Flexible Waveguide

Flexible Waveguide Definition

As one of the most professional flexible waveguide manufacturers, Dolph Microwave manufactures a quality line of flexible twistable/non-twistable waveguides, specially designed to meet all of your requirements. The components is made from a helically wound waveguide core and additional mechanical support is offered from a variety of protective jackets.

The Flexible Waveguide is parts of Feeder line, compared with the rigid waveguide, which is not only reduces the difficulty of connection, but also keep connection accuracy. The Rectangular Flexible Waveguide has E bend and H bend function including twisted function.

Flexible Waveguide Ordering Guide

Flexible Twistable Waveguide Ordering Information

Ordering Information of Flexible Twistable Waveguide

Flexible Non-twistable Waveguide Ordering Information

Ordering Information of Flexible Non-twistable Waveguide

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

Flexible Waveguide Diagram

Flex waveguide 350w use mechanically and electrically interlinked metallic structures to form a hollow channel that behaves as a waveguided with enhanced flexible and somewhat reduced performance. As the interlinked metallic structures, even if soldered and crimped, are not perfectly smooth conductive walls, the performance of flexible waveguides will not likely reach that of a traditionally manufactured waveguide. That being said, the flexible nature of these waveguide allows them to be used in applications for which rigid waveguide structures may be too bulky, unfit for the complexity of the geometries, too heavy, take too long to design/assemble, or may be unavailable during emergency repairs or retrofitting operations.

Flexible Waveguide Options

Flexible Waveguide Type: Twistable or non-twistable.

FlexibleWaveguide Size: WR137, WR112, WR90, WR75 or others.

Insertion Loss and VSWR: unit in dB.

Flexible Waveguide Length: 300, 500, 900, 1200, 1800 or other length in mm.

Flange type: Flat or groove or chock.

Hardware kits: Required or self preparation.

Any special requirement, please offer the drawing or dimension for checking.

Flexible Waveguide Usage

Flexible waveguide normally is for connecting different kinds of two components. Flexible waveguide is often together used with rigid waveguide systems especially if it cannot be located or positioned well. Flexible waveguide advantages offered is well outweigh the electrical performance limitations which is easy for flange and waveguide port change position. In other words is allow for mechanical movement.

Flexible Waveguide Benefits

Flexible waveguide are used in virtually every application that rigid waveguide are used, with the exception of extremely high power, low loss, or certain mechanical stresses are common. Waveguide systems that may require a range of adjustments, such as with satellite positioning systems, are likely to employ flexible waveguide. The bendable, and sometimes even bend/twist, nature of flexible waveguide can reduce installation difficulties from misalignments common in system installation, repair, retrofitting. Flexible waveguides can also be used to isolate different sections of waveguide and mechanical structures from vibration and shock, which a rigid waveguide interconnect would not be able to do. Lastly, a flexible waveguide could be used in structures that are likely to shift or produce relative movement during thermal cycles, movement, or intense weather.

Benefits

For use in High Power Applications

Finished with high temperature paint

VSWR as low

Insertion loss

Flexible and durable neoprene sleeve

Flexible Waveguide Applications

Flexible waveguide for satellite applications and other airborne and space systems include seamless flexible waveguide, flexible twistable waveguide, flexible waveguide, and semi flexible waveguide.

Flexible and twistable rectangular waveguides are used in a wide variety of Satcom, VSAT and telecom applications that carry high frequency radio.

Flexible waveguide is often used to connect two elements using rigid waveguide systems together, especially when they cannot be accurately located or positioned.. For example, flexible waveguide is often used to connect antenna systems, especially when they may not be fixed, to the base transmitter receiver system.

Flexible Waveguide Construction

Flexible waveguide is available in a variety of different forms. Each type has its own advantages and disadvantages:

Flexible and Twistable

Flexible twistable is sealed electrically via a friction joint. This construction has the best twistable performance of all flexguides.

Flexible Waveguide

Flexible Waveguide core is wound with a solder fillet in the Interlock, thus eliminating any RF and Pressure Leakage. Flexible Waveguide will flex in the E and H planes, although pre-set twists can be incorporated during manufacture.

Flexible Seamless

Flexible/seamless offers a solution to problems where pressurization is required. It has no solder joints and therefore can easily hold pressure.

Made from helically wound silver plated brass strip

The flexible waveguide may be made from flat ribbons would on a rectangular mandrel. The edges are then convoluted or folded in and interlocked. The convoluted flexible waveguide may be left unsoldered or it may be soldered - the flexibility of the waveguide results from the flexing of each arm and not the relative sliding of the ribbons. However if it is soldered it does loose some flexibility and it is not able to be twisted to any degree.

A form of corrugated flexible waveguide may be constructed. It is manufactured by shaping thin wall rectangular tubing. It may also be made by bending and soldering corrugated sheet metal.

It is also possible to construct a bellows-style flexible waveguide using a flexible alloy.

Another common form of flexible waveguide construction is to use a helically wound system. This form of flexible waveguide is manufactured by a process of helical winding a silver coated, brass strip to form a continuous, uniform rectangular tube.

In general flexible waveguide is jacketed in Neoprene, Silicone, Viton, Devcon or other similar materials to provide additional protection from mechanical damage while still allowing flexibility.

Why Choose Dolph Microwave As Your Flexible Waveguide Manufacturer?

Great Design

As one of microwave waveguide manufacturers, we can design UG-style square/round cover and CPR-style flanges specifically for each customer requirement.

Accuracy

Precision machining ensures accurate and lasting performance.

Customization Accepted

Flexible waveguide can be customized as per customer requirements.

Quantity Storage

Dolph Microwave flexible waveguides are in stock and ready for immediate shipment with no minimum order quantity.