The design task shall end with pilot specimen production. As mentioned previously, the electrodynamic simulation process involves the creation of a product in the form of 3D geometry. If the design task has to be solved for an SHF device with account for the surrounding structure or the enclosure, the latter are also subjected to the field strength and current computation. These structures are putted into production in the form of stp-models. This approach makes it possible to achieve high convergence of calculated and real device characteristics.
We cooperate with domestic and foreign PCB and enclosure factories.
Presently, it is enabled to produce SHF path elements, antennas and arrays using film-clad dielectric materials from Rogers and Arlon. These are the following materials: Rogers 3003, Rogers 3006, Rogers 3010, Rogers 3203, Rogers 3210, Rogers 4003, Rogers 4232, Rogers 4350, Rogers RT 5870, Rogers RT 5880, Rogers RT 5870, Rogers RT 6002, Rogers RT 6006, Rogers RT 6010, Arlon AD 1000, Arlon AD 600, Arlon AD 450, Arlon AD 430, Arlon AD 410, FR4 and FAF4D.
The production process makes it possible to manufacture antenna systems on dielectric substrates with an accuracy of up to 0.1 mm and metallic parts including enclosures with an accuracy of up to 50 µm.
The designing of products for standardized plastic and metallic enclosures for radio electronic equipment has become common practice: http://www.platan.ru/shop/?group=46.
Examples of pilot specimens:
Antenna array 10 GHz
9 GHz antenna array in the housing
Antenna array 11 GHz
Antenna array 5GHz
Antenna array 6 GHz
Антенная решетка 4 ГГц
2.5 GHz Antenna
Antenna 0,915 GHz
Power dividers and filters