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Products/Services for Waveguide Dispersion
RF waveguide components are circular, elliptical or rectangular metal tubes or pipes through which electromagnetic waves are propagated in microwave and RF communications. The wave passing through the medium is forced to follow the path determined by the physical structure of the guide. Search by Specification | Learn More about RF Waveguide Components
RF waveguide assemblies include such waveguide components as bends, twists, straight sections, short sections, offset sections, and others. Search by Specification | Learn More about RF Waveguide Assemblies
RF waveguide phase shifters are two-port waveguide modules that alter the phase of an output signal in response to an external signal. Search by Specification | Learn More about RF Waveguide Phase Shifters
RF waveguide couplers are RF circuits used to sample RF frequency transmissions by coupling (combining) signals asymmetrically. Search by Specification | Learn More about RF Waveguide Couplers
Waveguide-to-coaxial adapters are used to connect waveguide devices to coaxial components. Learn More about Waveguide-to-Coaxial Adapters
RF waveguide isolators and RF waveguide circulators permit a signal to pass in one direction while providing high isolation to reflected energy in the reverse direction. RF waveguide circulators are passive devices with three or more ports. Learn More about RF Waveguide Isolators and Circulators
Waveguide pressure windows are used to seal waveguides at high pressure and prevent contaminants from entering the system. Learn More about Waveguide Pressure Windows
RF waveguide tees are components that allow one signal (line) to branch into two or more lines. Learn More about RF Waveguide Tees
Waveguide terminators absorb energy and prevent RF signals from reflecting back from open-ended or unused waveguide ports. Search by Specification | Learn More about Waveguide Terminators
Waveguide rotary joints, also known as rotating couplers, are RF devices used to transmit microwave energy from stationary lines to rotating lines. Learn More about Waveguide Rotary Joints
RF waveguide transition adapters are used to connect waveguide components of different cross-section sizes. Learn More about RF Waveguide Transition Adapters
RF waveguide combiners and RF waveguide dividers are circuits that combine or divide radio frequency (RF) signals. Learn More about RF Waveguide Combiners and Dividers
RF waveguide attenuators are used to reduce the power level of a signal by a certain amount (gain), with little or no reflections. The output signal is reduced with respect to the input. Learn More about RF Waveguide Attenuators
RF waveguide amplifiers accept a varying input signal and produce an output signal that varies in the same way, but with a larger amplitude. Learn More about RF Waveguide Amplifiers
...or entering a detector. Maximum attenuation is the decrease in signal strength along a fiber optic waveguide caused by absorption and scattering. Attenuation is usually expressed in dB/km. Bending radius is the smallest radius an optical fiber or fiber... Search by Specification | Learn More about Fiber Optic Cables
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Ka-Band Outdoors Waveguide LNA MITEQ, Inc.
Custom RF Waveguide Special Structures Micro Metalsmiths
Hermetic Waveguide Windows PA&E
BOARD-TO-BOARD RF COAXIAL INTERCONNECT SOLUTIONS Radiall
Multiple Configuration Technology (MCT) Matric
AK-40G A.H. Systems Inc.
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Product News for Waveguide Dispersion
Custom-Configured Waveguides by Optical InterLinks
Optical InterLinks provides custom-configured, multi-mode clad waveguide arrays in films for optically interconnecting board-mounted components. (read more)
Optical Waveguide Sensor Or Wavelength Devices
Unique polymer waveguide configurations based on novel OIL designs enable diverse optical devices to be constructed. Light is guided to and from the sensing or filter surface with no or minimal crosstalk or back scatter into the input waveguide. Designs for capillaries, scanners, or wavelength selectivity with inserted dielectric filters are possible and have been demonstrated. (read more)
Multimode Waveguide Combiners from OIL
Combiners with up to 8 customer defined inputs are configured with multimode polymer waveguides using butt or I/O mirror coupled diode laser inputs. Designs are optimized for desired output into optical fibers accounting for fiber core size, NA & input number. Waveguide film strips can be self supporting or substrate attached & packaged with pigtail or connector ferrule output. (read more)
Dispersions
FutureCarbon offers dispersions with solvents and surfactants in various viscosities adapted to your special needs. It is only through the singularization of carbon materials, made possible by their dispersing methods, that the materials exhibit their outstanding properties within the surrounding matrix. (read more)
SS Dispersion Blades
Grovhac, Inc. has 6 types of Disperson Blades. Type 1, is our most popular blade for any paint dispersion work. Also used in clay processing, paper coatings and ink manufacturing. Rugged, efficient design has proven its superiority in thousands of applications. Balances high shear dispersion with pumping action. (read more)
Ultra-sorb® XV Steam Dispersion Panel
For pressurized steam applications
Short absorption and energy savings with pressurized condensate return!
An industry first for pressurized steam, Ultra-sorb XV vaporizes dispersion-generated condensate and returns pressurized condensate to the boiler without additional pumps, valves, or controls.
(read more)
Dispersion Compensating Fiber
Used for correcting dispersion effects created by optical fibers over long distances, the Fiber Lab DCF can be customized for dispersion of a variety of fibers. (read more)
Ultra-sorb® LV and LH Steam Dispersion Panels
For boiler steam or steam from any DRI-STEEM evaporative-type humidifier
Available with high-efficiency dispersion tubes!
DRI-STEEM's Ultra-sorb Model LV and LH steam dispersion panel is a superior alternative to conventional steam humidifier dispersion tubes.
(read more)
NEW Ka-Band Waveguide LNA
MITEQ Inc. introduces a new addition to its family of waveguide LNAs. The AMFW-8F-17702130-120-23P is a very low noise, high dynamic range Ka-band waveguide front end. (read more)
Ross PowerMix Used for Viscous Mixing & Dispersion
The Ross PowerMix is ideally suited to mix viscous materials requiring a combination of high and low shear mixing and dispersion. (read more)
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Dispersion (optics) - Wikipedia, the free encyclopedia There are generally two sources of dispersion: material dispersion and waveguide dispersion. |
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Dispersion - Developer Zone - National Instruments Material and waveguide dispersion add together to give a wavelength-dependent chromatic dispersion, mentioned in Chapter 4. Fibers also experience |
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Reduction of the dispersion error in the interpolated digital... Reduction of the dispersion error in the interpolated digital waveguide mesh using frequency warping |
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Retrieving Dispersion Diagrams of Waveguide-Coupled Planar... Retrieving Dispersion Diagrams of Waveguide-Coupled Planar Photonic-Crystal-Embedded Microresonators |
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A theoretical study of the modal dispersion characteristics of... A theoretical study of the modal dispersion characteristics of an annular circular waveguide with helical winding as the outer cladding |
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Green SupplyLine : Design Resource for Automotive Engineering waveguide dispersion See dispersion. Entries before waveguide dispersion waveform waveform audio waveform synthesis waveguide wave soldering |
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Silicon-based nonlinear devices for high-speed optical... and strong light confinement in silicon waveguides allow chip-scale spectral inverters to compensate for chromatic dispersion in optical fibers. |
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Large chromatic dispersion in a planar tapered ARROW... Large chromatic dispersion in a planar tapered ARROW waveguide (Proceedings Paper) |
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Dispersion - Microwave Encyclopedia - MicroWaves101.com the effects of dispersion distorting your signal, for example, when you are trying to put a one nanosecond pulse through a waveguide near the lower |
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chromatic dispersion - Telecom Definition Waveguide dispersion is caused by the fact that a given wavelength travels at different speeds in the core and cladding of a single-mode fiber (SMF). |
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