#Waveguide Components and Assemblies

[amrutmnm]

The Global Waveguide Components and Assemblies Market Size was valued at USD 1.3 billion in 2022 and is estimated to reach USD 1.6 billion by 2027, growing at a CAGR of 4.8% during the forecast period. The market exhibits lucrative growth potential during the forecast period primarily due to the advancements in radar technologies, increased demand for microwave devices in electronic warfare systems and increasing launches of satellites and space exploration missions. Nevertheless, the requirement for new-generation warfare systems and demand for high-rate data transmission, to open several growth opportunities for Waveguide Components and Assemblies Industry during the forecast period.

[aerospace-and-defence]

The Waveguide Components and Assemblies Market is projected to grow from USD 1.3 billion in 2022 to USD 1.6 billion by 2027, at a CAGR of 4.8%.

The market exhibits lucrative growth potential during the forecast period primarily due to the advancements in radar technologies, increased demand for microwave devices in electronic warfare systems and increasing launches of satellites and space exploration missions. Nevertheless, the requirement for new-generation warfare systems and demand for high-rate data transmission, to open several growth opportunities for Waveguide Components and Assemblies Industry during the forecast period.

[thespacemachine]

Space Machine

Space Machine is a global leader of Waveguide run design, RF solutions, components and assemblies. Our experts are on your side as we work through all aspects of component requirements for a successful mission. We help ensure your design, prototype testing and manufacturing are executed to the highest precision and technical specifications.

Space Machine & Engineering makes custom waveguides, horn antennas, assemblies and waveguide components. Established in 1962, we are a leading waveguide manufacturer and offer design, installation, testing and targeting for commercial and military applications.

Visit Our Website

[spacemachinehornantennas]

Space Machine is a global leader of Waveguide run design, RF solutions, components and assemblies.

Space Machine is a global leader of Waveguide run design, RF solutions, components and assemblies. Our experts are on your side as we work through all aspects of component requirements for a successful mission. We help ensure your design, prototype testing and manufacturing are executed to the highest precision and technical specifications.

Space Machine & Engineering makes custom waveguides, horn antennas, assemblies and waveguide components. Established in 1962, we are a leading waveguide manufacturer and offer design, installation, testing and targeting for commercial and military applications.

[sciencespies]

In a first for cell biology, scientists observe ribosome assembly in real time

https://sciencespies.com/biology/in-a-first-for-cell-biology-scientists-observe-ribosome-assembly-in-real-time/

In a first for cell biology, scientists observe ribosome assembly in real time

Credit: The Scripps Research Institute

A team of scientists from Scripps Research and Stanford University has recorded in real time a key step in the assembly of ribosomes—the complex and evolutionarily ancient “molecular machines” that make proteins in cells and are essential for all life forms.

The achievement, reported in Cell, reveals in unprecedented detail how strands of ribonucleic acid (RNA), cellular molecules that are inherently sticky and prone to misfold, are “chaperoned” by ribosomal proteins into folding properly and forming one of the main components of ribosomes.

The findings overturn the longstanding belief that ribosomes are assembled in a tightly controlled, step-wise process.

“In contrast to what had been the dominant theory in the field, we revealed a far more chaotic process,” says James R. Williamson, Ph.D., a professor in the Department of Integrative Structural & Computational Biology at Scripps Research. “It’s not a sleek Detroit assembly line—it’s more like a trading pit on Wall Street.”

For the study, Williamson’s lab collaborated with the lab of Joseph Puglisi, Ph.D., a professor at Stanford University. Although the work is a significant feat of basic cell biology, it should enable important advances in medicine. For example, some current antibiotics work by inhibiting bacterial ribosomes; the new research opens up the possibility of designing future antibiotics that target bacterial ribosomes with greater specificity—and thus, fewer side effects.

More generally, the research offers biologists a powerful new approach to the study of RNA molecules, hundreds of thousands of which are active at any given time in a typical cell.

“This shows that we now can examine in detail how RNAs fold while they are being synthesized and proteins are assembling on them,” says first author Olivier Duss, Ph.D., a postdoctoral research fellow in the Department of Integrative Structural & Computational Biology at Scripps Research. “This has been a very difficult thing to study in biology because it involves several distinct biological processes that are dependent on each other and have to be detected simultaneously.”

