Receiving and transmitting separated thermal control integrated phased array architecture

Abstract

The invention discloses a receiving and transmitting separated thermal control integrated phased array architecture, which comprises a receiving array plane, a receiving thermal control structure main body, a transmitting array plane and a transmitting thermal control structure main body, wherein the receiving thermal control structure main body and the transmitting thermal control structure main body form a thermal control main body, the receiving array plane and the transmitting array plane are arrayed respectively, the receiving array plane is located on the receiving thermal control structure main body, the transmitting array plane is located on the transmitting thermal control structure main body, and the receiving thermal control structure main body and the transmitting thermal control structure main body can be spliced independently. The problems of independent thermal control and separable adjustment and measurement of the transmitting and receiving array plane are solved, and the architecture has the characteristics of high structural design integration level, small longitudinal size, light weight of the whole machine and the like.

Description

technical field [0001] The present invention relates to a phased array system, in particular to a phased array architecture with separated transceiver and thermal control integration. Background technique [0002] Phased array antennas have gradually emerged in the field of satellite communications due to their superior performance and user experience. However, the high-density integration and high heat flux of the array are also the core difficulties in the design of phased array systems. The assembly result of the product and the thermal control scheme directly affect whether the antenna can start up and work normally. However, the above-mentioned aspects cannot be developed independently of each other, and it is a system-level difficulty in which redundant interweaving interacts with each other or even contradicts each other. Therefore, a reasonable overall system architecture is particularly important. Contents of the invention [0003] The purpose of the present inve...

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Problems solved by technology

However, the above-mentioned aspects cannot be developed independently of each other, and it is a system-level difficulty where redundancy and interweaving affect each other or even contradict each other. Therefore, a reasonable system architecture of the whole machine is particularly important.

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