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An Optoelectronic Pulse Drive for Quantum Voltage Synthesizer
2019
IEEE Transactions on Instrumentation and Measurement
An optoelectronic pulse drive system based on commercially available telecoms optoelectronic components and a field-programmable gate array has been developed. In order to allow the use of ac-coupled optoelectronic components, a method of adding and subtracting complementary pulses was developed. The system was used to drive a Josephson junction array to synthesize quantum-accurate voltage waveforms. These waveforms will be used in voltage waveform metrology applications. Results from the
doi:10.1109/tim.2018.2877562
fatcat:xqw5leuq3rcazkqktmkuqtbfqm