microwave filter

Industrial Research has a small research effort at present into thin films for microwave filter applications.

Examples of microwave filter use are found in satellite communications, telephone networks, and television broadcasting.

Lancaster Conventional microwave filters have already been adapted for use with superconductors by many workers.

A magnetic yttrium-iron garnet is an effective microwave filter.

His present personal research interests include microwave filters and antennas, as well as the high frequency properties of materials.

Extracting equivalent circuit representations of ceramic microwave filter structures.

Amari, "Automated test and tuning system for microwave filters", to be presented at Inter.

Superconductors have also been used to make digital circuits and microwave filters used in the base stations for mobile phones.

Yttrium oxide is also used to make yttrium iron garnets, which are very effective microwave filters.

CMT, which has headquarters in California, manufactures RF and microwave filters.

Graduate research assistantship, Princeton University, 1987-88 with Jeff Peterson -- microwave filters.

Properties of Common Microwave Filter Elements.

At RRL Richards worked on microwave filters, an important component of radar and countermeasures against it.

Generalized filter theory operates with resonant frequencies and coupling coefficients of coupled resonators in a microwave filter.

RF and microwave filters (e.g., for mobile phone base stations, as well as military ultra-sensitive/selective receivers)

Experience Required Experience with microstrip circuits involving microwave filters, couplers, detectors, amplifiers and mixers is desirable.

Some of the promising applications of the ME effect are sensitive detection of magnetic fields, advanced logic devices and tunable microwave filters.

This expression applies to an RF and microwave filter, bandpass LC filter, or any resonator.

My research studies the feasibility of realizing microwave filters using evanescent mode wave guides operating in the cellular bands between 800 MHz and 3GHz.

In 1954, Fano was made an IEEE Fellow for "contributions in the field of information theory and microwave filters".

Drawing on his expertise, he co-authored a book (with Chandra Kudsia) titled Microwave Filters for Communications Systems.

The book by Matthaei, Young and Jones provides a good reference to the design and realization of RF and microwave filters.

Circuit theory for waveguiding systems, scattering parameters, waveguide discontinuities, couplers, resonators, microwave filters, nonreciprocal devices, design of active microwave circuits.

The group does extensive analytical and numerical modeling, ranging from fundamental studies of electron transport in semiconductors to numerical analysis of new types of microwave filter.

The simplest resonator structure that can be used in rf and microwave filters is an LC tank circuit consisting of parallel or series inductors and capacitors.