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Triplate line-to-waveguide transducer having spacer dimensions which are larger than waveguide dimensions

机译:具有隔板尺寸大于波导尺寸的三板线到波导换能器

摘要

A ground conductor (1) has a through hole provided through an area thereof for connection with a waveguide (6), with dimensions substantially equal to cavity dimensions of the waveguide (6), and a metallic spacer (7a) is provided as a holding element for a film substrate (4), with an even thickness to a dielectric substrate (2a), the metallic spacer (7a) having dimensions E1 and E2 of cavity walls thereof changed in accordance with a desirable frequency, and cooperating with another metallic spacer (7b) having substantially equal dimensions to the metallic spacer (7a), to sandwich the film substrate (4) in between, and in addition, an upper ground conductor (5) is arranged on the other metallic spacer (7b), and a quadrate resonant patch pattern (8) is formed at an end of the strip line conductor (3) formed to the film subs ate (4), on an area corresponding to a transducer end of the waveguide (6), while a combination of the quadrate resonant patch pattern (8) and the waveguide (6) is arranged such that the quadrate resonant patch pattern (8) has a center position thereof coincident with a center position of the cavity dimensions of the waveguide (6).
机译:接地导体( 1 )具有穿过其区域的通孔,用于与波导( 6 )连接,通孔的尺寸基本上等于波导的空腔尺寸(< B> 6 ),并提供金属垫片( 7 a )作为薄膜基板( 4 ),厚度均匀的介电基板( 2 a ),金属垫片( 7 a )其空腔壁的尺寸E 1 和E 2 根据所需频率而变化,并与另一个金属垫片( 7 b )的尺寸与金属垫片( 7 a )的尺寸基本相等,从而将薄膜基板( 4 )夹在中间另外,在另一个金属间隔物( 7 b )上还布置了一个上接地导体( 5 ),并产生了方形谐振。在形成于薄膜基材( 4 )的带状线导体( 3 )的一端形成了补丁图案( 8 )。 B>),在与波导的换能器端( 6 )相对应的区域上,同时结合了方形谐振补丁图案( 8 )和波导(< B> 6 )被布置为使得四边形谐振补丁图案( 8 )的中心位置与波导的腔尺寸( 6 < / B>)。

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