This paper presents the designing, modeling, and simulation of the spiral circular magnetic field probe for near field measurements. Two configurations of this probe have been investigated using both reference boards – conventional and microstrip. Furthermore, this probe has a compact size of (4×5) mm2 printed on an FR-4 substrate of 1.6 mm height. This probe's operation frequency covers a range from 1 MHz to 1 GHz, making it suitable to measure the electromagnetic interference in the near field region over PCB working at electromagnetic compatibility applications
International audienceIn this paper the design of a new 3D magnetic field (H-field) probe with a nea...
International audienceIn this paper the design of a new 3D magnetic field (H-field) probe with a nea...
In this paper, a method is proposed to calibrate a probe by placing it into a known field and refere...
This paper presents the designing, modeling, and simulation of the spiral circular magnetic field pr...
Current electronic circuits are characterised by their compact design of miniaturisation; however, s...
Magnetic near-field probes (NFP) represent a suitable tool to measure the magnetic field level from ...
A simple miniature magnetic-field probe for near-field measurements in 9 kHz ~ 20 GHz bandwidth, whi...
International audienceThe near-field measurement is based generally on the use of purely passive min...
International audienceThe near-field measurement is based generally on the use of purely passive min...
A field-response-equivalent circuit is advantageous for explaining the field coupling mechanism of H...
The accurate knowledge of electromagnetic fields radiated by microwave devices requires instrumental...
The accurate knowledge of electromagnetic fields radiated by microwave devices requires instrumental...
We present a rotary-stage microwave probe station suitable for magnetic films and spintronic devices...
International audienceIn this paper the design of a new 3D magnetic field (H-field) probe with a nea...
In this paper the design of a new 3D magnetic field (H-field) probe with a near-field scanning syste...
International audienceIn this paper the design of a new 3D magnetic field (H-field) probe with a nea...
International audienceIn this paper the design of a new 3D magnetic field (H-field) probe with a nea...
In this paper, a method is proposed to calibrate a probe by placing it into a known field and refere...
This paper presents the designing, modeling, and simulation of the spiral circular magnetic field pr...
Current electronic circuits are characterised by their compact design of miniaturisation; however, s...
Magnetic near-field probes (NFP) represent a suitable tool to measure the magnetic field level from ...
A simple miniature magnetic-field probe for near-field measurements in 9 kHz ~ 20 GHz bandwidth, whi...
International audienceThe near-field measurement is based generally on the use of purely passive min...
International audienceThe near-field measurement is based generally on the use of purely passive min...
A field-response-equivalent circuit is advantageous for explaining the field coupling mechanism of H...
The accurate knowledge of electromagnetic fields radiated by microwave devices requires instrumental...
The accurate knowledge of electromagnetic fields radiated by microwave devices requires instrumental...
We present a rotary-stage microwave probe station suitable for magnetic films and spintronic devices...
International audienceIn this paper the design of a new 3D magnetic field (H-field) probe with a nea...
In this paper the design of a new 3D magnetic field (H-field) probe with a near-field scanning syste...
International audienceIn this paper the design of a new 3D magnetic field (H-field) probe with a nea...
International audienceIn this paper the design of a new 3D magnetic field (H-field) probe with a nea...
In this paper, a method is proposed to calibrate a probe by placing it into a known field and refere...