Novel high-rejection LTCC diplexers for dual-band WLAN applications
被引:12
作者:
Orlenko, D
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机构:
EPCOS AG, Prod Dev Modules, D-81617 Munich, GermanyEPCOS AG, Prod Dev Modules, D-81617 Munich, Germany
Orlenko, D
[1
]
Markov, K
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机构:
EPCOS AG, Prod Dev Modules, D-81617 Munich, GermanyEPCOS AG, Prod Dev Modules, D-81617 Munich, Germany
Markov, K
[1
]
Royak, S
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机构:
EPCOS AG, Prod Dev Modules, D-81617 Munich, GermanyEPCOS AG, Prod Dev Modules, D-81617 Munich, Germany
Royak, S
[1
]
Gordiyenko, A
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机构:
EPCOS AG, Prod Dev Modules, D-81617 Munich, GermanyEPCOS AG, Prod Dev Modules, D-81617 Munich, Germany
Gordiyenko, A
[1
]
Chernyakov, O
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EPCOS AG, Prod Dev Modules, D-81617 Munich, GermanyEPCOS AG, Prod Dev Modules, D-81617 Munich, Germany
Chernyakov, O
[1
]
Kerssenbrock, T
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EPCOS AG, Prod Dev Modules, D-81617 Munich, GermanyEPCOS AG, Prod Dev Modules, D-81617 Munich, Germany
Kerssenbrock, T
[1
]
Sevskiy, G
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EPCOS AG, Prod Dev Modules, D-81617 Munich, GermanyEPCOS AG, Prod Dev Modules, D-81617 Munich, Germany
Sevskiy, G
[1
]
Heide, P
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EPCOS AG, Prod Dev Modules, D-81617 Munich, GermanyEPCOS AG, Prod Dev Modules, D-81617 Munich, Germany
Heide, P
[1
]
机构:
[1] EPCOS AG, Prod Dev Modules, D-81617 Munich, Germany
来源:
2005 IEEE MTT-S International Microwave Symposium, Vols 1-4
|
2005年
关键词:
diplexers;
filters;
wireless LAN;
LTCC;
D O I:
10.1109/MWSYM.2005.1516713
中图分类号:
TM [电工技术];
TN [电子技术、通信技术];
学科分类号:
0808 ;
0809 ;
摘要:
This paper presents novel highly-integrated LTCC diplexers for dual-band Wireless-LAN (IEEE 802.11 a/b/g) applications. Two diplexer versions with integrated high-rejection filters have been realized and optimized for the receive and for the trasmit mode. The measured results demonstrate excellent performance. The realized reference board demonstrates, that the number of components in a dual-band WLAN front-end design can be reduced by a factor of three, due to this new approach.