Standalone components

ANTENNAS
see TECHNOLOGIES, SPECIFICATIONS.

Antenna arrays and antenna (radiation) elements:
Printed PCB antennas, conformal antennas, wire, apertures and other technologies (see list of Technologies)
Narrow, Wideband, Ultra wideband, Multiband
Standalone or arrayed antennas like: patches (microstrip antennas), slots, small/normal sized dipoles/monopoles,
___PIFAs, Yagi-Uda, Log-periodic, apertures/feeds (reflectors, horns..), wire antennas, printed antennas etc.

FILTERS
see TECHNOLOGIES, SPECIFICATIONS

Filters:
Types: Band Pass (BP), Low Pass (LP, e.g. “Harmonic suppression”), High Pass (HP),
Band Reject/Stop (BS, BR, “Notch”), Linear phase, Matched filters, Absorptive filters
Topology: without or with transmission
zeroes (cross coupling, transmission zeroes, extracted poles), virtually anyone
Transmission zeros help to achieve:
____* complex/tight response shapes,
____* increase rejection,
____* reduce insertion loss,
____* reduce size,
____ however could be more expensive
Band Width: Very narrow (<1%), Narrow, Mid, Wideband ( ~ 20-50%), Ultra wide band (>50%, ~ octaves etc)
Technology, virtually anyone, see Technologies
Temperature compensated solutions: yes (e.g. combline/intergitial, waveguide, etc.)
Combination of all standard Types of filters to achieve Complex frequency responses requirements

DIPLEXERS / MULTIPLEXERS
see TECHNOLOGIES, SPECIFICATIONS

Diplexers/ Multiplexers:
Virtually any technology
Standard and Complex requirements, for channels descriptions see FILTERS

TRANSITIONS / ADAPTERS See TECHNOLOGIES, SPECIFICATIONS

We offer solutions for adapters/transitions between virtually any combiantion of practically all kind of guided structures
Coaxial and other TEM structures (CX)
PCB lines (TEM or quasi-
TEM guided structure)
Waveguide (including coupling to specific modes) (W/G)
Substrate integrated waveguides (SIW)
Suspended substrate Stripline (SSS)
Combline (CL) / Interdigital (ID)
see Technologies for more details
Any standard or custom interfaces/connectors are available per customer requirements, see Interfaces
Any orientation of input and output transmission lines is available, like: 90degrees(Right angle), End-Launch/Axial/In-Line, Lateral etc
(e.g. PCB in line with Wave guide axis, or PCB orthogonal to Wave guide axis, or any other options).
For transitions with coaxial or pcb lines (i.e. TEM/qTEM ones) to other transmission lines, available options are: DC open circuit, DC short circuit
Frequencies up to 110GHz are available