Waveguide Assembly

Description: AR offers a standard product line of low-loss microwave waveguides. The WF1800 and WR1800 series are recommended for the output of our Model 200T8G18A, Model 500T8G18, and Model 1000T8G18B broadband microwave power amplifiers. The Model WF is a flexible and twistable waveguide. The

• Component Type: Straight Section Assemblies
• EIA Waveguide Size (WR): 42
• Operating Frequency Range: 18 to 26.5 GHz

Description: AR offers a standard product line of low-loss microwave waveguides. The WF1800 and WR1800 series are recommended for the output of our Model 200T8G18A, Model 500T8G18, and Model 1000T8G18B broadband microwave power amplifiers. The Model WF is a flexible and twistable waveguide. The

• Component Type: Straight Section Assemblies
• EIA Waveguide Size (WR): 28
• Operating Frequency Range: 26.5 to 40 GHz

Description: AR offers a standard product line of low-loss microwave waveguides. The WF1800 and WR1800 series are recommended for the output of our Model 200T8G18A, Model 500T8G18, and Model 1000T8G18B broadband microwave power amplifiers. The Model WF is a flexible and twistable waveguide. The

• Component Type: Twist Assemblies
• EIA Waveguide Size (WR): 42
• Operating Frequency Range: 18 to 26.5 GHz

Description: AR offers a standard product line of low-loss microwave waveguides. The WF1800 and WR1800 series are recommended for the output of our Model 200T8G18A, Model 500T8G18, and Model 1000T8G18B broadband microwave power amplifiers. The Model WF is a flexible and twistable waveguide. The

• Component Type: Straight Section Assemblies
• EIA Waveguide Size (WR): 250
• Operating Frequency Range: 2.5 to 7.5 GHz

Description: 2 to 50 GHz Bandwidths 0.1 to 10% Extremely Low Insertion Loss High Power Handling Design a Filter

• Filter Technology: Active Filter
• Filter Type: Other
• Package Type: Connectorized, Waveguide Assembly

Description: WAVEGUIDE ASSEMBLIES

Description: QuinStar Technology’s QWS, QWR and QWP series waveguide straight sections, raw waveguide and tapered transitions cover the frequency range of 18 to 220 GHz in ten waveguide bands. Straight waveguide sections are available in standard lengths as well as customer-specific

• Component Type: Straight Section Assemblies
• Operating Frequency Range: 18 to 220 GHz
• VSWR: 1.05 :1
• Waveguide Cross Section: Rectangular

Description: QuinStar Technology offers a broad line of waveguide terminations in a variety of shapes and style, wide range of power handling capacities and cooling methods to suit both typical and special applications. The QWN series Standard Waveguide Terminations consist of an RF-¬absorbing

• Component Type: Straight Section Assemblies
• Operating Frequency Range: 18 to 220 GHz
• Profile: Circular
• Waveguide Cross Section: Rectangular

Description: QuinStar Technology’s QWT series waveguide twists cover the frequency range of 18 to 220 GHz in ten waveguide bands. The twists allow a change of orientation in a waveguide assembly. They are available with angles of 45° in either a left- or right-hand twist or a standard

• Component Type: Twist Assemblies
• Operating Frequency Range: 18 to 220 GHz
• Waveguide Cross Section: Rectangular

Description: QuinStar Technology’s QWS, QWR and QWP series waveguide straight sections, raw waveguide and tapered transitions cover the frequency range of 18 to 220 GHz in ten waveguide bands. Straight waveguide sections are available in standard lengths as well as customer-specific

• Component Type: Straight Section Assemblies
• Operating Frequency Range: 18 to 220 GHz
• Profile: Circular
• VSWR: 1.05 :1

Description: All HVAC access points into the RF shielded enclosure will be treated with a hex cell honeycomb waveguide vent assembly. The waveguide hex cell geometry is sized for optimal performance at the design specification.

• Material Type: Other
• Type / Form: Enclosure (Electrical / Electronic), Specialty / Other

Description: transitions to waveguide and integrated assemblies including filtering and waveguide windows. Waveguide couplers, combiners and splitters are designed to complement our waveguide isolators and terminations.

• Component Type: Transition Adapters
• Operating Frequency Range: 1 to 52 GHz

Description: Measurement of Return Loss on Waveguide and Waveguide Assemblies

Description: Flexible waveguide assembly performance

Description: Defines principal electromechanical characteristics and test methods enabling the performance of flexible waveguide assemblies to be verified. Contains terminology specific to flexible waveguide assemblies and specifies IEC type designation.

