WAVEGUIDE COMPONENTS

Dolph Microwave R&D and manufactures various of standard waveguide component, double ridged waveguide components, industrial microwave components, customized microwave waveguide components, satcom antenna and antenna feeds&RF networks for almost any frequency range you are interested in.

One-stop solution is eagered to be offered for customer in field like Telecommunication, Defense, Aerospace, Electronic warfare, Industrial microwave etc.

Each of Dolph microwave manufactured waveguide components, satcom antenna and feed networks are manufactured with the best specifications exceed over your expectation. Most of them meet MIL standard requirements.

Any interested components or need to discuss with us, please call +86-29-8881-0979 or mail to sales@dolphmicrowave.com

Types of Waveguide Components

Dolph Microwave as leading manufacturer offers high quality and wide range product, which includes standard and double ridged waveguide components, Industrial microwave components, Satcom antenna and feed networks.

Advantages of Waveguide Components

High Performance

Qualified Raw Material

The main advantage of Dolph Microwave product is carrying with low intersion loss and near perfect VSWR (return loss) closed to 1.

Each raw material and waveguide tubing are not carry out energy like electric and magnetic on surface, which is only available inside of waveguide tube.

Similarities and Differences of Antennas and Waveguides

Similarities

Both antennas and waveguides belong to electromagnetic components.

Antennas and waveguides transmit/received signal by required power and frequency.

Differences

Antennas transmit signals is wireless in a medium normally, however waveguides transmit wireless signals by metal like aluminum, brass and copper.

Antennas can cover various frequency range which is from low and high, but waveguides range is not very broad.

The antenna efficiency can be specified, but wavegiudes gain is defined by the operation mode.

The antenna efficiency and bandwidth are fixed over the specific frequency range, but it also depends on the mode of waveguide.

Antennas are suitable for long distances signal transmission but waveguides are not.