On-orbit real-time magnetometer bias determination for micro

Several algorithms have been developed to estimate the magnetometer bias. Combined with other attitude sensors, TAMs can be used to obtain the real-time estimation of the constant bias

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On-orbit real-time magnetometer bias determination for micro

Due to the disadvantages such as complex calculation, low accuracy of estimation, and being non real time in present methods, a new real-time algorithm is developed for on-orbit

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Manipulating exchange bias in 2D magnetic heterojunction for high

The exchange bias (EB) effect plays an undisputed role in the development of highly sensitive, robust, and high-density spintronic devices in magnetic data storage.

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Powering the Future: Magnetic Solutions for Evolving Data Center

This application brief outlines the challenges and trends that must be addressed in powering the future of data centers. It also provides key magnetic solutions being developed by Bourns to support

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Fully wafer-level integrated bias micromagnets for magnetic sensors

The magnets are integrated into the substrate to achieve a high level of miniaturization and save wafer space. In- and out-of-plane bias fields can be created in custom distributions for Hall and XMR

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Permanent Magnet Biased Inductors And Additional investigations on

This thesis presents a compilation of research work, aimed at improving the design trade-offs and performance of magnetic components for power electronics applications.

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Powering the Future: Magnetic Solutions for Evolving Data Center

3. Custom Magnetics for DC Power Distribution From busbar-mounted power modules to high-density energy storage interfaces, Bourns has extensive experience in delivering application-specific custom

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Investigation and Modeling of DC Bias Impact on Core Losses at High

Inductive compensation method is employed in the measurement circuit to reduce sensitivity to phase errors. An addition to the circuit is proposed in this work to make easier DC bias generation.

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[1701.01089] Polarization-assisted Vector Magnetometry in Zero Bias

We demonstrate vector magnetometry with an ensemble of nitrogen-vacancy (NV) centers in diamond without the need for an external bias field. The anisotropy of the electric dipole moments

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Design of high sensitivity magnetometer based on Diamond Nitrogen

Abstract In recent years, solid-state quantum sensing technology based on diamond nitrogen vacancy (NV) centers has attracted the interest of many researchers and scholars due to its

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A Tunable Magnetic Bias Circuit With Zero Static Power Consumption

Quasi-static magnetic fields can be used to modulate the magnetic and electrical properties of many magnetic materials, thereby enabling the operation of various magnetic devices, such as multiferroic

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New Magnetic Anomaly Map of the East Asia with Some Preliminary

We constructed a new magnetic map of the East Asian region using land, shipboard and aeromagnetic data. The new magnetic dataset can be used to work on both funda-mental and applied researches;

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AN2054

The magnetics module has a critical effect on overall IEEE and emission conformity. Occasionally, components that meet the basic specifications may cause the system to fail IEEE testing of

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Wide-field magnetometry using nitrogen-vacancy color centers with

Wide-field ODMR magnetic imaging Figure 1 a describes the wide-field diamond magnetometer setup used to perform the ODMR magnetic imaging of NV centers in randomly

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