… -based analytical model for the MOS transistor operating … The model is developed relying
on the 1-D Poisson equation … a result of dopant freezeout in cryogenic equilibrium. Explicit …

… However, the characteristics of metal-oxidesemiconductor field-effect transistors (MOSFETs) …
SPICE model to be developed for use at cryogenic temperatures. Cryogenic temperature …

… for the design of circuits operating at cryogenic temperatures. To overcome that limitation,
we propose a model for cryogenic CMOS devices based on existing compact models. Our …

… in extending the capabilities of a cryogenic transistor model to include the impact of device
… the cryogenic circuit behavior and should properly be accounted in the transistor model so …

… But it is known [5] that for extreme temperatures, standard compact models, even such …
connected with cryogenic transistor modeling is the parameter extraction. The model difficulty and …

… cryogenic probe station with reference temperature sensor on the sample holder, while the
MOS transistors … characterization and compact modeling at deep-cryogenic temperatures,” in …

… MOSFET in cryogenic temperatures. Thus, there is a need to develop a methodology to find
revised binning parameters that will hold in cryogenic conditions without changing the model …

… tributed numerical models for cryogenic bulk MOSFET operation down to 20 K to advance …
using the drift–diffusion transport model. In addition, to obtain a compact model for use in low-…

… model that describes and predicts the behaviour of short channel MOSFET devices at 4 K,
we need to study the cryogenic … and establish a suitable device model for 4 K operation of …

… As the power consumption in the pixel array is a main concern for cryogenic systems, pixel’s
MOSFET transistors often operate in the moderate or weak inversion region. Readout noise …