volume | PIER Journals

2011-04-19

C-Band Pulsed Solid State Power Amplifier for Spaceborne Applications

Jolly Dhar,

Dr. Jolly Dhar

MRSA, Space Applications Centre, ISRO, DOS

India

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S. K. Garg,

Dr. S. K. Garg

Space Applications Centre

India

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Raj Kumar Arora,

Dr. Raj Kumar Arora

Space Applications Centre

India

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B. V. Bakori,

Dr. B. V. Bakori

Space Applications Centre

India

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S. S. Rana

Dr. S. S. Rana

Space Applications Centre

India

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Progress In Electromagnetics Research Letters, Vol. 23, 75-87, 2011

doi:10.2528/PIERL11020907 | Google Scholar

Abstract

The basic applications of pulsed solid state power amplifier are for airborne and spaceborne pulsed Radar and these applications have always demanded well performance over different environmental conditions. The success of the electronic systems for these applications relies on the ability to design high performance; reliable and high yield circuits, which will function against the demanded environmental specifications. This paper describes the detailed design and development of a spaceborne C-band pulsed solid state power amplifier to deliver 12-watt output power, 45 dB gain with 22 microsecond pulse width and 8% duty cycle. The salient features of this paper are drain modulated pulse driver circuit design, non-linear design of the power stages and electronic package design. The paper also describes pulsed SSPA configuration, RF section, Electronic Power Converter Module, RF design and other space aspects to realize the pulsed solid state power amplifier. It is fabricated on the three-layer metallized alumina substrate, and integrated with power converter module; and tested under simulated space environment. The test result validates the design specification of the pulsed solid state power amplifier, implemented at miniaturized configuration.

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Jolly Dhar, S. K. Garg, Raj Kumar Arora, B. V. Bakori, and S. S. Rana, "C-Band Pulsed Solid State Power Amplifier for Spaceborne Applications," Progress In Electromagnetics Research Letters, Vol. 23, 75-87, 2011.
doi:10.2528/PIERL11020907

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