Waveguides
guide the propagation of electromagnetic, light or sound waves.
See Also: Millimeter Waveguides, Optical Waveguides
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Waveguide Probes
We are a leading Manufacturer & Exporter of Waveguide Probes such as Tunable Probe and Waveguide Matched from India.
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Straight Waveguide
Precision MMW has the worlds best Waveguide Straight Sections. Available in standard sizes and custom size needs for millimeter wave applications.We can manufacture from brass, OFHC copper, aluminum or rhodium. Waveguides have significant advantages over coaxial transmission in power handling, insertion loss and signal integrity in transmission of frequency signals. There are various types of waveguide straights that can fit your engineering needs.View more Straight Waveguide
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Waveguide Tunable Attenuators
*Low Insetion Loss*Full Waveguide Band Coverage*Precise Adjustment*High Maximum Attenuation
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Precision Calibrated Noise Sources
ELVA-1's calibrated noise source ISSN-XX series delivers a uniform level of noise power spectral density within the whole waveguide frequency range. Sources are available in eight waveguide bands covering 26.4-170 GHz.
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Waveguide Harmonic Mixers (smart mixer), 60 to 90 GHz
M1970E
The Keysight M1970E 60 to 90 GHz waveguide harmonic mixer is an un-preselected mixer that will extend the operating frequency range of the N9030A PXA, N9020A MXA,and N9010A EXA signal analyzers up to 90 GHz. Smart features are embedded to help you to greatly simplify your overall test setup and improve the DANL and TOI of your test system. Go smart with harmonic mixing for your millimeter-wave applications.
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Waveguide to Coaxial Adapter
D8-AWC84SK-1296
Waveguide to Coaxial Adapter, Frequency 6570~9990MHz, 50W, Rect. Waveguide FBP84, SMA Female
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Optical Fiber Cable Testing Equipment
Optical fiber consists of a core and a cladding layer, selected for total internal reflection due to the difference in the refractive index between the two. In practical fibers, the cladding is usually coated with a layer of acrylate polymer or polyimide. This coating protects the fiber from damage but does not contribute to its optical waveguide properties. Individual coated fibers then have a tough resin buffer layer and/or core tube(s) extruded around them to form the cable core. Several layers of protective sheathing, depending on the application, are added to form the cable. Rigid fiber assemblies sometimes put light-absorbing ("dark") glass between the fibers, to prevent light that leaks out of one fiber from entering another. This reduces cross-talk between the fibers, or reduces flare in fiber bundle imaging applications Optical fibers are very strong, but the strength is drastically reduced by unavoidable microscopic surface flaws inherent in the manufacturing process. The initial fiber strength, as well as its change with time, must be considered relative to the stress imposed on the fiber during handling, cabling, and installation for a given set of environmental conditions. There are three basic scenarios that can lead to strength degradation and failure by inducing flaw growth: dynamic fatigue, static fatigues, and zero-stress aging.
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Waveguide to Coaxial Adapter
D8-AWC650DNK-2298
Waveguide to Coaxial Adapter, Frequency 6.5~18GHz, 300W, Double Ridged Waveguide WRD650, N Type Female
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Near Field Probes
Anteral has extensive background in the design of Near Field Probes (open ended waveguides probes). Our Near Field Probes are currently being used in several laboratories around the world including the ESA's anechoic chamber. Anteral designs Near Field Probes from 10 GHz to 750 GHz covering the sectors requirements. Moreover, our Near Field Probes have a sharped design minimize reflections.
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RF Termination
DR9-10000-2425-2475-2892
Frequency2400~2500MHz, 10KW, Waveguide, FDP26, water cooled (Flow: 5-8L/min)
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Waveguide Coupler
ZDC8-10W26.3-40G-2324
Waveguide Coupler, Frequency 26.3~40GHz, Coupling 10dB, Directivity 18dB Min, FBP320, 2.92mm Female Connector
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Components - Harmonic Mixers (WHMB)
WHMB Series
Farran Technology manufactures a comprehensive range of waveguide harmonic mixers for use with industry standard spectrum analysers and other custom applications. Models WHMB are fully calibrated broadband balanced diode units covering 26.5-110 GHz in standard waveguide bands. We also offer a low cost general purpose model WHMP covering 26.5-170 GHz.
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Coaxial Waveguide Adapter, 2.4 mm (m), 26.5 to 50 GHz
R281B
The Keysight R281B adapter transforms waveguide transmission line into 50-ohm coaxial line. Power can transmitted in either direction, and each adapter covers the full frequency range of its waveguide band with SWR less than 1.3.
