RADIO FREQUENCY MICROWAVE COMPONENTS

Brand Owner (click to sort) Address Description
MLO KYOCERA AVX COMPONENTS CORPORATION ONE AVX BOULEVARD FOUNTAIN INN SC 29644 Radio Frequency and microwave components, namely, capacitors, inductors, diplexers, 3 db couplers, RF crossovers;
QUANTIC PMI Evans Capacitor Company 72 Boyd Avenue East Providence RI 02914 Radio frequency microwave components and subsystems, namely, amplifiers, attenuators, convertors, detectors, equalizers, oscillators, synthesizers, filters, switch filter banks, discriminators, modulators, limiters, phase shifters, bi-phase modulators, isolators, circulators, mixers, prescalers, switches, integrated microwave assemblies, monopulse comparators, power dividers, power combiners, rack and chassis mounts, receiver front ends, transceivers, switch matrices, radar sense and avoid systems, SMT products, QFN products, couplers, threshold detectors, and USB products;QUANTIC PLANAR MONOLITHICS I;
QUANTIC WENZEL Evans Capacitor Company 72 Boyd Avenue East Providence RI 02914 Radio frequency microwave components and subsystems, namely, crystal oscillators, integrated microwave assemblies, RF modules, sub-assemblies, frequency synthesizers;
QUANTIC X-MICROWAVE Evans Capacitor Company 72 Boyd Avenue East Providence RI 02914 Radio frequency and microwave components, namely, circuit boards, circuit boards provided with integrated circuits, amplifiers, attenuators, baluns, transformers, circulators, isolators, comparators, convertors, modulators, couplers, detectors, bias and control, bias tees, DIE carriers, diplexers, dividers, equalizers, filters, limiters, mixers, multipliers, oscillators, phase amplitude controllers, phase lock loops, phase shifters, splitters, combiners, switches, transmission lines, prototype plates and kits, reference design kits, computer-controlled apparatus for testing and measuring radio frequency and microwave signals, probes for testing circuits, anchors, cables, connectors, feedthrus, terminals, jumpers, housings, bridges, shields, integrated microwave assemblies, custom microwave assemblies, custom card assemblies, rack mounted systems;
REMEC REMEC, INC. 3790 Via de la Valle Del Mar CA 920144252 RADIO FREQUENCY AND MICROWAVE COMPONENTS AND SUPERCOMPONENTS, NAMELY, FILTERS, EQUALIZED FILTERS AND EQUALIZERS, CONTIGUOUS AND NON-CONTIGUOUS MULTIPLEXERS, SWITCHED FILTERS AND INTEGRATED SWITCHED MODULES, FREQUENCY MULTIPLIERS AND STRUCTURAL COMPONENTS;
REMEC REMEC COMPONENTS ENGINEERING INC. SUITE 113 3065 ROSECRANS PLACE SAN DIEGO CA 92110 RADIO FREQUENCY AND MICROWAVE COMPONENTS AND SUPERCOMPONENTS, NAMELY, FILTERS, EQUALIZED FILTERS AND EQUALIZERS, CONTIGUOUS AND NON-CONTIGUOUS MULTIPLEXERS, SWITCHED FILTERS AND INTEGRATED SWITCHED MODULES, FREQUENCY MULTIPLIERS AND STRUCTURAL COMPONENTS;
SDP TELECOM MOLEX 2222 Wellington Court Lisle IL 60532 Radio frequency microwave components, namely, isolators, circulators and couplers; and radio frequency microwave product solutions, namely, signal combiner matrices, couplers, directional couplers, high power attenuators, high power terminations, point of interface between cellular and Distributed Antenna Systems, signal splitters, tappers in the nature of unsymmetrical signal splitters, Wilkinson splitters for cellular signal, signal filters, duplexers, diplexers, orthomode transducers; waveguide assemblies consisting of waveguide sections, flanges, terminations and attenuators, waveguide components in the nature of waveguide terminations and attenuators, flexible and rigid waveguide sections, waveguide-coaxial adapters, waveguide transitions and tapers, and waveguide flanges; waveguide couplers and waveguide ferrite devices in the nature of circulators and isolators;SDP;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. An apparatus and method for analysing an amount of at least one component in a sample (21) by measuring a microwave signal (13) that has passed at least partially through the sample (21), the apparatus comprising: a microwave generator that generates a continuous linear sweeping microwave signal varying in frequency, a microwave transmitter (11), a microwave receiver (12), at least one microwave analyser that analyses phase shift and/or change in amplitude of a transmitted and received signal (13), a (40) for determining a depth of the sample (21) and a processor that determines the amount of the component(s) in the sample (21) from the microwave analyser.