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RH Klunder

20 records found

The synthesis of an EXOR function by using modulo functions implemented by SET circuits

Circuit design with metallic single-electron tunnel junctions
Doctoral thesis (2003) - RH Klunder (author)

Systematic approach for designing an ultra low noise amplifier

A SPICE model for single electronics

Circuit design with metallic single-electron tunneling junctions

Circuit architecture solution for background charge fluctuations in single elctron tunneling transistors
Conference paper (2001) - RH Klunder (author), J. Hoekstra (author)

Energy conservation in a circuit with single electron tunnel junctions
Conference paper (2001) - RH Klunder (author), J. Hoekstra (author)

An analytical description for the single electron current regime of the metal single electron tunnel transistor
Conference paper (2001) - RH Klunder (author), J. Hoekstra (author)

Programmable logic using a SET electron box
Conference paper (2001) - RH Klunder (author), J. Hoekstra (author)

SPICE model for the single electron tunnel junction

Circuit analysis of a single-electron 2-island SET subcircuit

A new method for extracting the component values of single tunnel structures from measurement results
Conference paper (2001) - RH Klunder (author), J. Hoekstra (author)

Extracting device parameters from measurements on a metal single elctron tunneling transistor

The derivation and calculation of the critical voltage in single electron tunnel circuits
Conference paper (2001) - RH Klunder (author), J. Hoekstra (author)

Modelling of independent node charges in metallic single electron tunneling circuits

Answers MEL-ARI project No. 28 667: autonomous nanelectronic systems with extended replication and signalling: Final Report

Extracting the component values of single electron tunneling transistors from measurement results
Conference paper (2000) - RH Klunder (author), J. Hoekstra (author)

Different environments in single electron tunneling circuits
Conference paper (2000) - RH Klunder (author), J. Hoekstra (author)

Neural nets using SET technology

Single electron transistor circuit simulation