A process corner monitoring circuit (PCMC) is presented in this work. The circuit generates a signal, the logical value of which depends on the process corner only. The signal can be used in both digital and analog circuits for testing and compensation of process variations (PV). The presented circuit uses only metal-oxide-semiconductor (MOS) transistors, which allow increasing its detection accuracy, decrease power consumption and area. Due to its simplicity the presented circuit can be easily modified to monitor parametrical variations of only n-type and p-type MOS (NMOS and PMOS, respectively) transistors, resistors, as well as their combinations. Post-layout simulation results prove correct functionality of the proposed circuit, i.e. ab...
In this paper, we propose a novel low-power, bias-free, high-sensitivity process var...
A method for extracting the three parameters of the well-known level-2 Spice MOSFET-model namely thr...
This paper presents a test circuit which can be used to analyze the p-MOSFET threshold voltage (VT) ...
Integrated Circuit (IC) designers have always faced the problem of small deviations in parameters of...
Abstract—This report is to present some results of the project funded by National Science Council in...
In this proposed some back end and front end process monitoring sensors are made, which will give th...
In sub-nanometer complementary metal oxide emiconductor (CMOS) technologies, process variability str...
The need for efficient and accurate detection schemes to assess the impact of process variations on ...
Variation in process, voltage and temperature is a major obstacle in achieving energy-efficient oper...
dissertationWith the scaling of MOSFET dimensions and the performance enhancement features in the MO...
This paper presents an on-chip all-digital sensor architecture to capture process variation informat...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
A high-throughput on-chip monitoring circuit with a digital output is proposed for the variations of...
This paper reports design, efficiency, and measurement results of the process variation and temperat...
This paper presents a test circuit which can be used to analyze the p-MOSFET threshold voltage (V-T)...
In this paper, we propose a novel low-power, bias-free, high-sensitivity process var...
A method for extracting the three parameters of the well-known level-2 Spice MOSFET-model namely thr...
This paper presents a test circuit which can be used to analyze the p-MOSFET threshold voltage (VT) ...
Integrated Circuit (IC) designers have always faced the problem of small deviations in parameters of...
Abstract—This report is to present some results of the project funded by National Science Council in...
In this proposed some back end and front end process monitoring sensors are made, which will give th...
In sub-nanometer complementary metal oxide emiconductor (CMOS) technologies, process variability str...
The need for efficient and accurate detection schemes to assess the impact of process variations on ...
Variation in process, voltage and temperature is a major obstacle in achieving energy-efficient oper...
dissertationWith the scaling of MOSFET dimensions and the performance enhancement features in the MO...
This paper presents an on-chip all-digital sensor architecture to capture process variation informat...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
A high-throughput on-chip monitoring circuit with a digital output is proposed for the variations of...
This paper reports design, efficiency, and measurement results of the process variation and temperat...
This paper presents a test circuit which can be used to analyze the p-MOSFET threshold voltage (V-T)...
In this paper, we propose a novel low-power, bias-free, high-sensitivity process var...
A method for extracting the three parameters of the well-known level-2 Spice MOSFET-model namely thr...
This paper presents a test circuit which can be used to analyze the p-MOSFET threshold voltage (VT) ...