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Magnetic tunnel junction performance monitoring based on magnetic field coupling

机译:基于磁场耦合的磁隧道结性能监测

摘要

A semiconductor device includes a device magnetic tunnel junction (MTJ) and sensor MTJs. A spin polarization of a free layer of the device MTJ is configurable based at least in part on electrical energy supplied to the device MTJ. A spin polarization of a corresponding free layer of each sensor MTJ is configurable based at least in part on a magnetic field created by the spin polarization of the free layer of the device MTJ. A circuit disposed is in electrical communication with the plurality of sensor MTJs and configured to determine the corresponding free layer spin polarizations of each of the sensor MTJs based at least in part on electrical energy supplied to the sensor MTJs by the circuit. The circuit is configured to determine a magnetoresistance of the device MTJ based at least in part on the determined corresponding free layer spin polarizations of the sensor MTJ.
机译:半导体器件包括器件磁隧道结(MTJ)和传感器MTJ。器件MTJ的自由层的自旋极化可至少部分地基于供应给器件MTJ的电能来配置。至少部分地基于由器件MTJ的自由层的自旋极化产生的磁场,可配置每个传感器MTJ的对应的自由层的自旋极化。布置的电路与多个传感器MTJ电连通,并且被配置为至少部分地基于由电路提供给传感器MTJ的电能来确定每个传感器MTJ的对应的自由层自旋极化。电路被配置为至少部分地基于所确定的传感器MTJ的对应的自由层自旋极化来确定设备MTJ的磁阻。

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