A high-sensitivity switched-current sensing circuit for reading data non-destructively from 1T-1MTJ magneto-resistive random access memory (MRAM) is presented. Compared to the existing sensing circuits at a power supply of 3.0V, simulation results showed that the read access time and the power consumption are about 3 times faster and smaller
Slope detection systems and methods are provided that monitor magnetic tunnel junction (MTJ) resista...
This thesis presents three research contributions in the areas of modelling, circuit-level design, a...
A "Nondestructive" method for sensing the information state of magnetic-memory cores is under develo...
In this paper, we present two integrated circuits for sensing data nondestructively from one-transis...
A current-mode binary-search sensing scheme for a four-state per cell one-transistor one-magnetic tu...
A current-mode binary-search sensing scheme for a 4-state one-transistor one-magnetic tunnel junctio...
A current–mode binary–search sensing scheme for a 4–state one– transistor one–magnetic tunnel juncti...
In this work, we investigated the sensing challenges of spin-transfer torque MRAMs structured with p...
A novel sensing algorithm for non-volatile Spin-Transfer Torque Magneto-resistive Random Access Memo...
With scaling of CMOS and Magnetic Tunnel Junction (MTJ) devices, conventional low-current reading te...
Abstract—A sensing technique using a voltage-mode architec-ture, noise-shaping modulator, and digita...
Magnetoresistive memory (MRAM) technology which successfully combines integrated circuit and magneti...
In the present work, the design and microfabrication of a tunneling magnetoresistance (TMR) electric...
We proposed a novel self-reference sense amplifier scheme for spin-transfer-torque magneto-resistanc...
The quest to increase memory density in Resistive Random Access Memory (RRAM) has motivated researc...
Slope detection systems and methods are provided that monitor magnetic tunnel junction (MTJ) resista...
This thesis presents three research contributions in the areas of modelling, circuit-level design, a...
A "Nondestructive" method for sensing the information state of magnetic-memory cores is under develo...
In this paper, we present two integrated circuits for sensing data nondestructively from one-transis...
A current-mode binary-search sensing scheme for a four-state per cell one-transistor one-magnetic tu...
A current-mode binary-search sensing scheme for a 4-state one-transistor one-magnetic tunnel junctio...
A current–mode binary–search sensing scheme for a 4–state one– transistor one–magnetic tunnel juncti...
In this work, we investigated the sensing challenges of spin-transfer torque MRAMs structured with p...
A novel sensing algorithm for non-volatile Spin-Transfer Torque Magneto-resistive Random Access Memo...
With scaling of CMOS and Magnetic Tunnel Junction (MTJ) devices, conventional low-current reading te...
Abstract—A sensing technique using a voltage-mode architec-ture, noise-shaping modulator, and digita...
Magnetoresistive memory (MRAM) technology which successfully combines integrated circuit and magneti...
In the present work, the design and microfabrication of a tunneling magnetoresistance (TMR) electric...
We proposed a novel self-reference sense amplifier scheme for spin-transfer-torque magneto-resistanc...
The quest to increase memory density in Resistive Random Access Memory (RRAM) has motivated researc...
Slope detection systems and methods are provided that monitor magnetic tunnel junction (MTJ) resista...
This thesis presents three research contributions in the areas of modelling, circuit-level design, a...
A "Nondestructive" method for sensing the information state of magnetic-memory cores is under develo...