Motor-driven comprehensive communication node device based on software radio technology

Abstract

The invention discloses a motor-driven comprehensive communication node device based on the software radio technology, and relates to the field of motor-driven communication support. The device comprises a multi-waveform comprehensive base band device, an integrated comprehensive radio frequency device, a comprehensive directional antenna and a comprehensive all-directional antenna. By use of mechanism of combining multi-transmission mean waveform comprehensive integration, integrated comprehensive radio frequency, a multi-frequency band directional antenna, a VHF/UHF all-directional antenna and a short-wave antenna, effects of single function, various types, huge size and weak interconnection ability of current airborne communication devices are effective eliminated, and motor-driven comprehensive communication support integrating various transmission means is achieved. The device is advantaged by strong multi-communication waveform comprehensive integration ability, flexible working frequency configuration, high integrated comprehension degree of antennas, and outstanding lightweight degree, and a multifunctional, highly reliably, light and flexible communication can be achieved especially under the motor-driven condition.

Description

technical field [0001] The present invention relates to the communication device of multi-transmission means waveform comprehensive integration, integrated integrated radio frequency, multi-band directional antenna, VHF / UHF comprehensive omni-directional antenna, short-wave antenna and other parts in the field of mobile communication guarantee, and is especially suitable for realizing multiple communication devices under mobile conditions. Functional, highly reliable, portable and flexible communication device. Background technique [0002] Existing communication equipment such as satellite communication, scattering, microwave, ultrashort wave, short wave, optical fiber, and covered wire used for mobile communication support has a single function, a wide variety, complex applications, large equipment carrying capacity, and weak comprehensive communication support capabilities. It is not suitable for the actual use requirements of reduced spectrum, high integration, portabili...

AI Technical Summary

Problems solved by technology

[0002] Existing communication equipment such as satellite communication, scattering, microwave, ultrashort wave, short wave, optical fiber, and covered wire used for mobile communication support has a single function, a wide variety, complex applications, large equipment carrying capacity, and weak comprehensive communication support capabilities. Prominent, not suitable for the actual use requirements of communication equipment with reduced spectrum, high integration, portability and flexibility under maneuvering conditions

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