Group items tagged

Industrial Microwave Coupler Dolph microwave waveguide manufacturers Industrial Microwave Coupler covering a wide frequency range. Microwave components for industry microwave is 915 and 2450MHz. It is Multiple flange and coaxial connector types and configurations are available. It's ideal for RF microwave applications where high power sensing is desired. It features small volume, low VSWR, low frequency response and major waveguide bandwidth. The coupling level can be custom made ranging from 30 dB to 70 dB. The directivity is above 20 dB. Taking the WR340(2450MHz) for example.

Dolph Microwave offers a full line of industrial microwave products. Specializing in microwave waveguide components, including microwave launcher, isolators, directional couplers, microwave tuners and loads. Operating frequency covers 915 MHz and 2450MHz, power up to 20kW CW, with our manufacturing and engineering capabilities we can also offer custom designed products. Any requirement related to this field, please contact.

Industrial Microwave WG Magnetron Waveguide Launcher As one of microwave waveguide manufacturers, Dolph Microwave produces waveguide components for both high-end and simple microwave plasma applications. Microwave launcher for industry microwave is 915 and 2450MHz. Taking the WR340(2450MHz) for example.

Industrial Microwave Isolator As one of microwave isolator manufacturers, Dolph Microwave offers the standard product of Industrial Microwave Isolator for 915 and 2450MHz. Using standard waveguide flange, the product covers a wide frequency band and complete categories. Taking the WR340 (2450MHz) for example.

Microwave design is a complex and fascinating field that has enabled countless technological advancements. At the heart of many microwave systems lies a crucial component: the waveguide. Waveguides are essential for guiding and manipulating electromagnetic waves in microwave circuits. In this blog, we will explore the world of waveguide components and how they play a pivotal role in microwave design.

Industrial Microwave Circulator Dolph Microwave offers a standard product line of Industrial Microwave Circulator for 915 and 2450MHz. Using standard waveguide flange, the product covers a wide frequency band and complete categories. Taking the WR340(2450MHz) for example.

The microwave band frequency range from 1 GHz to over 100 GHz can been divided into a number of microwave frequency bands, each represented by a letter such as C, Ku, Ka or V band etc. The different microwave frequency bands with matched letter is as below. you can see tables with details on each letter band. learn more about it and find products is easy to do based on table below.

In a closed container, the instrument system that achieves the sample pre-processing goals through the principle of microwave heating under high temperature and pressure conditions is called a microwave digestion system. Let's take a look at the principle and application of the microwave digestion instrument below.

The microwave reaction system is a microwave accelerated reaction system with chemical reaction process control. The control, display and operating system are integrated.It has a reliable anti-corrosion design and saves space. At the same time, the instrument has multiple functions and can be used for sample digestion in analytical chemistry, extraction, proteolysis, concentration, drying, organic/inorganic synthesis of experimental chemistry, and chemical process simulation data condition pilot test and other microwave chemistry applications.

The microwave sample preparation system is a flexible configuration. The digestion system of the microwave laboratory workstation is the same. Different sample tank rotors and control systems can be selected according to actual needs. The wide range of applications makes it suitable for applications ranging from routine laboratories to special conditions. The digestion needs of various samples can be met.

In wireless communication systems, the performance of the receiver is directly related to the communication quality of the entire system, and receiver sensitivity is one of the key indicators for evaluating its performance. Therefore, conducting receiver sensitivity tests is particularly crucial. Precision type variable attenuator in microwave, as the core device in this test, plays a critical role in ensuring the accuracy and reliability of the test results.

Dolph Microwave, previous state-owned company with over 20 years experience on both microwave components and satcom antenna, provides high performance and reliable integrated solution with our product and winning good reputations.

Dolph Microwave, previous state-owned company with over 20 years experience on both microwave components and satcom antenna, provides high performance and reliable integrated solution with our product and winning good reputations.

Shenzhen Yingfei Technology Co., Ltd. is a manufacturer focusing on silicone products. Our products mainly include silicone mother and baby products, silicone pet products, silicone kitchen products and so on.

Microwave Waveguide Air Inlet, Waveguide Pressure Inlet - Dolph Microwave

Standard Waveguide Components Supplier in Microwave Engineering - Dolph Microwave

Waveguide Adapters Up to 22GHz, Waveguide to Coax Adapters - Dolph Microwave

Dolph Microwave manufactures a wide range of waveguide to coax adapters covering all waveguide bands from WR2300 to WR10, which is available for most standard waveguide to coax adapters.

ANTENNA FEEDS & RF NETWORKS Dolph Microwave offers the high performance and high quality antenna feeds and RF networks to enable satcom antenna to offer the best performance. The antenna feed and RF networks are all components combination of antenna used for RF waves receiving and Transmitting. The antenna feed is portion of the antenna ranging from the Tx range to the receive range. The antenna waveguide feed includes transforming the RF waves into electrical signals and transmitting them to the receiver components. So it is namely used for the conversion RF waves into the electric signals.