Description: Methods of measurement for waveguides - Part 4: Attenuation of waveguide and waveguide assemblies

Description: Waveguides from Fairview Microwave consist of coaxial adapters, bandpass filters, bends, flexible waveguide cables, waveguide gain horns, sections and terminations. Fairview waveguides are available in standard sizes from WR-430 through WR-15 depending on type of

• Component Type: Twist Assemblies

Description: Waveguides from Fairview Microwave consist of coaxial adapters, bandpass filters, bends, flexible waveguide cables, waveguide gain horns, sections and terminations. Fairview waveguides are available in standard sizes from WR-430 through WR-15 depending on type of

• Component Type: Twist Assemblies

Description: Waveguides from Fairview Microwave consist of coaxial adapters, bandpass filters, bends, flexible waveguide cables, waveguide gain horns, sections and terminations. Fairview waveguides are available in standard sizes from WR-430 through WR-15 depending on type of

• Component Type: Twist Assemblies

Description: Waveguides from Fairview Microwave consist of coaxial adapters, bandpass filters, bends, flexible waveguide cables, waveguide gain horns, sections and terminations. Fairview waveguides are available in standard sizes from WR-430 through WR-15 depending on type of

• Component Type: Twist Assemblies

Description: Length = 3 inches, power = 1 watts

• Attenuation: Up to 30 dB
• Attenuator Type: Fixed
• Frequency Range: 12.4 to 18 GHz
• Input VSWR: Over 1.15 :1

Description: Features Converts one flange type to another in the same band, with minimum length 1.01 typical VSWR Mounting hardware and assembly instructions are provided In addition to the industry standard waveguide flanges shown in the Available Models chart below, these adapters will also work

• Component Type: Flanges
• EIA Waveguide Size (WR): 137
• Operating Frequency Range: 5.85 to 8.2 GHz
• Waveguide Cross Section: Rectangular

Description: Defines principal electromechanical characteristics and test methods enabling the performance of flexible waveguide assemblies to be verified. Contains terminology specific to flexible waveguide assemblies and specifies IEC type designation.

Description: Lengths to 10' in 6" increments, Neoprene® rubber jacket

• Component Type: Bend Assemblies, Twist Assemblies, Straight Section Assemblies, Offset Section Assemblies
• EIA Waveguide Size (WR): 112
• Operating Frequency Range: 7.05 to 10 GHz
• Plating: Non-plated

Description: E- and H-plane tee, no internal tuning or matching

• EIA Waveguide Size (WR): 430
• Flange Plating: Non-plated
• Flange Profile: Rectangular
• Length or Height: 9 inch

Description: Double-T waveguide components

• EIA Waveguide Size (WR): 229
• Flange Profile: Rectangular
• Operating Frequency Range: 3.22 to 4.9 GHz
• Type / Style Flange 1: Other

Description: The MACS-007801-0M1 is a RoHS Compliant K-Band Mono Doppler transceiver consisting of a Gunn Diode oscillator and Schottky Diode mixer assembled into a diecast waveguide package. It is designed for commercial applications, for speed measurements or motion sensing.

• Frequency (Fc): 24125 MHz
• Package Type: Waveguide Assembly, Other

Description: Phase shift is approximately linear with dial rotation, but not frequency

• Frequency Range: 22500 to 26000 MHz
• Input VSWR: 1.25 :1
• Insertion Loss: 0.3000 dB
• Package Type: Waveguide Assembly

Description: MACOM's MACS-007800-0M1R00 is a RoHS Compliant K-Band Local Oscillator consisting of a Gunn Diode oscillator assembled into a die cast waveguide package. These Local Oscillators are well suited for high volume applications where small size and reliability are required. This local oscillator

• Features / Standards: RoHS Compliant
• Oscillation Frequency: 24125 MHz
• Oscillator Type: Other
• Output Power: 7 dBm

Description: and supply of waveguide hybrid and loop couplers. Smiths Interconnect has an expanding portfolio of couplers designed for a variety of radar and space based applications. These have been supplied as stand-alone products and as assemblies that integrate isolators, transitions etc. Our

• EIA Waveguide Size (WR): 28 to 430

Description: METHODS OF MEASUREMENT FOR WAVEGUIDES. PART 4: ATTENUATION OF WAVEGUIDE AND WAVEGUIDE ASSEMBLIES. (Endorsed by AENOR in July of 1998.)

Description: genuine coaxial design with separate magnets for the LF and HF drivers, the D4 exhibits reduced distortion and industry-leading sensitivity permitting 3 dB to 6 dB greater output level, while requiring half the amplification power of competing products. The proprietary Tru-Phase? waveguide

Description: Jogler’s ILT-6000 series level transmitter is the latest in magnetostrictive sensing technology designed for direct tank insertion. The ILT-6000 contains a low profile waveguide that is inserted into a waveguide sleeve (thermowell) and float assembly. The waveguide sleeve

• Communication Interface Options: Other
• Instrument Display Options: Digital Readouts
• Level Measurement Type: Point Level / Multi-Point Levels
• Material Temperature Range: -40 to 400 F

Description: to ensure an electronic device exhibits a flat response (the same input and output). Additional Features: Frequency Range: 40 - 60 GHz The Tektronix WM490U waveguide mixer covers a range of 40 to 60 GHz and are compatible with the 2750, 2780, and 490 series spectrum analyzers. The 015-0385-00

Description: Sennheiser Electronic Corp. Operating Principle In the optical microphone, light from an LED is directed onto a reflective diaphragm via an optical-fibre cable (transmitter optical waveguide). The membrane reflects part of the light into a receiver optical waveguide. If the diaphragm