Jonathan M. Audy
Analog Devices
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Featured researches published by Jonathan M. Audy.
midwest symposium on circuits and systems | 1995
Jonathan M. Audy
A curvature corrected bandgap voltage reference cell is described which exhibits a compensation of temperature for powers of T up to 3. The curvature correction is fully implemented with the addition of only two passive resistors to a standard Brokaw bandgap cell. Aside from the improved linearity a benefit over prior art is a fivefold decrease in sensitivity to processing variations on the diffused resistor. Theoretical performance of 0.02 ppm/C can be simulated, but limitations of real circuit devices (in particular the thermal hysteresis of transistors) limit the actual performance of the circuit to around 1 ppm/C typical.
Archive | 2000
Richard Redl; Brian P. Erisman; Jonathan M. Audy; Gabor Reizik
Archive | 1993
Jonathan M. Audy
Archive | 1992
Jonathan M. Audy; Barrie Gilbert
Archive | 1992
Jonathan M. Audy
Archive | 1995
Jonathan M. Audy
Archive | 1999
A. Paul Brokaw; Jonathan M. Audy
Archive | 1999
Evaldo M. Miranda; Jonathan M. Audy; David Thomson
Archive | 2006
Jonathan M. Audy
Archive | 1997
Jonathan M. Audy; A. Paul Brokaw; Evaldo M. Miranda; David Thomson