The team used an advanced imaging technology called “zero-mode waveguide single-molecule fluorescence microscopy,” which they have adapted in recent years for real-time tracking of RNAs and proteins. Ribosomes are made of both RNA and proteins, reflecting a molecular partnership that is widely believed to go back nearly to the dawn of life on Earth.

In a proof-of-principle study published last year, the researchers used their approach to record an early, brief and relatively well-studied stage of ribosome assembly from the bacterium E. coli. This involved the transcription, or copying out from its corresponding gene, of a ribosomal RNA, and initial interactions of this RNA strand with a ribosomal protein.

In the new study, the team extended this approach by tracking not only the transcription of a ribosomal RNA but also its real-time folding. The work provided a detailed look at a complex, and until-now mysterious, part of E. coli ribosome assembly—the formation of an entire major component, or domain, of the E. coli ribosome, with assistance from eight protein partners that end up incorporated into the structure.

A key finding was that the ribosomal protein partners guide the folding of the RNA strand through multiple temporary interactions with the strand, well before they nestle into their final places in the folded RNA-protein molecule. The findings, according to the researchers, also hint at the existence of unknown RNA assembly factors, most likely proteins, that were not present in their lab-dish-type imaging experiments but are present in cells and boost the efficiency of RNA folding.

“Our study indicates that in ribosomal RNA-folding, and perhaps more generally in RNA-folding in cells, many proteins help fold RNA though weak, transient and semi-specific interactions with it,” Duss says.

The team will now be able to extend this research further to study not only the rest of ribosome assembly, which involves multiple RNA strands and dozens of proteins, but also the many other types of RNA-folding and RNA-protein interaction in cells.

In principle, this research will yield insights into how RNAs misfold and how such events could be corrected. Scientists believe that many diseases involve or potentially involve the improper folding and related processing of RNAs in cells.

Treatments that already target ribosomes might also be improved. Some current antibiotics, including a class known as aminoglycosides, work by binding to sites on bacterial ribosomes that are not present on human ribosomes. These drugs can have side effects because they also impair the ribosomes of good bacteria, for example in the gut.

“When we understand more fully how bacterial ribosomes assemble and function, we could potentially target them in ways that affect a narrower group of harmful bacterial species and spare the good ones, reducing side effects for patients,” Duss says.

Because ribosomes function as protein makers, they are also crucial to the survival of fast-growing tumor cells. Several classes of cancer drug already work by slowing ribosome formation in one way or another. A better understanding of the human ribosome would, in principle, enable its assembly to be targeted more precisely and potently to block cancer growth, Duss notes.

The other co-author of the study, “Transient Protein-RNA Interactions Guide Nascent Ribosomal RNA Folding,” was Galina Stepanyuk, PhD, of Scripps Research.

Explore further

Finding form by folding

More information: Olivier Duss et al, Transient Protein-RNA Interactions Guide Nascent Ribosomal RNA Folding, Cell (2019). DOI: 10.1016/j.cell.2019.10.035

Journal information: Cell

Provided by The Scripps Research Institute

Citation: In a first for cell biology, scientists observe ribosome assembly in real time (2019, November 22) retrieved 22 November 2019 from https://phys.org/news/2019-11-cell-biology-scientists-ribosome-real.html

This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.

#Biology

[dolphmicrowave]

Double Ridged Flexible Waveguide

Flexible waveguide products can be divided into flexible waveguide (interlocked flexible waveguide) and non-twisting flexible waveguide (seamless flexible waveguide). Flexible flexible waveguide has the bending and twisting functions of e-plane and h-plane, while non-twisting flexible waveguide has the characteristics of low loss and good air tightness.

The double-ridged flexible waveguide assembly is mainly composed of inner conductor, flange and outer sheath. The inner conductor is ridged corrugated tube, and the attenuation performance can be greatly improved by surface silver plating. Flange chooses copper or aluminum manufacturing to meet the needs of different customers; The black silicone rubber sheath can protect the soft waveguide and ensure the suitable performance of the soft waveguide in various environments.

Ordering Guide of Double Ridged Flexible Waveguide

Flange type: Multiple types available - see Dolph Microwave Flanges page.

Finish: Corrosion protection plus black top coat.

