Search Results - "Dadello, A."

Broadband integrated millimeter-wave up- and down-converter GaAs MMICs by Mahon, S.J., Convert, E., Beasly, P.T., Bessemoulin, A., Dadello, A., Costantini, A., Fattorini, A., McCulloch, M.G., Lawrence, B.G., Harvey, J.T.

“…The architecture and design of broadband, highly integrated up- and down-converters in GaAs pHEMT technology is described. Two up-converters and two…”
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A family of 1, 2 and 4-watt power amplifier MMICs for cost effective VSAT ground terminals by Mahon, S., Dadello, A., Harvey, J., Bessemoulin, A.

“…A complete family of cost effective power amplifier MMICs for Ka-band VSAT ground terminals has been developed. Taking advantage of a 6-inch, 0.15/spl mu/m…”
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35 dBm, 35 GHz power amplifier MMICs using 6-inch GaAs pHEMT commercial technology by Mahon, S.J., Dadello, A., Fattorini, A.P., Bessemoulin, A., Harvey, J.T.

“…A 3.5 watt, 35 GHz power amplifier MMIC has been developed. The amplifier exhibits high performance at low processing cost, through the use of a commercially…”
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Full ETSI E-Band Doubler, Quadrupler and 24 dBm Power Amplifier by Rodriguez, M. C., Tarazi, J., Dadello, A., Convert, E. R. O., McCulloch, M. G., Mahon, S. J., Hwang, S., Mould, R. G., Fattorini, A. P., Young, A. C., Harvey, J. T., Parker, A. E., Heimlich, M. C., Wen-Kai Wang

“…A GaAs pHEMT frequency doubler, a quadrupler and a power amplifier for E-band applications have been demonstrated to achieve useful output power and power…”
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Ultra-wideband, high-gain GaAs and InP-MMIC amplifiers by Archer, J.W., Dadello, A.

“…This paper describes ultra-wide bandwidth GaAs and InP MMIC amplifiers, which have been developed for application in defence surveillance receivers and as a…”
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A 3-chip MMIC solution for X-Band phased array radar by Golden, K., Bessemoulin, A., Dadello, A., Hales, P.

“…The performance of a core chip, HPA and LNA that can be used in the front end T/R Modules of an X-Band phased array radar are presented. The core chip is a…”
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Compact and broadband microstrip power amplifier MMIC with 400-mW output power using 0.15-/spl mu/m GaAs PHEMTs by Bessemoulin, A., Mahon, S., Dadello, A., McCulloch, G., Harvey, J.

“…The performance of a compact power amplifier MMIC for 35 to 45 GHz applications is reported. Using a standard 6-inch, 0.15-/spl mu/m GaAs power PHEMT…”
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Q and V band doublers and receivers by Convert, E. R. O., Mahon, S. J., Fattorini, A. P., Dadello, A., Tarazi, J., McCulloch, M. G., Hwang, S., Harvey, J. T.

“…A Q band doubler and a self-biased V band doubler are presented. The Q band doubler has an output power of 18 dBm and a PAE of 14% which is the highest PAE…”
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A 35 GHz two-bit amplified phase-shifter by Dadello, A., Fattorini, A.P., Mahon, S.J., McCulloch, M.G., Harvey, J.T.

“…A combined two-bit phase-shifter and two-stage, 27-dBm power amplifier has been designed for Ka-band applications. The integration of these functions allows…”
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44-GHz High Power and Driver Microstrip Amplifier MMICs using 6-inch 0.15-μm PHEMTs by Dadello, A., Fattorini, A., Mahon, S.J., Bessemoulin, A., Harvey, J.T.

“…A family of robust and cost effective 44-GHz microstrip MMIC power amplifiers has been developed based on a standard 6-inch, 0.15-mum GaAs power pHEMT…”
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44-GHz High Power and Driver Microstrip Amplifier MMICs using 6-inch 0.15-μm PHEMTs by Dadello, A., Fattorini, A., Mahon, S.J., Bessemoulin, A., Harvey, J.T.

“…A family of robust and cost effective 44-GHz microstrip MMIC power amplifiers has been developed based on a standard 6-inch, 0.15-μm GaAs power pHEMT…”
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Design of broadband, highly integrated, 20-30 GHz and 35-45 GHz MMIC up-converters by Convert, E., Beasly, P., Mahon, S., Dadello, A., Harvey, J.

“…The design of broadband, highly integrated up-converters is described. Two up-converters have been designed to reduce the complexity and cost of broadband…”
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A low-cost high performance GaAs MMIC package using air-cavity ceramic quad flat non-leaded package up to 40 GHz by Young-Ho Suh, Richardson, D., Dadello, A., Mahon, S., Harvey, J.T.

“…A novel low-cost QFN (quad flat non-leaded) package is introduced for GaAs MMIC packaging. The air-cavity QFN package is designed and implemented with an HTCC…”
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Design of broadband, highly integrated, 20-30 GHz and 35-45 GHz MMIC up-converters by Convert, E., Beasly, P., Mahon, S., Dadello, A., Harvey, J.

“…The design of broadband, highly integrated up-converters is described. Two up-converters have been designed to reduce the complexity and cost of broadband…”
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A low-cost high performance GaAs MMIC package using air-cavity ceramic quad flat non-leaded package up to 40 GHz by Young-Ho Suh, Richardson, D., Dadello, A., Mahon, S., Harvey, J.T.

“…A novel low-cost QFN (quad flat non-leaded) package is introduced for GaAs MMIC packaging. The air-cavity QFN package is designed and implemented with an HTCC…”
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Ka-band transponder for a small LEO satellite by Bird, T.S., Mahon, S.J., Hay, S.G., Parfitt, A.J., Rao, N., Ward, D., Dadello, A., Bateman, D.G., Sprey, M.A.

“…A 30/20 GHz transponder has been developed for a small low-earth orbit (LEO) satellite called FedSat-1. The design of MMICs and efficient horn antennas for the…”
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