Receiver Module 315 MHz [K001A6636]

Receiver Module 315 MHz K1A6636

The Receiver Module 315 MHz (K001A6636) is designed to deliver reliable and efficient communication for various wireless applications. With its advanced technology, this module ensures seamless data transmission over the 315 MHz frequency, making it an ideal choice for remote control systems, alarm systems, and sensor devices.

Compact and lightweight, the K001A6636 module easily integrates into your designs without adding significant bulk. Its robust construction guarantees durability, allowing for consistent performance in challenging environments. This receiver module is equipped with a high-sensitivity receiver circuit, which enhances its ability to capture signals from considerable distances, thus improving operational range and reliability.

Featuring a simple pin configuration, the installation process is straightforward, ensuring a hassle-free setup. The K001A6636 module supports various data formats and protocols, making it versatile for numerous applications. Its low power consumption extends the lifespan of battery-operated devices, promoting efficiency and reducing the need for frequent replacements.

The integration of advanced filtering techniques in the Receiver Module minimizes interference, providing clear and stable communication. This means fewer disruptions and improved overall system performance when used in conjunction with compatible transmitters.

Designed with flexibility in mind, the K001A6636 is suitable for hobbyists and professionals alike, whether for DIY projects or complex industrial applications. Its compatibility with microcontrollers and various other electronic components ensures that you can easily incorporate it into existing systems or new designs.

In summary, the Receiver Module 315 MHz (K001A6636) stands out for its combination of performance, efficiency, and ease of use. It is the perfect solution for anyone looking to enhance their wireless communication capabilities, making it an essential component for modern electronic projects.