FMRTFQ2-433R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RF Transmitters are the transmission devices of radio frequency which help to send analog or digital signals into the atmosphere. FMRTFQ2-433R, which is designed by Foxonn Co., Ltd., is a product from their ``RFMS-811\'\' series of radio frequency transmitters.

FMRTFQ2-433R consists of a small scale radio unit, a power amplifier module, a circuit board, and a remote control module. It is an omni-directional transmitter that can conveys signals up to about 30 meters with an output power of 10 mW to 300 mW. It is designed to be installed and operated under most kinds of weather conditions with temperatures ranging from -30~60°C.

The working principle of FMRTFQ2-433R is relatively simple. The signals generated by the circuit board are RF modulated and amplified by the power amplifier module. Then, depending on the current setting of the remote control module, these amplified signals are transmitted by the antenna into the atmosphere. The signals can be tuned according to the desired frequency for more efficient transmission.

In terms of its application, FMRTFQ2-433R is suitable for multiple scenarios. Firstly, because of its small size and various output powers, it can be used in commercial broadcasting sites for transmitting audio and/or voice signals to listeners at a distance. Secondly, FMRTFQ2-433R can also be used for industrial or military purposes, such as field communication between vehicles and transmitting of encrypted data packages.

In conclusion, FMRTFQ2-433R is a multi-functional radio frequency transmitter which is characterized by a wide range of applications and temperatures. It is powered by an external supply, and the transmission power, frequency, and output from its antenna are adjustable to meet different transmission conditions. Therefore, it is an ideal product for the long-distance communication scenario.

The specific data is subject to PDF, and the above content is for reference