Pasting high-temperature microstrip wave filter with layered structure of superconductive circuit

The utility model discloses a pasting high-temperature microstrip wave filter with layered structure of a superconductive circuit, which is characterized in that the active gages of the pasting high-temperature microstrip wave filter with layered structure of a superconductive circuit is composed of an upper dielectric sheet, a lower dielectric sheet and a skim-sheet-type two-side high-temperature superconductive circuit. The processing step adopted by the pasting high-temperature microstrip wave filter with layered structure of a superconductive circuit is that: traditional semiconductor technologies are used for manufacturing each circuit component unit, an instant adjusting and measuring system is cooperated for combining and adjusting the position of each unit, and thus the wave filter which conforms to the technical requirement is achieved; The superiorities of the pasting high-temperature microstrip wave filter with layered structure of a superconductive circuit are that: the pasting high-temperature microstrip wave filter with layered structure of a superconductive circuit can improve the service behavior of the wave filter and enhance the load capacity of the power; The pasting high-temperature microstrip wave filter with layered structure of a superconductive circuit can enhance the effective dielectric constant of the wave filter and is easy to realize miniaturization, and the agile adjusting and measuring method can enhance rate of finished products of products.