FOBBER-4T2

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RF Receiver, Transmitter, and Transceiver Finished Units(FOBBER-4T2) are manufactured to meet both commercial and military requirements with exceptional performance. FOBBER-4T2 is suitable for various applications, such as Military, Space, Commercial, Test/Measurement, and Aerospace. FOBBER-4T2 delivers superior performance, excellent linearity, low power consumption, and a low level of noise and distortion.

The FOBBER-4T2 comprises a transceiver housing, a control module, and a power amplifier. The housing contains the transmitter, receiver and antenna. It has a frequency range of 900 MHz to 6 GHz. The control module is the core of the unit and contains the user interface with various functions, such as a mode selector switch, a frequency select knob, and a menu window. The power amplifier provides power to the unit when it is connected to a power source. The transmitter and receiver can be powered from either an internal 9V battery or a 9V power adapter.

The transceiver applications of FOBBER-4T2 can be categorized as transmission and reception of data signals, as well as their modulation and demodulation. It supports all common digital modulation formats, such as GMSK, 8PSK, and QAM. The receiver can be configured to select the desired frequencies and bandwidths. The transmitter supports a wide range of data rates from 5 Kbit/s to 200 Kbit/s.

The working principle behind FOBBER-4T2 is based on the principles of direct frequency modulation (DFM). In this method, the signal is modulated directly on the carrier frequency. This direct modulation method provides a better frequency response than other modulation methods. The modulated signal is then amplified by the power amplifier before being sent out to the antenna. The received signal is then demodulated by the receiver, and the data is recovered.

The FOBBER-4T2 transceiver is designed to provide reliable and efficient data communication over wireless networks. It is equipped with an embedded web server for remote management and operation, which enables remote operators to configure and monitor the unit. It is capable of providing data rates up to 200 Kbit/s over an extended frequency range of 900 MHz to 6 GHz. With its robust and reliable construction, it is ideal for use in military, space, commercial, test/measurement, and aerospace applications.

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