Antenna and electronic equipment including antenna

Abstract

The invention discloses an antenna and electronic equipment including the antenna, belonging to the field of communication. Embodiments of the invention provide the antenna and the electronic equipment including the antenna. The antenna comprises a high-frequency module, a low-frequency module, a switch module, a matching module and a feed module, wherein one end of the high-frequency module is connected to the feed module, and one end of the low-frequency module is connected to the feed module; the high-frequency module and the low-frequency module are L-shaped components respectively, wherein the high-frequency module and the low-frequency module are located in a clearance area; the high-frequency module is used for receiving a high-frequency signal and the low-frequency module is used for receiving a low-frequency signal; the matching module is used for transmitting any one of the high-frequency signal and the low-frequency signal; and the switch module is used for controlling the antenna for receiving any one of the high-frequency signal and the low-frequency signal. The antenna is not only smaller in size, but switchover of the antenna between reception of the high-frequency signal and reception of the low-frequency signal is implemented, and the frequency application range of the antenna is further improved.

Description

technical field [0001] The present invention relates to the communication field, in particular to an antenna and electronic equipment including the antenna. Background technique [0002] With the development of the times and people's demand for mobile phone performance, mobile phones are developing in the direction of large screen, ultra-thin, multi-functional full metal frame. The antenna is also developed towards the trend of small size and wide application range of frequency, so as to meet the development direction of mobile phones. [0003] Traditional mobile phone antennas are all single-tuned, with large headroom requirements and high requirements for height. There is no large headroom, and a certain height. The bandwidth is generally very narrow, which cannot meet the broadband requirements, and there are metal casing products. More and more, the sub-integration of multiple antennas is getting smaller and smaller, and the headroom of each antenna is getting smaller a...

AI Technical Summary

Problems solved by technology

[0003] Traditional mobile phone antennas are all single-tuned, with large headroom requirements and high requirements for height. There is no large headroom and a certain height, and the bandwidth is generally very narrow, which cannot meet the broadband requirements. Then there are products with metal casings. More and more, the sub-integration of multiple antennas is getting smaller and smaller, and the headroom of each antenna is getting smaller and smaller, so there is an urgent need for an antenna with a small headroom requirement and a wider frequency band to meet the above requirements

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