Inventor
CAVALLINI PIER
GB13 patents
⚠️ This page may combine multiple inventors who share the name “CAVALLINI PIER”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
DIALOG SEMICONDUCTOR UK LTD
6 patentsUS10910947B2Feb 2, 2021
Single inductor multiple output regulator with hybrid negative and positive rail generation
DIALOG SEMICONDUCTOR UK LTD2 citations71
US10256720B2Apr 9, 2019
Buck-boost converter using hysteretic control
DIALOG SEMICONDUCTOR UK LTD3 citations71
US11290006B2Mar 29, 2022
SIDO buck with negative current
DIALOG SEMICONDUCTOR UK LTD3 citations70
US9698691B2Jul 4, 2017
Circuit and method for maximum duty cycle limitation in switching converters
DIALOG SEMICONDUCTOR UK LTD2 citations70
US9450490B2Sep 20, 2016
Automatic reference generator in switching boost converters
DIALOG SEMICONDUCTOR UK LTD3 citations68
US9698681B2Jul 4, 2017
Circuit and method for maximum duty cycle limitation in step up converters
DIALOG SEMICONDUCTOR UK LTD0 citations39
DIALOG SEMICONDUCTOR GMBH
4 patentsUS9740221B2Aug 22, 2017
Method to limit the inrush current in large output capacitance LDO's
DIALOG SEMICONDUCTOR GMBH6 citations72
US9407144B2Aug 2, 2016
Method for a current mode buck-boost converter
DIALOG SEMICONDUCTOR GMBH3 citations69
US9563730B2Feb 7, 2017
Improving the accuracy of an exponential current digital-to-analog converter (IDAC) using a binary-weighted MSB
DIALOG SEMICONDUCTOR GMBH0 citations38
US9294119B2Mar 22, 2016
Method for improving the accuracy of an exponential current digital-to-analog (IDAC) using a binary-weighted MSB
DIALOG SEMICONDUCTOR GMBH0 citations38
CAVALLINI PIER
3 patentsUS8624511B2Jan 7, 2014
Method for optimizing efficiency versus load current in an inductive boost converter for white LED driving
CAVALLINI PIER7 citations74
US8497719B2Jul 30, 2013
Slew rate PWM controlled charge pump for limited in-rush current switch driving
CAVALLINI PIER3 citations58
US8933635B2Jan 13, 2015
Method of preventing spurious ringing during discontinuous conduction mode in inductive boost converters for white LED drivers
CAVALLINI PIER0 citations38