The use of analog floating-gate elements in analog circuit research has steadily increased.
These elements have great potential because they can be fabricated on a standard process …

An area efficient technique for tuning floating-gate circuits is described. The effective
threshold voltage seen from a control gate can be programmed to virtually any value. The …

This paper presents an overview of floating-gate transistors with an emphasis on using them
as programmable elements to correct mismatch inherent in analog circuit design. The …

The use of floating-gate elements on analog circuits has increased over the last few years.
Floating-gate transistors are been used for analog multiplication, memory storage, on-chip …

We discuss the possibility of developing high-quality floating-gate memories and circuits in
digital CMOS technologies that have only one layer of polysilicon. Here, the primary concern …

Presented are handling and use issues to consider when using floating-gates in analog
circuits, such as where to set bias voltages to reduce long-term effects and conditions to …

A new principle for low-voltage analog circuit operation is introduced. Circuits based on this
technique do not show the GB degradation that characterizes other low-voltage approaches …

We present a new real time reconfigurable floating-gate CMOS linear threshold element that
does not require either UV-programming or Fowler-Nordheim tunneling/hot electron …

A new family of very low-voltage analog circuits is introduced. These circuits do not show the
GB degradation that characterizes other low-voltage approaches based on floating-gate …

This paper presents integration of high voltage charge-pumps for programming analog
floating-gate (FG) circuits in a standard 0.5/spl mu/m CMOS N-well double poly process. In …