Refined transceiving control method for electronic equipment

Abstract

The invention provides a refined transmitting and receiving control method for electronic equipment, which comprises the following steps of: establishing a transmitting and receiving test environment according to a proportional relation of 1: 1, and acquiring a mapping relation table of influence levels of associated transmitting equipment on receiving equipment in each frequency interval and electromagnetic isolation of each receiving channel in each frequency interval in the transmitting and receiving test environment; in other words, the influence of the transmitting device on the receiving device under different transmitting frequency spectrums is measured and evaluated in advance, so that the transmitting device can call available receiving channels in the receiving device according to the mapping relation table during actual work, and uninterrupted work of the receiving device is achieved; under the guidance of the receiving and transmitting control method provided by the invention, the receiving equipment can still work continuously in most frequency spectrums in the transmitting process of the transmitting equipment, so that the receiving time is prolonged, and the receiving and transmitting efficiency of the whole receiving and transmitting equipment is improved.

Description

technical field [0001] The invention belongs to the technical field of electromagnetic compatibility, and in particular relates to a refined sending and receiving control method for electronic equipment. Background technique [0002] In the radio electronic equipment where the transmission and reception frequency bands overlap, in order to solve the impact of transmission on reception, the blocking strategy and the windowing strategy are mainly adopted at present. Among them, the blocking strategy is to switch the receiving device to a dormant state before the transmitting device transmits, so as to protect the entire receiving channel. The window-opening strategy is to set a length of time for the working time of the transmitting device. When the working time is up, the transmitting device will stop working immediately and the receiving device will be activated. It can be seen that although the existing method can ensure the normal operation of the entire electronic device...

AI Technical Summary

Problems solved by technology

It can be seen that although the existing method can ensure the normal operation of the entire electronic device, the device frequently switches between the locked state and the windowed state, which reduces the duty cycle of the transmitting and receiving devices, so that the performance of the transmitting device and the receiving device cannot be fully utilized.

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