126674-HMC848LC5

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Evaluation and Demonstration Boards and Kits have a range of applications which include the 126674-HMC848LC5. This device is widely applicable to the long-distance transmission and conversion of digital RF signal, and it plays an important role in the signal transferring system. It features a low operating power, excellent performance, and integrated circuit modules to provide a reliable output.

The 126674-HMC848LC5 offers reconfigurable frequency compatibility. It is capable of providing a long-distance transmission of over 10km through a single antenna system. Furthermore, it is also compatible with WLAN, Wi-Fi, GPRS, Bluetooth, and long-term evaluation networks to ensure efficient data transmission. This makes it an ideal choice for transmitting digital RF signals over long distances.

The 126674-HMC848LC5 operates at a frequency of 5.4GHz to 10.7GHz and provides a maximum output power of 10W.It also offers a maximum operating temperature of +55℃, making it suitable for operation in different environmental conditions. It also features a low harmonic distortion of -30dBc,which helps to suppress interference and achieve desired signal transmission results. Moreover, the device has a dual-channel design with an integrated bridge circuit.

The 126674-HMC848LC5 works with an oscillator with a frequency ranging from 1GHz to 12GHz. It also features an amplifier which is connected to the oscillator to increase the signal strength. This ensures that the signal is transmitted accurately over long-distance even in the presence of environmental noise. It also has an integrated RFID power amplifier which amplifies the signal and helps in improving the transmission efficiency.

The 126674-HMC848LC5 has a wide range of applications in long distance transmission and conversion of digital RF signals. It features a low operating power, excellent performance, and integrated circuit modules to provide a reliable output. Furthermore, it is also compatible with WLAN, Wi-Fi, GPRS, Bluetooth, and long-term evaluation networks to ensure efficient data transmission. This makes it an ideal choice for transmitting digital RF signals over long distances.

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