B1101UARP

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TVS - Mixed Technology is a combination of two or more technologies, such as Micro Electro Mechanical Systems (MEMS), Organic LEDs (OLEDs), Field Emission Displays (FEDs), and Low Power Amplifiers (LPAs). This technology is used in the development of products that combine different technologies in order to accomplish specific functions in a manner that is more efficient and cost effective than the use of only one technology. The B1101UARP is a perfect example of such a product that utilizes Mixed Technology.The B1101UARP is a multi-function Active Radio Frequency (ARF) transceiver module that is used to perform communications between microwave and optical transmitters. The module is specially designed to be suitable for interfacing with a wide range of antennas, such as dipole antennas, patch antennas, and log-periodic antennas, to enable long distance wireless transmission and reception.The application field of the B1101UARP actively covers part of the ISM bands widely used in the industry, including but not limited to 868 MHz, 915 MHz, and 2.4 GHz for US markets, 433 MHz for EU markets, and 5 GHz for Koreans markets. The module is particularly suitable for industrial applications such as remote control systems, wireless sensors, smart meters, CCTV systems, home security systems, Wi-Fi gateways, and so on.The B1101UARP’s operating current and voltage is ultra-low, thus minimizing the power consumption and allowing a longer working life. It also has good anti-interference capability due to its built-in software algorithm that is able to precisely detect and reject external interference. In addition, its special shielding design helps to further reduce interference from external signals, thus ensuring stable and reliable communication performance.The working principle of the B1101UARP is based on the combination of different technologies to perform complex tasks. To send data, the module uses the radio frequency transmitter technology which involves the transmission of electromagnetic waves using an antenna. The signal is then received by the receiver connected to the module. The receiver process the signal into digital information, which is then processed by the module to extract the desired data.To receive data, the module uses the radio frequency receiver technology which involves the reception of electromagnetic waves using an antenna. The signal is then processed by the module to extract the desired data. Finally, the module uses its unique software algorithm to filter signal interference and reduce noise, thus ensuring reliable communication performance.In conclusion, the B1101UARP is an innovative product that uses Mixed Technology to combine different technologies in order to improve communication efficiency and reduce power consumption. By combining radio frequency transmitter and receiver technologies, the module is able to communicate data between microwave and optical transmitters over long distances. This makes it particularly suitable for industrial applications, such as remote control systems, wireless sensors, smart meters, CCTV systems, and home security systems.

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