CA01COMF22-14PBF80

CA01COMF22-14PBF80 is an embedded wireless transceiver module, widely used in telecommunication, industrial control systems，medical and automotive electronics. It is designed to provide robust signal transmission and reception greatly simplifying wireless development over short and medium distances（typically up to 2 km line of sight） in various low power applications. The working principle of CA01COMF22-14PBF80 module is based on the principles of frequency division multiple access (FDMA). FDMA is a type of radio communication that allows multiple communication channels on a single frequency. In FDMA, multiple users are allocated a fixed frequency band, where they can transmit their data packets. Each packet is assigned a different frequency band of the same range. This technology allows more users to transmit data on a single frequency than single-frequency system architectures. CA01COMF22-14PBF80 can be used for various radio communication applications such as vehicles, medical equipment, industrial control systems, remote sensing and security systems. With its low power consumption, the module provides robust performance and security for demanding applications. It also supports a variety of modulation and coding techniques, making it suitable for different applications. The CA01COMF22-14PBF80 transceiver module is designed to operate in the 16MHz frequency bands（ 2-12MHz） and features output power up to 0.25W（2dBm）with high gain antenna. It has excellent sensitivity of -120dBm and a modulation bandwidth of 16KHz. The module’s operating temperature is -40～85℃ with a 0-90% relative humidity level. It also supports a variety of RF interfaces， such as RS-232, RS-485 and CANBUS. The CA01COMF22-14PBF80 module has a versatile design and is well suited for a wide variety of applications and is capable of providing superior reliability in harsh environments. In addition, the module supports comprehensive development tools such as an external flash programmer and debugger, making it easy to create and debug applications.