An Ultra-Wideband Absorber Based on Impulse Pulse Spectrum Modulation Based on Spin Magnon Periodicity

Abstract

The invention discloses an ultra-broadband wave absorber based on spin magneton periodic impulse pulse spectrum modulation. The cover plate, the three-hole socket, and the base shell, the invention realizes the use of the disc brush rheostat plate groove to cooperate with the three-hole socket to form electromagnetic force fluctuations of oblique alignment poles, and connect the suspension push and turn, so that the magnetic pressure is linked to the pendulum at the same time The pull of the wave-absorbing variable resistance band allows the resistance amplifier tube and the filter low-frequency tube to adapt to the shear conversion of electromagnetic force, forming a telescopic slot-type shear resistance operation, and improving the coverage and stability of the compressed magnetic field in the spin magnetic sub-box To improve the efficiency of over-electricity, so that the current pulse can be synchronously increased in modulation density, and the rated value tends to be stable, so that the main board of the wave absorber can operate in the most efficient working state, and improve the single-band performance. Body regulation, forming the complete control and efficient use of the overall wave absorber on the cycle of ultra-broadband magnetic materials.

Description

technical field [0001] The invention relates to an ultra-broadband wave absorber based on periodic impulse pulse spectrum modulation of spin magnons, which belongs to the field of magnetic materials. Background technique [0002] The wave absorber is a docking adjustment device that combines ultra-broadband radio wave adjustment and periodic pulse coupling of magnetic materials to make the optical fiber conduct electricity efficiently, and to stabilize the load on the main board of the wire, improve the effective combination of magnetic field force and electric field force, and promote spectral density modulation. Slowly growing in a steady trend, the shortcomings of the current technology to be optimized are: [0003] When the spin magnetons move periodically, they will form a funnel-type electromagnetic field, which is convenient for the upper and lower circulation and also makes the magneton’s transverse eddy current trajectory rotate. After the shock pulse is connected, ...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide an ultra-broadband wave absorber based on the periodic impulse pulse spectrum modulation of spin magnons to solve the problem that the spin magnons will form a funnel when they move periodically. The electromagnetic field facilitates the up-and-down circulation and also makes the transverse eddy current track of the magneton rotate. After cooperating with the electric shock pulse, the overall electric frequency modulation spectrum density will increase sharply, which will make the peak amplitude of the electrode shock wave large, resulting in an excessively large conductive load of the ultra-broadband optical fiber, thus Cause the phenomenon of internal heat motherboard of the broadband adjuster, cause the battery board to smoke and burn, and excessive discharge and leakage cause people's electric shock safety hazards, and the conversion rate for adjusting the absorbing wave frequency is insufficient, so that the structure of the broadband adjusting absorber is single, often single Reduce the band or raise the band to match the wire load, and the overall regulation of the motherboard is poor.

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