RN-340M-S

The RN-340M-S is an RF receiver, transmitter, and transceiver finished unit which is specially designed for smart home and street lighting applications. It is designed with two separate modules, one for transmitting and one for receiving, both of which are powerful enough to support long and short-range communication. The finished unit boasts a range of features including low power consumption, high sensitivity, and wide receiving bandwidth.

The receiving module of the RN-340M-S is designed to support both short-range and long-range signal reception. It has a high sensitivity of 3 µV/m and a low noise figure of -90 dBm. The wide receiving bandwidth of 3 MHz ensures that signals can be received from a wide variety of frequencies. The receiving module also has a very high dynamic range of -65 dBc, which ensures that signals of varying strength can be received without any distortion.

The transmitting module of the RN-340M-S is designed to support both short-range and long-range transmission. It has a transmitter power of 5 mW and a maximum transmitted data rate of 250kbps. The range of frequencies supported by the unit is between 400 MHz to 900 MHz. The transmitting module is also equipped with a low power consumption feature that allows it to remain in standby mode without draining the battery.

The RN-340M-S also features a low power alert mode which allows users to be notified if the unit has fallen below a certain power threshold. This mode allows users to identify leakages in their communication systems and take corrective measures. It also boasts a number of safety features such as over-temperature protection, ESD protection, and reverse power protection.

The RN-340M-S is a powerful and efficient unit that is perfect for a range of applications including smart home and street lighting systems. Its wide range of features makes it suitable for both short and long range communication. Its low power consumption ensures that it can remain in standby mode for long periods without draining the battery. Its potent features also make it useful for identifying leakages in communication systems and taking corrective measures.