A new type of integrated 3-D magnetic field sensor from the Fraunhofer Institute for Integrated Circuits IIS in Erlangen can work without screening.

image: An inexpensive and highly accurate “spintronic” magnetic field sensor developed at the University of Utah is shown here. The entire device, on a printed circuit board, measures about 0. ...

The new magnetic field sensor is the first major result to come out of the new Materials Research Science and Engineering Center launched by the University of Utah last September: a six-year, $21. ...

The orange spot is 5x5 mm and the part that detects magnetic fields is 1x1 mm. This organic semiconductor paint is deposited on a thin glass substrate which then is mounted onto a circuit board ...

More specifically, suspended magnetic nanoparticles are spun via alternating orthogonal magnetic fields that essentially create a “rotating” magnetic field (Figure 1). When external forces cause a ...

What you’ll learn: Impact of stray magnetic fields on the electrification of motor vehicles. The role of inductive sensors to reduce risk, cost, and size in EMI-laden applications.

Unlike conventional Hall sensors that only respond to the field component perpendicular to the device surface, the Type CSA-1 single-axis and the Type 2SA-1 two-axis sensors respond to a magnetic ...

When a magnetic field is applied, the atoms undergo energy shifts. The researchers used a laser to measure these shifts precisely. This allowed them to determine the field’s orientation.

Allegro (WA:ALEP) Microsystems, a leading manufacturer of magnetic sensing and power integrated circuits, finds itself at a crucial juncture as it navigates through a challenging automotive ...

Researchers at The University of Texas at Austin have finally discovered the organic sensor mechanism in an animal for detecting the magnetic field of the Earth. This breakthrough may help uncover ...