Characteristic analysis of double excitation sensor based on F-30 multi-dimensional digital magnetic measurement system

Abstract

According to the analysis characteristic of the on-line sensor of the mechanical device, the on-line magnetic field of the double excitation sensor is analysed by using the most advanced F-30 multi-dimensional digital magnetic measurement system. Using F-30 mode scanning analysis of the dual incentive sensor of two-dimensional (2D) and 3D characteristics, a system of a 3D mesh of the sensor is obtained, the 3D graph, the 3D graphic model, at last, through export data for magnetic field distribution of more detailed information. The accuracy of the F-30 magnetic field analysis system is very high, and the field distribution information of the sensor is more practical. This analysis is of a great reference value for the experimental analysis of the sensor.

Keywords

• magnetic field measurement
• magnetic sensors
• digital instrumentation
• graph theory
• computerised instrumentation
• computational geometry
• online magnetic field analysis
• 3d mesh
• 2d characteristics
• two-dimensional characteristics
• online sensor analysis characteristics
• field distribution information
• f-30 magnetic field analysis system
• magnetic field distribution
• 3d graphic model
• dual incentive sensor
• f-30 mode scanning analysis
• advanced f-30 multidimensional digital magnetic measurement system
• mechanical device
• double excitation sensor