Antenna switching method, terminal and compute readable storage medium
An antenna switching and terminal technology, applied in wireless communication, climate sustainability, sustainable communication technology, etc., can solve the problems of antenna performance deterioration, signal attenuation, and high power consumption
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no. 1 example
[0053] In order to solve the problems of antenna performance deterioration, signal attenuation, high power consumption, and affecting the user's call throughput rate and data service throughput rate caused by the shielded antenna of the terminal in the prior art, this embodiment will provide an antenna switching method, the antenna switching method is mainly applied to terminals including at least three antennas, in order to facilitate the understanding of the application scenarios of the antenna switching method, see figure 2 , figure 2 A schematic diagram of the hardware structure of a radio frequency unit of a terminal provided in this embodiment, combined with the following figure 2 The hardware structure of the radio frequency unit of the terminal in this embodiment is introduced:
[0054] The terminal in this embodiment includes at least three sets of antennas 211, 212...21m, an antenna gating circuit 22, a radio frequency circuit 23 and a baseband processor 24, and ...
no. 2 example
[0093] see Figure 4 , the terminal has three sets of antennas A, B, and C. Antenna A is set on the top of the back of the terminal, antenna B is set on the lower left of the back of the terminal, and antenna C is set on the lower right of the back of the terminal; the current working antennas are A and B antennas , Antenna A is the main antenna, Antenna B is the auxiliary antenna, Antenna C is the idle antenna, and the communication performance parameter is the uplink transmission power; the diagnostic service module or RF driver module of the terminal collects the data of Antenna A when it is in the working state every 40 milliseconds The uplink transmission power and the uplink transmission power of the B antenna; the antenna switching control module of the terminal obtains the uplink transmission power of the main antenna and the uplink transmission power of the auxiliary antenna collected by the diagnosis service module or the radio frequency driver module at an interval o...
no. 3 example
[0102] This embodiment provides a terminal, see Figure 6 , Figure 6 A schematic diagram of a terminal provided in this embodiment, the terminal includes a processor 601, a memory 602, a communication bus 603, a communication unit 604, and an antenna 605, wherein:
[0103] The communication bus 603 is used to realize connection and communication between the processor 601 and the memory 602;
[0104] The communication unit 604 may be a radio frequency communication unit (radio frequency circuit), or other types of communication units, which include a main transceiver path and an auxiliary receiving path (not shown in the path diagram), and the antenna 605 includes at least three groups, and the at least three Among the antennas in the group, the main antenna that is currently connected to the above-mentioned main transceiver path is the main antenna, the one that is currently connected to the above-mentioned auxiliary receiving path is the auxiliary antenna, and the rest are ...
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