Uploaded November 2020 | Updated September 2026, 2 weeks ago
Junior Choe with Berkeley Nucleonics speaks to Eric Parsonnet with UC Berkeley regarding his use of the Model 765 for his application: Ferroelectric Switching in Multiferroic BiFeO3.
"Thanks to the high-speed 765 pulse generator from Berkeley Nucleonics, we were able to access timescales very rarely accessed in pulsed, voltage-current measurements. With their product and excellent support, we successfully developed and built a new experiment and experimental protocol leading to a novel publication on limits for switching BiFeO3, a promising material for next-generation computer architecture. The paper is published in physical review letters. We could not have done it without the fantastic team at Berkeley Nucleonics!" - Eric Parsonnet, UC Berkeley
Learn more about the Model 765 here: berkeleynucleonics.com/model-765-800-mhz-fast-rise-time-pulse-generator
Junior Choe with Berkeley Nucleonics speaks to Eric Parsonnet with UC Berkeley regarding his use of the Model 765 for his application: Ferroelectric Switching in Multiferroic BiFeO3.
"Thanks to the high-speed 765 pulse generator from Berkeley Nucleonics, we were able to access timescales very rarely accessed in pulsed, voltage-current measurements. With their product and excellent support, we successfully developed and built a new experiment and experimental protocol leading to a novel publication on limits for switching BiFeO3, a promising material for next-generation computer architecture. The paper is published in physical review letters. We could not have done it without the fantastic team at Berkeley Nucleonics!" - Eric Parsonnet, UC Berkeley
Learn more about the Model 765 here: berkeleynucleonics.com/model-765-800-mhz-fast-rise-time-pulse-generator
