A quantitative study of bias triangles under multiple biasing conditions presented in chemical potential space
Justin K. Perron, Michael D. Stewart, Neil M. Zimmerman
We present measurements of bias triangles in several biasing configurations. Using a capacitive model and two fit parameters we are able to predict the shapes and locations of the bias triangles in all measurement configurations. Furthermore, analysis of the data using this model allows us to present data from all four possible bias configurations on a single plot in chemical potential space. This presentation allows comparison between different biasing directions to be made in a clean and straightforward manner. Our analysis and presentation will prove useful in demonstrations of Pauli-spin blockade where comparisons between different biasing directions are paramount. The long term stability of the CMOS compatible Si/SiO2 only architecture leads to the success of this analysis. We also propose a simple variation to this analysis that will extend its use to systems lacking the long term stability of these devices.
, Stewart, M.
and Zimmerman, N.
A quantitative study of bias triangles under multiple biasing conditions presented in chemical potential space, Journal of Physics-Condensed Matter, [online], https://doi.org/10.1088/0953-8984/27/23/235302
(Accessed August 19, 2022)