广东工业大学学报
廣東工業大學學報
엄동공업대학학보
JOURNAL OF GUANGDONG UNIVERSITY OF TECHNOLOGY
2014年
4期
100-103
,共4页
代传堤%吴多龙%吴艳杰%黎宇彪%林青
代傳隄%吳多龍%吳豔傑%黎宇彪%林青
대전제%오다룡%오염걸%려우표%림청
手机天线%折叠环形天线%多频段天线%阻抗带宽
手機天線%摺疊環形天線%多頻段天線%阻抗帶寬
수궤천선%절첩배형천선%다빈단천선%조항대관
handset antenna%folded loop antenna%multi-band antenna%impedance bandwidth bandwidth
设计了一种应用于GSM850/900/GPS/DCS1800/PCS1900/UMTS2100多频段移动通信制式的紧凑型手机内置环形天线.整个天线结构包括一个弯折线形的折叠环形辐射体和T型背面耦合单元,其中环形辐射体由连接至微带馈线的T型单元通过电磁耦合机制激励.整个结构尺寸为114 mm ×61.6 mm ×6 mm,其中环形辐射体仅占空间61.6 mm ×15 mm ×6 mm,结构紧凑,适合满足移动手机狭小的空间要求.使用HFSS仿真软件设计和优化天线,并构建一个实际的测试模型.测量结果和仿真结果吻合良好,表明此天线能够满足实际需求.
設計瞭一種應用于GSM850/900/GPS/DCS1800/PCS1900/UMTS2100多頻段移動通信製式的緊湊型手機內置環形天線.整箇天線結構包括一箇彎摺線形的摺疊環形輻射體和T型揹麵耦閤單元,其中環形輻射體由連接至微帶饋線的T型單元通過電磁耦閤機製激勵.整箇結構呎吋為114 mm ×61.6 mm ×6 mm,其中環形輻射體僅佔空間61.6 mm ×15 mm ×6 mm,結構緊湊,適閤滿足移動手機狹小的空間要求.使用HFSS倣真軟件設計和優化天線,併構建一箇實際的測試模型.測量結果和倣真結果吻閤良好,錶明此天線能夠滿足實際需求.
설계료일충응용우GSM850/900/GPS/DCS1800/PCS1900/UMTS2100다빈단이동통신제식적긴주형수궤내치배형천선.정개천선결구포괄일개만절선형적절첩배형복사체화T형배면우합단원,기중배형복사체유련접지미대궤선적T형단원통과전자우합궤제격려.정개결구척촌위114 mm ×61.6 mm ×6 mm,기중배형복사체부점공간61.6 mm ×15 mm ×6 mm,결구긴주,괄합만족이동수궤협소적공간요구.사용HFSS방진연건설계화우화천선,병구건일개실제적측시모형.측량결과화방진결과문합량호,표명차천선능구만족실제수구.
The design of a compact internal multiband folded loop antenna for GSM850/900/GPS/DCS1800/PCS1900/UMTS2100 multiple mobile operation has been proposed.The whole antenna struc-ture consists of a single folded meander loop track and a T-shape back-coupling element, whereas the loop pattern is activated through the electromagnetic coupling mechanism by the T-shape element which is connected to the microstrip feeding line.The size of the total structure is 114 mm ×61.6 mm ×6 mm, meanwhile the area left for the loop track is only 61.6 mm ×15 mm ×6 mm.The compact structure makes the design very suitable for the mobile phone requirements for slim space.The design and optimi-zing of the performance of the proposed antenna were performed by using the simulator software HFSS. An actual model has been prototyped for testing.Measured and electromagnetic simulated results are in good agreement, thus indicating that the proposed antenna can meet the actual demands.