Integrated circuit (IC) technology has grown tremendously over the last few decades. The
prime goal has been to achieve low-power and high-performance in logic and memory …

The Single Electron Transistor holds the potential to be a suitable readout device for future
solid-state quantum computers. The low temperature measurement results of a 0.5 μm …

We present a cryogenic CMOS circuit with significant performance improvements compared
to previously proposed single-shot Single Electron Transistor readout circuit. The new …

A 10 bit cryogenic current steering D/A converter (DAC), operating from room temperature to
as low as 4.2 K temperature, is presented here. The converter is primarily designed for a …

A cryogenic CMOS D/A converter, core part of a Silicon quantum computer controller,
produces voltage signals to generate electric fields for Silicon quantum bits initialization. In …

Silicon quantum bits (qubits), operated in deep cryogenic temperature (typically≤ 500mK),
need rapid pulse generation circuits for quantum gate operations. We have designed a±1.5 …

This paper revisits the design of a low power, fast CMOS Single Electron Transistor (SET)
readout circuit which can operate at 4.2 K and successfully detect 200pA SET signal current …

" The VLSI technology has seamlessly grown over the years, that yields high-performance,
low-power and high-density devices. Over the several decades, the performance of existing …

Firstly, in many cases the signal of interest is a tiny current variation, in the picoampere–
nanoampere range, due to the small size and low tunnelling rates that define the current in …

Unavailability of suitable simulation models poses a particularly difficult problem in the field
of CMOS analog circuit design for deep cryogenic applications: the performance of the …