Honeywell International Inc.

Scientific-Atlanta, Inc.

James Martin Armfield

Shawn David Rogers

Craig A Bunn

Tobi Stoll

Kevin James Frasier

A concentric feed is provided. The concentric feed includes an outer-conductive tube electrically connected at a base of an inner-conductive tube to an outer-conductive tube by a process comprising the steps of: configuring the outer-conductive tube; configuring the inner-conductive tube; and positioning the outer-conductive tube to contact the inner-conductive tube at the base. The outer-conductive tube is configured to include: a side-port; a first-edge surface; a first-interior surface sharing an edge with and perpendicular to the first-edge surface; a second-edge surface; and a second-interior surface sharing an edge with and perpendicular to the second-edge surface. The inner-conductive tube is configured to include: the base at a base-end of the inner-conductive tube, the base including a first lip and a second lip protruding orthogonal to a first surface and a second surface, respectively, and a central-port centered on the central axis and parallel to the central axis; and a main-body.

Methods for RF connections in concentric feeds

A surface mount, tunable inductor (,) includes a core (,) that is substantially toroidal in shape. The core (,) has a first flattened surface (,) and a second flattened surface (,) opposite the first flattened surface (,), and a hole (,) is formed through the core (,). A wire (,) is wound about the core (,) and terminates in first and second leads (,). The inductor (,) also includes a substrate (,) on which first and second conductive pads (,) are formed. Each of the wire leads (,) is electrically coupled to one of the conductive pads (,), and an adhesive (,) secures the first flattened surface (,) of the core (,) to the substrate (,).

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Atlanta, GA, United States of America

James Martin Armfield