The techniques used for the design of circuits for space applications are not different from those used for commercial applications. However the technology and the fabrication processes must be oriented to obtain an average life of the circuit and/or component higher than the expected service offered from the satellite. For these applications the Monolithic Microwave Integrated Circuit (MMIC) design techniques must satisfy requirements that include also specifications such as the reliability and the final production yield. In this chapter we review a MMIC design technique oriented to the optimization of the production yield. This method, based on a sensitivity analysis, i.e. on the circuit behavior for value variations of passive elements from their nominal value, and on the contemporary determination of the production yields, allows the identification the circuit elements to obtain high production yield. Moreover it allows an appropriate choice of the circuit topology. As example, this technique has been applied to design a MMIC to employ on a Synthetic Aperture Radar (SAR) in X band.

Modelling and Design of MMIC for Space Applications and High Production Yields

Roberto Marani;Anna Gina Perri
2011

Abstract

The techniques used for the design of circuits for space applications are not different from those used for commercial applications. However the technology and the fabrication processes must be oriented to obtain an average life of the circuit and/or component higher than the expected service offered from the satellite. For these applications the Monolithic Microwave Integrated Circuit (MMIC) design techniques must satisfy requirements that include also specifications such as the reliability and the final production yield. In this chapter we review a MMIC design technique oriented to the optimization of the production yield. This method, based on a sensitivity analysis, i.e. on the circuit behavior for value variations of passive elements from their nominal value, and on the contemporary determination of the production yields, allows the identification the circuit elements to obtain high production yield. Moreover it allows an appropriate choice of the circuit topology. As example, this technique has been applied to design a MMIC to employ on a Synthetic Aperture Radar (SAR) in X band.
Modelling and Simulations in Electronic and Optoelectronic Engineering
978-81-308-0450-7
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11589/12775
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