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A framework for automatic CMOS OpAmp sizing
The problem of automatic CMOS OpAmp sizing is addressed. Given the specifications and the netlist of the OpAmp, our approach produces a design that has the accuracy of the BSIM models used forExpand
  • 4
  • 1
A Novel Methodology for Design Automation of CMOS Operational Amplifiers
TLDR
In this paper, we propose a novel methodology to automate the transistor-level sizing of OpAmps using a set of monomial design equations that can be solved using geometric programming. Expand
  • 5
Smart combiner for fixed commercial photovoltaic systems using power line communication
Every year in the US, over 1000MW of photovoltaic (PV) panels are installed in the commercial sector. In order to increase this installation rate, lifecycle cost of ownership is a critical andExpand
  • 4
Development of a string level fault detection system for solar tracking applications
TLDR
We have developed a new method for string level monitoring and fault detection for photovoltaic tracking systems. Expand
  • 3
An Automation Methodology for Modeling Posynomial Equations for Use in CMOS OpAmp Synthesis
In this paper, we propose a novel methodology to automate the transistor-level sizing of OpAmps. Given the netlist and the specifications of the OpAmp, our methodology automatically produces a set ofExpand
A Framework for Automatic Sizing of CMOS OpAmps