Datasheet of Double Ridged Flexible Waveguide

Product model

Frequency

(GHz)

VSWR

Loss

(dB/m)

Min. bending radius

Flange

E -（mm）

H -（mm）

DH-580DRWEL...PM

5.8-16

≤1.25

1.5

105

210

FP/FM

DH-650DRWEL...PM

6.5-18

≤1.30

1.65

90

180

FP/FM

DH-750DRWEL...PM

7.5-18

≤1.30

1.65

85

170

FP/FM

DH-1800DRWEL...PM

18-40

≤1.50

3.42

55

110

FP/FM

Advantage of Double Ridged Flexible Waveguide

Wider bandwidth than rectangular waveguides.

Lower cutoff frequency compared to similar sized non-ridge waveguide.

Replacement for planar transmission lines where enhanced power handling is needed in a compact space.

Application of Double Ridged Flexible Waveguide

The double ridge flexible waveguide are used in situations where increased bandwidth is desired. The flexible waveguide allows mechanical movement (expansion and contraction) and also handles any vibration effects. It is often used to connect antenna with the transmitter part of the wireless system when their positions are not fixed a well as the connection of waveguide feeder, which can not only reduce the difficulty of connection of hard waveguide components, ensure the connection accuracy, but also keep the electrical performance unchanged in the state of bending and torsion.

[kiriti2009]

NASA Team Investigates Ultrafast Laser Machining for Multiple Spaceflight Applications

An ultrafast laser that fires pulses of light just 100 millionths of a nanosecond in duration could potentially revolutionize the way that NASA technicians manufacture and ultimately assemble instrument components made of dissimilar materials.

A team of optical physicists at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, is experimenting with a femtosecond laser and has already shown that it can effectively weld glass to copper, glass to glass, and drill hair-sized pinholes in different materials.

Now the group, led by optical physicist Robert Lafon, is expanding its research into more exotic glass, such as sapphire and Zerodur, and metals, such as titanium, Invar, Kovar, and aluminum — materials often used in spaceflight instruments. The goal is to weld larger pieces of these materials and show that the laser technology is effective at adhering windows onto laser housings and optics to metal mounts, among other applications.

With support from the Space Technology Mission Directorate’s Center Innovation Fund program, the group is also exploring the technology’s use in fabricating and packaging photonic integrated circuits, an emerging technology that could benefit everything from communications and data centers to optical sensors. Though they are similar to electronic integrated circuits, photonic integrated circuits are fabricated on a mixture of materials, including silica and silicon, and use visible or infrared light, instead of electrons, to transfer information.

“This started as pure research, but now we hope to start applying what we have learned to the fabrication of instruments here at Goddard,” Lafon said, referring to the work he and his team, including Frankie Micalizzi and Steve Li, are using to experiment with different materials and techniques that could benefit spaceflight applications. “We already see what the applications could be. In this case, research for research’s sake is in our best interests,” Lafon said.

Central to advancing these applications is the laser itself. By virtue of its short pulses — measured at one quadrillionth of a second — an ultrafast laser interacts with materials in a unique way, Lafon said. The laser energy doesn’t melt the targeted material. It vaporizes it without heating the surrounding matter.

As a result, technicians can precisely target the laser and bond dissimilar materials that otherwise couldn’t be attached without epoxies. “It’s not possible to bond glass to metal directly,” Lafon said. “You have to use epoxy, which outgases and deposits contaminants on mirrors and other sensitive instrument components. This could be a serious application. We want to get rid of epoxies. We have already begun reaching out to other groups and missions to see how these new capabilities might benefit their projects.”

Another important application is in the area of micromachining. “The ability to remove small volumes of material without damaging the surrounding matter allows us to machine microscopic features,” Lafon added.

Microscopic features include everything from drilled, hair-sized pinholes in metals — an application the team already demonstrated — to etching microscopic channels or waveguides through which light could travel in photonic integrated circuits and laser transmitters. The same waveguides could allow liquids to flow through microfluidic devices and chips needed for chemical analyses and instrument cooling.

Widespread Applicability to NASA Projects

“Ultrafast lasers offer fundamental changes in how we can microprocess materials,” said Ted Swanson, senior technologist for strategic integration at Goddard. “The team’s work on this research effort will allow Goddard to adapt this emerging technology to a wide variety of flight applications.”

To that end, the team — between working on several of NASA’s high-profile laser communications projects, including the Laser Communications Relay Demonstration — plans to compile a library of micromachining and welding capabilities. “Once we are able to demonstrate this capability reliably, we will attempt to apply it to existing challenges here at Goddard. Our initial research is showing that this technology could be applied to a large number of projects across NASA,” Lafon said.

