Abstract
Here, we have devised a heterogeneous-based Tilted Polarizer [TP] Spin Torque Nano Oscillator [STNO] along with the consideration of the Current Induced Oersted Field [CIOF]. The magnetization precession dynamics governed by Spin Transfer Torque [STT] are studied by solving Landau-Lifshitz-Gilbert-Slonczewski [LLGS] equation numerically. Here, β refers to an independent tilt angle of the pinned layer, and θ refers to an angle between the free layer magnetization and the easy axis of the device, respectively. The device emits a maximum frequency of about 77.5 GHz and PSD of 1.3 µW/mA2/GHz with 50 kA/m as the strength of CIOF. The author sparks that the modeled OE TP STNO device applies to High-Frequency applications and paves the way for forthcoming spintronic devices in the future.
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