Weak magnetic multi-point array magnetic field synchronous detection systemIt is developed to adapt to the synchronous testing of magnetic fields and high-speed measurement control of production lines in scientific research institutions. It has the advantages of flexible testing spacing, high testing accuracy, high resolution, and good stability. It is equipped with automated bus based digital signal transmission, computer-controlled acquisition speed and data processing, and can draw various curves and charts.Weak magnetic multi-point array magnetic field synchronous detection systemSuitable for synchronous testing of various spatial changes in magnetic fields, multi-faceted and multi-point testing of magnets, and distribution testing of pulse magnetic fields and gradient magnetic fields. The number of sensors can be selected, with a maximum of 96 nodes.

characteristic:

1) Compact magnetic flux gate array probe or magnetic resistance sensor: with a minimum test point spacing of 0.7mm, it can be arranged in various ways such as linear, square, circular, ring-shaped, and irregular.

2) Spatial distribution probe: N probes can be specially designed to be fixed or pasted at various spatial positions of the spatial magnetic field or on the surface of the object being measured

3) The testing accuracy of each point in the system can reach ± 0.01% of the reading, with a maximum resolution of 0.01nt and a maximum range of 30Gs

4) The computer controls the collection speed of each collection point from 2 times/second to 0.1 times/millisecond (customizable)

5) Automatically synchronize the collection and display of test data at each point, including data analysis, plotting, database storage, and printing of test results

6）Using high-speed CAN bus transmission, the synchronous transmission rate can reach up to 10 milliseconds (depending on the number of nodes) (customizable)

7) We have provided continuous power on testing for multiple national key projects for up to one year.

8) Can be connected in series with a series of flux gate meters or a weak magnetic Gaussian meter