[hl558hl]

arkoptics.com

A passive multiplexer in most networks consists of a mux and demux optical component. The mux combines, or multiplexes, wavelengths onto a fiber. The demux on the other end of the connection splits, or de-multiplexes, the connections.

In DWDM system, DWDM mux demux is two indispensable modules. Mux (Multiplexer) is a module at the transmitter end that brings several data signals together for transporting over a single fiber, while Demux (Demultiplexer) is a module at the receiver end that separates the signals that come together and passes each channel to an optical receiver.

CWDM mux demux (Coarse Wavelength Division Multiplexer/Demultiplexer) is a flexible, low-cost solution that enables the expansion of existing fiber capacity. CWDM multiplexer is for combining signals together, while demultiplexer is for splitting signals apart.

A polarization-maintaining (PM) WDM filter is a small device used to multiplex PM signals while maintaining the output polarization. When you are using highly efficient systems, PM fibers and PM signals play a very critical role in ensuring the desired efficiency.

Fiber Patch Cord & Cable Assembly, often called fiber patch cable, fiber jumper, or fiber patch lead, is a length of fiber cable that terminated with fiber optic connectors (LC, SC, MTRJ, ST and etc.) at each end. The connectors allow fiber optic patch cord to be rapidly connected to an optical switch or other telecommunications/computer device.

Fiber loopback is widely used for various applications. In terms of telecommunication, loopback is a hardware or software method to feed a received signal or data back to the sender. It is very useful for solving physical connection problems.

Fiber terminators(Plug-in type or Build-out type) are used to terminate unused fiber connector ports in fiber optic systems so optical terminators unwanted reflections are not introduced back into the system. It is used in the fiber-optic networks to install on possibly unused ports.

Fiber optic isolator is a passive component used for fiber optic communications. As a magneto-optic device, the purpose of optical isolator is to allow light to be transmitted in only one direction. An optical isolator is a device that is designed to allow the optical signal travel in the forward direction while block reflections that would travel in the backward direction. Optical isolators are critically important in many applications in optical systems.

FBT splitter(fused biconical taper) is the traditional technology in which two fibers are placed closely together, typically twisted around each other and fused together by applying heat while the assembly is being elongated and tapered. A signal source controls the desired coupling ratio. The fused fibers are protected by a glass substrate and then protected by a stainless steel tube, typically 3 mm diameter by 54 mm long. FBT splitters are widely accepted and used in passive optical networks.

The PLC splitters are used to separate or combine optical signals. A PLC (planar lightwave circuit) is a micro-optical component based on planar lightwave circuit technology and provides a low-cost light distribution solution with small form factor and high reliability. PLCs are manufactured using silica glass waveguide circuits that are aligned with a v-groove fiber array chip that uses ribbon fiber. Once everything is aligned and bonded, it is then packaged inside a miniature housing. PLC splitters have high quality performance, such as low insertion loss, low PDL, high return loss, etc.

[amrutmnm]

The Waveguide Components and Assemblies Market is projected to grow from USD 1.3 billion in 2022 to USD 1.6 billion by 2027, at a CAGR of 4.8%.

The market exhibits lucrative growth potential during the forecast period primarily due to the advancements in radar technologies, increased demand for microwave devices in electronic warfare systems and increasing launches of satellites and space exploration missions. Nevertheless, the requirement for new-generation warfare systems and demand for high-rate data transmission, to open several growth opportunities for Waveguide Components and Assemblies Industry during the forecast period.

[raditek]

Microstrip Isolator - The Key Electronic Component

Microstrip is a genre of transmission line that embodies a conductor assembled on a dielectric substrate with a grounded plane. It can be substantially miniaturized and assimilated in microwave devices, hence a popular choice of transmission lines/systems. It protects other RF components from excessive signal reflection.

Microstrip isolator is a radio frequency isolating device making use of microstrip technology. The device is available in appropriate sizes and configuration and hence is widely used in high-frequency commercial applications as well as military and space technology devices.

However, the selection of microstrip isolators must only be made after ascertaining the specific range of frequency and power it needs to handle and insertion loss and port isolation required by the circuitry.

An isolator selected based on the above specifications sync ideally with the circuit and perform optimally thereby enhancing the dependability of the device or the circuitry it is used in. And the dependability factor is of supreme importance when it comes to its application in space and flight communication technology.

The disadvantage a microstrip isolator has compared to the waveguide lies in the fact that it has a low power handling capacity and higher losses. Further, it is not enclosed and hence fraught with cross-talks and unintentional radiation.

