FIELD: electronic technology.
SUBSTANCE: invention relates to the field of electronic technology, namely to hybrid integrated circuits, for example, a microwave generator module. The hybrid integrated circuit of the microwave range is made in the form of a multilayer printed circuit board with a topological pattern of metallization conductors and a screen grounding metallization on the reverse side of the lower dielectric layer; the circuit contains an active generator component, a coaxial dielectric resonator and an active control component connected to each other and forming a voltage-controlled generator; the coaxial dielectric resonator has a metallization coating on the side surface, electrically connected to the on-screen grounding metallization of the board, while a hole is made in the multilayer printed circuit board, commensurate with the dielectric coaxial resonator located in it, part of the topological pattern of the voltage-controlled generator conductors is located on the end surface of the coaxial dielectric resonator; the control component is installed on the metallization of the side surface of the dielectric resonator, and the capacitive coupling between the conductor of the topological pattern of the connection of the generator component and the coaxial output of the dielectric resonator is made in the form of a gap 0.035-0.055 mm wide, and the capacitive coupling between the side of the conductor of the topological pattern of the connection of the control component and the coaxial output of the dielectric resonator is made in the form of a gap, 0.16-0.24 mm wide.
EFFECT: improving the electrical and mass-dimensional characteristics of a hybrid integrated circuit of the microwave range.
1 cl, 4 dwg
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Authors
Dates
2022-10-25—Published
2021-11-30—Filed