Towards an optimal trade-off of functional requirements against size, power and cost for phased array asics

Ali Vahdati; Eric A.M. Klumperink; Paul Klatser; Jurjen Tangenberg; Bianca Bult; Gerard Voshaar; Aart-Jan Hoeven

Towards an optimal trade-off of functional requirements against size, power and cost for phased array asics

Ali Vahdati, Eric A.M. Klumperink, Paul Klatser, Jurjen Tangenberg, Bianca Bult, Gerard Voshaar, Aart-Jan Hoeven

Research output: Contribution to conference › Paper

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Abstract

Abstract – In this paper, we investigate various technologies and trade-offs used for manufacturing of integrated circuits with respect to their performance characteristics such as RF frequency, gain, noise figure, linearity and power consumption. This investigation is crucial for design of transceivers at microwave and higher frequencies. In the following, we show the in-house designed prototype of a highly integrated X- and Ku-band planar phased array receiver, having 8 channels and 64 antenna elements based on this investigation. The die size of the 8-channel phased array receiver with 2 GHz IF-bandwidth is 4 mm × 3.8 mm and the size of the prototype is 11 cm × 9.5 cm

Original language	English
Number of pages	5
Publication status	Published - 4 Oct 2018
Event	39th ESA Antenna Workshop 2018: Multibeam and Reconfigurable Antennas for Space Applications - ESTEC, Noordwijk, Netherlands Duration: 2 Oct 2018 → 4 Oct 2018 Conference number: 39 https://atpi.eventsair.com/QuickEventWebsitePortal/39th-esa-antenna-workshop/antenna

Workshop

Workshop	39th ESA Antenna Workshop 2018
Country	Netherlands
City	Noordwijk
Period	2/10/18 → 4/10/18
Internet address	https://atpi.eventsair.com/QuickEventWebsitePortal/39th-esa-antenna-workshop/antenna

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Vahdati, A., Klumperink, E. A. M., Klatser, P., Tangenberg, J., Bult, B., Voshaar, G., & Hoeven, A-J. (2018). Towards an optimal trade-off of functional requirements against size, power and cost for phased array asics. Paper presented at 39th ESA Antenna Workshop 2018, Noordwijk, Netherlands.

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abstract = "Abstract – In this paper, we investigate various technologies and trade-offs used for manufacturing of integrated circuits with respect to their performance characteristics such as RF frequency, gain, noise figure, linearity and power consumption. This investigation is crucial for design of transceivers at microwave and higher frequencies. In the following, we show the in-house designed prototype of a highly integrated X- and Ku-band planar phased array receiver, having 8 channels and 64 antenna elements based on this investigation. The die size of the 8-channel phased array receiver with 2 GHz IF-bandwidth is 4 mm × 3.8 mm and the size of the prototype is 11 cm × 9.5 cm",

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AU - Vahdati, Ali

AU - Klumperink, Eric A.M.

AU - Klatser, Paul

AU - Tangenberg, Jurjen

AU - Bult, Bianca

AU - Voshaar, Gerard

AU - Hoeven, Aart-Jan

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N2 - Abstract – In this paper, we investigate various technologies and trade-offs used for manufacturing of integrated circuits with respect to their performance characteristics such as RF frequency, gain, noise figure, linearity and power consumption. This investigation is crucial for design of transceivers at microwave and higher frequencies. In the following, we show the in-house designed prototype of a highly integrated X- and Ku-band planar phased array receiver, having 8 channels and 64 antenna elements based on this investigation. The die size of the 8-channel phased array receiver with 2 GHz IF-bandwidth is 4 mm × 3.8 mm and the size of the prototype is 11 cm × 9.5 cm

AB - Abstract – In this paper, we investigate various technologies and trade-offs used for manufacturing of integrated circuits with respect to their performance characteristics such as RF frequency, gain, noise figure, linearity and power consumption. This investigation is crucial for design of transceivers at microwave and higher frequencies. In the following, we show the in-house designed prototype of a highly integrated X- and Ku-band planar phased array receiver, having 8 channels and 64 antenna elements based on this investigation. The die size of the 8-channel phased array receiver with 2 GHz IF-bandwidth is 4 mm × 3.8 mm and the size of the prototype is 11 cm × 9.5 cm

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