The screw pipe wire and electromagnetic magnets are typical applications of the electron magnetism principle, producing a controlled magnetic field through electron circuits, allowing the intangible magnetic field to be quantifiable, adjustable and reuseable. The positioning of navigation equipment, magnetic material detection, automated implementation agencies, etc., require stable and manageable magnetic fields, both of which are key implementation units of the magnetic field occurrence system。
The screw pipe wire generates an axle level magnetic field that is suitable for high precision positioning and weak magnetic detection. Its structure is entangled in a cylindrical skeleton, with a high internal magnetic field after electrocution, suitable for magnetic pass-through sensor sensitivity tests, geomagnetic simulations, micromagnetic signal detection, and stable standard magnetic fields can be obtained with high precision constant current power sources。
Electromagnetics add steel cores to the screwdrivers, significantly increasing the strength of the magnetic field and meeting the need for a strong magnetic scene. Iron cores can significantly increase the strength of the magnetic field, achieve small size, output of the large magnetic field, suitable for material magnetization, component insulation, magnetic shielding performance testing, charge-free magnetic aids, the strength of the magnetic field can be continuously adjusted by electric currents, the post-electricity magneticity quickly disappears and the use of flexibility safety。
Both can be customized to fit different space, magnetic field strength and use scenarios. Depending on the size of the installation, the magnetic field range, and evenness, it may be required to customize the dimensions of the coil, swirl, line diameter and skeleton material to meet the diversity needs of desktop experiments, large equipment integration, field portable testing, etc., and to use more functionality in combination with the magnetic shield and the hemhodz circle。
Accurate magnetic field output is achieved in combination with high-precision hyperpolarity programmed constant current power. The strength of the magnetic field in the coil is strictly proportional to the current, with a special constant current power source providing stable low-print wave currents, ensuring that the output of the magnetic field is fine enough to drift, supporting a two-way current to achieve a magnetic field shift, meeting the need for dynamic testing and a two-way magnetism, and enhancing the credibility of experiments and tests。
In automation equipment and smart manufacturing, electromagnetic and screwdriver wires assume the drive and detection function. Electromagnetic valves, electromagnetic switches, automatic traps, sorting devices are all dependent on electromagnetic actions, while screw pipe wires are used for precision positioning, vibration incentives, signal simulations and are the basic components of industrial automation and intelligence equipment。
From basic laboratory research to industrial equipment manufacture, screwdriver wires and electromagnetics produce fine field occurrence and control in simple and reliable structures. Based on specialized design capabilities in the field of magnetic power, standardization and customization of wires and electromagnetic products can be provided to meet the demand for multi-species magnetic fields by working with magnetic field power sources and measuring equipment。
