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We provide solutions across a wide range or markets.
Conformable® or Hand-formable (Braided Jacket) cables, has a tin filled braid with a metal foil underlay and is also available in the same diameters as the Semi-Rigid type:.047”, .085”, .141” & .250”. High frequency RF cable assemblies are available with a wide variety of flexible and semi-rigid cable types with space orbit qualifications and are well-suited for Satellite Payloads (GEO/MEO and LEO constellations), Deep Space Probes, Ground Antenna Networks and Space Robotic Systems.
Semi-Rigid space qualified cables are available with a copper or aluminum jacket, available with a selection of different platings and 4 different diameters:(.047”, .085”, .141” & .250”). High frequency RF cable assemblies are available with a wide variety of flexible and semi-rigid cable types with space orbit qualifications and are well-suited for Satellite Payloads (GEO/MEO and LEO constellations), Deep Space Probes, Ground Antenna Networks and Space Robotic Systems.
Series of discrete lumped element filters and diplexers with standard “off the shelf” packaging utilizing the same internal components, circuit topologies and transfer functions found in Lorch filter products manufactured for military and space applications. Standard units are an ideal choice when hermetic sealed packages are not a requirement and when lower cost and quick delivery are essential.
Smiths Interconnect supplies waveguide couplers, combiners and splitters for a variety of space, defense and air defense radar applications. These devices are designed to complement our waveguide isolators and terminations.
The breadth of waveguide products includes devices operating from 1.0 to 52.0 GHz and includes isolators and circulators, combiners, transitions and terminations. Each product is designed for specific applications and optimized to handle an appropriate amount of RF power. The highest power devices are based on differential phase shift technology while lower power devices are supplied based on traditional junction technology, Smiths Interconnect offers a broad choice of standard junction and differential 4-port waveguide isolators and circulators.
CXH series of Surface Mount Chip Resistors and Terminations feature Smiths Interconnect’s patented outrigger resistor technology to offer improved power handling over conventional resistors without compromising broadband performance. The power increase from the patented design allows to dissipate significantly more power through the extra thermal paths (approximately 50% more than conventional surface mount solutions).
Smiths Interconnect's portfolio of positioners and controllers featuring TECOM technology provide proven turn-key solutions for rugged environments. Selected and deployed by hundreds of domestic and international defense, government and commercial customers, Smiths core capability in positioners not only supports mission-critical programs, but brings front-line visibility to tactical command centers.
These antennas featuring TECOM technology set the industry standard with an average gain of 7.5 dBi and are ideally suited for direction finding and surveillance applications. Each antenna has two independent planar, log periodic structures positioned at quadrature on a common axis, each having its own feed system. This series of antennas is available in several different models that cover a spectral range of 20 MHz to 26.5 GHz.
The planar cavity-backed spirals antennas featuring TECOM technology are circularly polarized, either RHCP or LHCP and have excellent repeatability across frequently and amplitude. These antennas are offered in several configuration to meet your specific system needs in the 1.0 - 18.0 GHz spectrum.
This family of broadband, omni-directional biconical antennas featuring TECOM technology is slant linear polarized and therefore responsive to vertical, horizontal, as well as right and left hand circularly polarized signals. These antennas are radome enclosed, foam filled and hermetically sealed. Its unique design allows them to be stacked on top of one another. Performance frequencies range from 0.5 up to 40 GHz depending on the specific configuration.