Isolator and implementation method therefor

Abstract

An isolator includes a casing. An interior of the casing includes a positioning ring, a lower permanent magnet, a lower uniform magnetic sheet, a lower ferrite, a central conductor, an upper ferrite, a six-foot uniform magnetic sheet, an upper permanent magnet, a temperature compensation sheet and an upper uniform magnetic sheet in sequence from bottom to top. A cover plate is connected to the top of the casing. The central conductor comprises three central junctions forming an angle of 120 degrees with each other, and each having a longitudinal slit along a center line thereof, and first and second transverse slits respectively intersecting with the longitudinal slit, the second transverse slit being located outside of the first transverse slit. A method is disclosed for implementing the isolator, which increases internal magnetic field intensity, reduces third-order inter-modulation, and improves signal quality.

Dependencies are inferred from the claim text.