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Coaxial Receiver Protector
Where size, weight and power handling are the principle constraints, a TLM air-spaced coaxial limiter range provides an excellent compromise between waveguide and microstrip limiters. These devices are able to withstand higher power levels than microstrip solutions but still retaining a relatively compact package, Teledyne’s designs offer a low insertion loss and incorporate the same wide range of features as our waveguide limiters. Suitable for continuous operation at peak power levels of several kW's and mean power levels of 100's watts with sub- microsecond recovery time - over 10% bandwidth in <100mm length (at S-Band).
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Double Ridged Waveguide Horn
QRH0140
Frequency range: 1 GHz - 40 GHz VSWR (max): < 1.6:1Impedance: 50 O (Ohm)Connector: K female Power (CW / Peak): 10 W / 20 W
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In-Line Coaxial-to-Waveguide Adapter, 1.0 Mm (m) To WR-12, 60 To 90 GHz
E281DS
E281DS In-line 1.0 mm (m) - to- WR-12 waveguide adapter offers a simple way of measuring waveguide devices in E-band, 60 GHz to 90 GHz.
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Waveguide Cassette
Waveguide cassettes provide easy way for the network analyzer calibration and material properties as dielectric permittivity or (and) magnetic permeability measurements. By changing insertion sections, it is possible to calibrate "Short" and "Thru". Optional cassettes with quarter wave "short" inserters are available. Using this waveguide cassette, it is possible to do vector network analyzer calibration or additional scalar network analyzer calibration. Insertable sample holders supports two measurement methods: the rod in the centre of the waveguide and filled waveguide cross-section.
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Double Ridged Waveguide Horn
DRH40
Frequency range: 4 GHz - 40 GHz VSWR (max): < 1.6:1Impedance: 50 O (Ohm)Connector: K female Power (CW / Peak): 15W / 30 W
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Terminations
With a variety of models supporting virtually all waveguide applications, CAES Waveguide Terminations provide best-in-class VSWR performance and support a variety of frequency ranges.
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Straight Waveguide Sections up to 110 GHz
Fairview Microwave’s straight waveguide sections consists of 61 models that are available in sizes ranging from WR-10 to WR-137. These waveguide straights deliver VSWR as low as 1.03:1 and are available in section lengths from 3 inches to 12 inches. They are made of either painted copper alloy or gold-plated, oxygen-free hard copper (OFHC) and feature UG, CPR and UBR-style flanges. These waveguide straight sections are ideally suited for use in industrial, defense, aerospace, test and instrumentation, medical and telecom industries.
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Double Ridged Waveguide Horn
DRH18–E
Frequency range: 1 GHz -18 GHz VSWR (max / AVG): < 3:1 / 1.35:1Impedance: 50 O (Ohm)Connector: SMA female / N femalePower (CW / Peak): 50 W / 100 W
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Frequency Converters
Ducommun's frequency converter families include waveguide detectors (FAS), passive and active multipliers (FMP and FMA), up and down converters (FUB and FDB), harmonic mixers (FDH), subharmonically pumped up and down converters (FUS and FDS) and phase detectors and single sideband modulators (FPB and FSS). These devices are offered in 7 waveguide bands to cover entire 18 to 110 GHz frequency spectrum. These converters employ high performance GaAs Schottky beamlead diodes and DLT's proprietary circuit configuration to produce superior performance, such as low conversion loss and up to full waveguide instantaneous operation bandwidth.
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Straight Waveguide Section
Straight sections are used to make connections between components in waveguide systems. Lengths and combinations are available on special order. VSWR is better than 1.1 over the full waveguide frequency band. Precision flanges on special order.
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Double Ridged Waveguide Horn
ADRWC750
Frequency range: 7.5 GHz - 18 GHz VSWR (max): < 1.25 :1Impedance: 50 O (Ohm)Connector: N or SMA female Power (CW / Peak): 100 W / 170 W
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Debug Fixture
With at-speed test, debug can easily become a problem: If test points are on the bottom, as is often the case for test processing, then this requires the board to be flip over for the debug. However, during at-speed testing, key devices and signal paths are often on the topside. IST Engineering has in-house expertise with debug fixtures, which allow the test technician to flip over a test board, or even hold it vertically for dual-sided access, while still running the Device-Under-Test at full-speed through card-edge connectors - whether these are standard DIN type or F or N type co-ax connectors. The debug stations are constructed robustly, with metal frames and high-grade flexible cabling and can also be used as backup test stations in a manufacturing flow. They can be built with custom machined waveguide connections for RF/Microwave applications, or with standard, off the shelf connectors, as defined by the application. A number of these debug fixtures are in production use with a range of customers.
