An analog array approach to variable topology filters for multi-mode receivers

Doris Csipkes; Gabor Csipkes; Sorin Hintea; Hernando Fernandez-Canque

An analog array approach to variable topology filters for multi-mode receivers

Doris Csipkes, Gabor Csipkes, Sorin Hintea, Hernando Fernandez-Canque

Research output: Contribution to journal › Article

Abstract

Recent development of the communication industry imposes new challenges on the design of wireless terminals. The ever increasing diversification of services has led to more and more complicated equipments, supporting extended functionality. The digital section of wireless terminals greatly benefits of the advantages offered by the rapid advancement of semiconductor technologies. Miniaturization allowed an increasing complexity and higher operating frequencies, leading to better performance and more integrated functionality of digital circuits. Therefore, digital processors and their driving software can relatively easily cope with the demands of modern multi-mode wireless technologies.

Original language	English
Pages (from-to)	43-48
Number of pages	6
Journal	Elektronika ir Elektrotechnika
Volume	9
Issue number	105
Publication status	Published - Jan 2010

Keywords

communications
wireless applications
electrical engineering

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Csipkes, D., Csipkes, G., Hintea, S., & Fernandez-Canque, H. (2010). An analog array approach to variable topology filters for multi-mode receivers. Elektronika ir Elektrotechnika, 9(105), 43-48. http://researchonline.gcu.ac.uk/sec/112

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abstract = "Recent development of the communication industry imposes new challenges on the design of wireless terminals. The ever increasing diversification of services has led to more and more complicated equipments, supporting extended functionality. The digital section of wireless terminals greatly benefits of the advantages offered by the rapid advancement of semiconductor technologies. Miniaturization allowed an increasing complexity and higher operating frequencies, leading to better performance and more integrated functionality of digital circuits. Therefore, digital processors and their driving software can relatively easily cope with the demands of modern multi-mode wireless technologies.",

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AB - Recent development of the communication industry imposes new challenges on the design of wireless terminals. The ever increasing diversification of services has led to more and more complicated equipments, supporting extended functionality. The digital section of wireless terminals greatly benefits of the advantages offered by the rapid advancement of semiconductor technologies. Miniaturization allowed an increasing complexity and higher operating frequencies, leading to better performance and more integrated functionality of digital circuits. Therefore, digital processors and their driving software can relatively easily cope with the demands of modern multi-mode wireless technologies.

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KW - wireless applications

KW - electrical engineering

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