However, a fair amount of research and innovations in the domain of microstrip isolator have yielded new forms/types of the same which can function in varied temperature range and handle a wide range of frequency power. Many of the new types of isolators are based on the principle of nonreciprocal wave propagation which offers stable amplification.

Various advanced configuration of microstrip isolator can manage RF power level that is consistent with many modules of radar and SatCom systems. These devices are configured to accommodate standard layouts and also can be scalable to customized variations to suit the need for any application.

The most unique feature of a microstrip isolator is its amenability to customization. The isolator can now be tailor-made as per the size, weight, isolation, insertion loss, power, and frequency handling specifications.

Such innovative microstrip isolators are uniquely suitable to commercial, avionics, and military applications. It is typically used as a drop-in, or used in casing and are predominantly used in cellular, WI-MAX, UMTS, DCS, and PCS applications.

The latest microstrip isolators can deal with powers ranging from milliwatts to multiple watts. Isolators are predominantly used in power amplifiers.

Power amplifiers without the isolators will reflect the reverse power to Field effect transistors or the LDMOS which will invariably, cause it to malfunction.

Therefore microstrip isolators are used in power amplifiers that take in the reflected power and eliminate/disperse it as heat. Various models of microstrip isolator can handle extended temperature and also yield low modulation distortion.

Further due to the miniaturization, of high-frequency applications, latest microstrip isolator devices make use of ferrite material in order to be light-weight, compact and tiny-sized. Military applications which operate at millimeter wavelength requires high-end ferrite material based isolator devices.

Electronic components and devices manufacturing companies like Raditek offer a range of microstrip isolator up to 60GHz well-known for performance and low prices. See the Raditek Inc website.

[grunxstoreupdate]

Waveguide Components and Assemblies

[supermarkettrends]

Plasma Lighting Market Strategic Insights and key Business Influencing Factors | Major Players – Gavita International B.V., Fusion Lux, Saturn Overseas Trading LLC.

Plasma Lighting Market uses metal halide mixtures and argon gas or arc discharge on bulb and do not contain any electrode. They use radio frequency radiation to ignite the gas mixtures which creates bright plasma and is available in different colour tuned by composition of the plasma constituents. Due to lack of electrodes the lighting offers high efficiency. This technology offers dimmable function as they operate in low watt by providing higher brightness in comparison to others.

Global plasma lighting market is expected to rise from its initial estimated value to an estimated value by registering a substantial CAGR of 6.3% in the forecast period of 2019-2026. The report contains data of the base year 2018 and historic year 2017. Worldwide growing awareness about energy-efficient lights is a key factor for the growth of this market.

 Get Sample Report at :

https://www.databridgemarketresearch.com/request-a-sample/?dbmr=global-plasma-lighting-market

Competitive Analysis: Global Plasma Lighting   Market

Few of the major competitors currently working in global plasma lighting market are LUMA LEDS, Ceravision, HIVE LIGHTING, Ka Shui International Holdings Ltd., Gavita International B.V., Fusion Lux, Saturn Overseas Trading LLC., BIRNS, Inc, Ningbo Aishi Electric Equipment Co.,Ltd., Solaronix SA, RFHIC Corporation, Jofam Sàrl, Ampleon, pinkRF, Pandora Green S.p.A., PURE PLASMA LIGHTING, Green de Corp, Lumartix SA, SQUARE 1 PRECISION LIGHTING, INC., among others.

 Key Pointers Covered in the Global Plasma Lighting Market Trends and Forecast to 2026

Global   Plasma Lighting Market New Sales Volumes

Global   Plasma Lighting  Market Replacement Sales Volumes

Global   Plasma Lighting Market Installed Base

Global   Plasma Lighting Market By Brands

Global   Plasma Lighting Market Size

Global   Plasma Lighting  Market Procedure Volumes

Global   Plasma Lighting Market Product Price Analysis

Global   Plasma Lighting Market Healthcare Outcomes

Global   Plasma Lighting Market Cost of Care Analysis

Global   Plasma Lighting Market Regulatory Framework and Changes

Global   Plasma Lighting Market Prices and Reimbursement Analysis

Global   Plasma Lighting Market Shares in Different Regions

Recent Developments for Global   Plasma Lighting Market Competitors

Global   Plasma Lighting Market Upcoming Applications

Global   Plasma Lighting Market Innovators Study

Get Detailed TOC:

https://www.databridgemarketresearch.com/toc/?dbmr=global-plasma-lighting-market

 Key Developments in the Market:

