We propose improved contactless DC/AC current transducer for 3-phase current lines based on 8 integrated fluxgate sensors. Using proper processing we ideally achieve a complete suppression of external homogeneous fields, and field gradients up to the 4th order. The sensitivity to external currents (crosstalk) is improved 15-times compared to [1]. The usage of micro fluxgate sensors instead of magnetoresistive sensors improves the temperature stability: the sensitivity temperature coefficient was reduced from 0.3%/K to 50 ppm/K and offset drift was reduced from 50 mA/K to 1 mA/K
DC/AC yokeless galvanically insulated electric current sensors are required for applications, e.g., ...
One of the difficulties concerning battery monitoring applications is the current measurement. Typic...
This paper presents a new improvement in the design of a fluxgate-based current transducer in order ...
Novel 3-phase DC/AC current transducer for 3-phase current lines is based on 8 integrated fluxgate s...
A true three-phase 1000 A busbar current transducer is based on six micro-fluxgate sensors. Instead ...
We review recent advances in magnetic sensors for DC/AC current transducers, especially novel AMR se...
A novel DC/AC current sensor works on the fluxgate principle. The core in the form of a 7/10-mm ring...
Novel rectangular yokeless current transducer with the range 400 A using 16 microfluxgate sensors ar...
In a smart grid (SG) scenario, accurate and realtime information about key grid parameters (such as ...
This paper presents a temperature-insensitive magnetic sensor system for contactless current measure...
AbstractWe present an open-loop CMOS current transducer without magnetic core consisting of a bus ba...
Current and voltage are the two essential parameters that are frequently sensed and monitored in ele...
Large dc and ac electric currents are often measured by open-loop sensors without a magnetic yoke. A...
We present an open-loop CMOS current transducer without magnetic core consisting of a bus bar and a ...
Multiwire core fluxgate has higher sensitivity due to the higher cross=sectional area of the cor
DC/AC yokeless galvanically insulated electric current sensors are required for applications, e.g., ...
One of the difficulties concerning battery monitoring applications is the current measurement. Typic...
This paper presents a new improvement in the design of a fluxgate-based current transducer in order ...
Novel 3-phase DC/AC current transducer for 3-phase current lines is based on 8 integrated fluxgate s...
A true three-phase 1000 A busbar current transducer is based on six micro-fluxgate sensors. Instead ...
We review recent advances in magnetic sensors for DC/AC current transducers, especially novel AMR se...
A novel DC/AC current sensor works on the fluxgate principle. The core in the form of a 7/10-mm ring...
Novel rectangular yokeless current transducer with the range 400 A using 16 microfluxgate sensors ar...
In a smart grid (SG) scenario, accurate and realtime information about key grid parameters (such as ...
This paper presents a temperature-insensitive magnetic sensor system for contactless current measure...
AbstractWe present an open-loop CMOS current transducer without magnetic core consisting of a bus ba...
Current and voltage are the two essential parameters that are frequently sensed and monitored in ele...
Large dc and ac electric currents are often measured by open-loop sensors without a magnetic yoke. A...
We present an open-loop CMOS current transducer without magnetic core consisting of a bus bar and a ...
Multiwire core fluxgate has higher sensitivity due to the higher cross=sectional area of the cor
DC/AC yokeless galvanically insulated electric current sensors are required for applications, e.g., ...
One of the difficulties concerning battery monitoring applications is the current measurement. Typic...
This paper presents a new improvement in the design of a fluxgate-based current transducer in order ...