbyists looking to explore wireless electronics and IoT projects without complexity.