In April 2017, Pure Plasma Lighting launched the plasma light system developed for horticulture industry having 1000 watt capacity. The product is developed by forming partnership with Maltani Corporation to provide highest quality light for the horticultural market customers. The company has strengthened their product portfolio for horticultural lighting market by offering higher capacity products

In May 2015, LUXIM, a subsidiary of LUMA Group has been renamed as LUMA America Corporation. The company manufactures and sales the plasma lighting products under the LUMA Group. With this, the company will handle all operations in Central, South and North American markets along with LUMA. The LUMA company has targeted the American market players through this “Made In America” brand tag to increase their presence and customer base for market

 Scope of the Plasma Lighting   Market

Global Plasma Lighting Market By Component (Lightron, Waveguide, Bulb Assembly, Cavity Resonator), Application (Sports & Entertainment, Roadways, Streets and Tunnels, Industrial Horticulture, Others), Wattage (300W, 700W and 1,000W), Geography (North America, South America, Europe, Asia-Pacific, Middle East and Africa) – Industry Trends and Forecast to 2026

Global plasma lighting market is expected to rise from its initial estimated value to an estimated value by registering a substantial CAGR of 6.3% in the forecast period of 2019-2026. The report contains data of the base year 2018 and historic year 2017. Worldwide growing awareness about energy-efficient lights is a key factor for the growth of this market.

Plasma lighting technology uses metal halide mixtures and argon gas or arc discharge on bulb and do not contain any electrode. They use radio frequency radiation to ignite the gas mixtures which creates bright plasma and is available in different colour tuned by composition of the plasma constituents. Due to lack of electrodes the lighting offers high efficiency. This technology offers dimmable function as they operate in low watt by providing higher brightness in comparison to others.

Speak to Author :

https://www.databridgemarketresearch.com/speak-to-analyst/?dbmr=global-plasma-lighting-market

Key insights in the report:

Complete and distinct analysis of the market drivers and restraints

Key Market players involved in this industry

Detailed analysis of the Market Segmentation

Competitive analysis of the key players involved

About Us:

Data Bridge Market Research set forth itself as an unconventional and neoteric Market research and consulting firm with unparalleled level of resilience and integrated approaches. We are determined to unearth the best market opportunities and foster efficient information for your business to thrive in the market.

Contact:

Data Bridge Market Research

Tel: +1-888-387-2818

Email: Sopan.gedam@databridgemarketresearch.com

Browse Related Report Here:

Sapphire Camera Market

Variable Frequency Drive Market

[dolphmicrowave]

DOLPH CUSTOMIZED WAVEGUIDE TO MEET YOUR NEED

Our microwave components are divided into standard and customized components, which can solve the special requirements of customers on flange, dimension, technical parameter and frequency range.

Microwave Customized Products

Dolph Microwave is specialised in design and manufacture of custom RF systems, which is mainly for Government, Military and Defence. Designed to address customer-specific Signals Intelligence (SIGINT) requirements.

We also design and supply fully customised RF systems meeting specific requirements. Complete systems can be provided for mounted or dismounted applications in land or maritime environments. We have an on-site hybrid anechoic chamber where we undertake pre-compliance measurements of our product's electromagnetic compatibility and verify system level performance of antenna systems.

We can offer product and application:

Microwave, Satcom Antennas

FeedHorn & Network Systems

Optical signal transmission

Spectrum monitoring

HF/VHF/UHF

Cellular/ISM bands

Commercial and Military Satcom

Direction Finding

GNSS

EMP/EMC

Process of Customization Service

04

Confirmation of Order

05

Dolph Microwave Datasheet

06

Production Confirmation

07

Delivery

01

Inquiry (technical parameter+drawing)

02

Checking and Eveluation

03

Details discussion

04

Confirmation of Order

Advantages of Dolph Microwave's Customized Waveguide

High Performance

With our highly professional and qualified team, the required parameter will be guaranteed. The customized system will be reliable and complete pre-sale and after-sale service.

Systemetic Test

When finished production and before delivery, each components will be done a systemetic test to assure the delivered components are qialified.

Short Delivery

Promised lead time will be around 4 weeks. For complicated system or components requirement, it will be in priority production to meet delivery requirement.

Popular Waveguide Components