AC4790-200A-485

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RF Transceiver Modules are wireless communication devices that process both transmitting and receiving signals. Using RF Transceiver Modules allows users to leverage the advantages of wireless technology without complex implementation. The AC4790-200A-485 is an example of an RF Transceiver Module that is widely used in the industry.

The AC4790-200A-485 is a dual band transceiver operating at 472 ~ 488MHz and 790 ~ 806 MHz frequency bands. It is a half-duplex transceiver module with a powerful data exchange rate of up to 485Kbps. The module is compliant with FCC Part 15 and EN 300-220-2 regulations and provides best-in-class range with a clear line of sight range of up to 2 km. The module is available in an oval and PCB form factor and operates at a supply voltage of 3.3V to 5V.

The AC4790-200A-485 has multiple applications in the industry, especially in applications that require robust and reliable data transmission over long distances. The module is commonly used for telemetry, remote control, embedded SCADA, and point to point applications. It is also widely used in the field of security, wireless audio and video applications, and wireless data communication.

The working principle of this module is based on the use of two separate transceivers, one for receiving radio signals and the other for transmitting data. The receiving transceiver module is responsible for receiving radio signals from the transmitter, converting it to a digital signal, and passing it on to the microcontroller. The transmitting transceiver module on the other hand, receives the data from the microcontroller, encodes the data, and transmits the signal through an antenna cable.

In summary, the AC4790-200A-485 is a powerful dual band transceiver operating at 472 ~ 488MHz and 790 ~ 806 MHz frequency bands. It has a data exchange rate of up to 485Kbps and a clear line of sight range of up to 2 km. The module has various applications in telemetry, remote control, embedded SCADA, and point to point applications. The working principle of this module is based on the use of two separate transceivers, one for receiving radio signals and the other for transmitting data.

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