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Abstract #2797

Pulsed Power Regulated Tx Array Amplifier Architecture

Greig Scott1, John Pauly2, Pascal Stang

1Electrical Engineering, Stanford University, Stanford, CA, United States; 2Electrical Engineering, Stanford University, Stanford, United States

Transmit array systems require remotely sited amplifier racks. We propose a pulse regulator architecture to augment a RF feedback linearizer to enable siting of RF power stages by the magnet while the power supplies can be remote.

Keywords

amplifier amplifiers amplitude approximate architecture array attempt balanced bands bank becomes blue branch broadcast capable capacitor capacitors causing certainly challenge challenges changing circuits coax combined combiner compatible component components comprehensive constructed control conversion cost coupler create degree deliver demanding design desirable despite development directional droop drop dynamic electrical employed energy engineering environment equipment error extra extreme feedback fellowship forward frequency guaranteed handling hybrids impedance impedances implementation important inadequate incorporates inherent input integrated length linearized load local logistics loop magnet maintaining match matched meet mini mismatch modest modulation mono must needs offset open operated opposing output pair pallet pascal peak performance placement port potential power precision price propose protection providing pulse pulsed quadrature rail rails reasonable regulated regulation regulator remain remote rotary scope seldom sensing shape shot simplifies sited sites splitter stabilize stable stage subsequent sufficiently suited supplies supply system systems take topology transistor transmit trapezoid unlike validations voltage volts watt waveform