This paper proposed an analytical model on the geometric dependence of the transient sensitivity and transient sensing hysteresis of sectorial split-drain magnetic field-effect transistors (SD-MAGFETs). We also conjectured that the transient sensing hysteresis is caused by the charge trapped on channel boundary, and is also geometric dependent. Experimental results are presented which show good consistence with the analytical derivation. The derived analytical model and experimental results can be used as a design guideline for the optimization and trade-off of the transient sensitivity and transient sensing hysteresis of the sectorial SD-MAGFETs.Department of Applied Physic
Abst rac t--A device oriented model is developed to describe the operation of the junction-gate fiel...
The field effect (FE) mobility of thin film transistors is normally extracted using static measureme...
In this paper, the magnetic field effect on the carrier transport phenomenon in the double gate meta...
Session EB: Materials for ApplicationsThis paper proposed an analytical model on the deterioration o...
Oral Presentation 1 - Symposium K1 (Transparent and Metal Oxide Electronics): no. K1-6 (Invited)This...
Due to the high demand of magnetic sensors in the market nowadays, CMOS magnetic sensor sectorial SD...
By simply splitting the drain of a conventional MOS transistor into two, we can convert the transist...
Session FW - Magnetic Sensors and Microwave Devices II (Poster Session): no. FW-1
Magnetic sensors have a wide range of applications in proximity sensing, position sensing, etc. Once...
Paper no. 1372In this paper, the sensitivity distortion of Hall plate based and split-drain magnetic...
Oral Presentation 5 - Symposium M1 (Thin Film Materials and Sensors): no. M1-5The sensitivity deteri...
Session WIP: paper no. W1P-4-18This work studies the influence of the Si/SiO2 interface traps at the...
This paper describes the principle of operation of the fluxgate sensors. The effect of the magnetic ...
This work offers a study of new simple compact model of dual-drain Magnetic Field Effect Transistor ...
In this paper, a new method for measuring border trap density (n<SUB>BT</SUB>) in submicron transist...
Abst rac t--A device oriented model is developed to describe the operation of the junction-gate fiel...
The field effect (FE) mobility of thin film transistors is normally extracted using static measureme...
In this paper, the magnetic field effect on the carrier transport phenomenon in the double gate meta...
Session EB: Materials for ApplicationsThis paper proposed an analytical model on the deterioration o...
Oral Presentation 1 - Symposium K1 (Transparent and Metal Oxide Electronics): no. K1-6 (Invited)This...
Due to the high demand of magnetic sensors in the market nowadays, CMOS magnetic sensor sectorial SD...
By simply splitting the drain of a conventional MOS transistor into two, we can convert the transist...
Session FW - Magnetic Sensors and Microwave Devices II (Poster Session): no. FW-1
Magnetic sensors have a wide range of applications in proximity sensing, position sensing, etc. Once...
Paper no. 1372In this paper, the sensitivity distortion of Hall plate based and split-drain magnetic...
Oral Presentation 5 - Symposium M1 (Thin Film Materials and Sensors): no. M1-5The sensitivity deteri...
Session WIP: paper no. W1P-4-18This work studies the influence of the Si/SiO2 interface traps at the...
This paper describes the principle of operation of the fluxgate sensors. The effect of the magnetic ...
This work offers a study of new simple compact model of dual-drain Magnetic Field Effect Transistor ...
In this paper, a new method for measuring border trap density (n<SUB>BT</SUB>) in submicron transist...
Abst rac t--A device oriented model is developed to describe the operation of the junction-gate fiel...
The field effect (FE) mobility of thin film transistors is normally extracted using static measureme...
In this paper, the magnetic field effect on the carrier transport phenomenon in the double gate meta...