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HOME　>>　マイクロウェーブ・ミリ波　コンポーネント　>>　Millimeter wave(DC〜220ＧＨｚ対応)

	Series 115 Full Waveguide Band Isolators		Series 145 Polarization Switches		Series 150 Ferrite Phase Shifters
• Low Insertion Loss • Full Waveguide Band • Lightweight and Compact Design • Excellent Isolation Across the Band • Faraday Rotation Principle of Operation		• Low VSWR • Low Insertion Loss • Faraday Rotation Devices • Low Cross-Polarized Components		• Fast Rise Time • 360º Phase Shift • Remote Controlled
	Series 172 Y-Junction Isolators		Series 173 Y-Junction Circualtors		Series 178 Y-Junction Isolators
• Low Loss • Low VSWR • High Isolation • Broad Bandwidth • Compact & Rugged • Optimal Temperature Response		• Low Loss • Low VSWR • High Isolation • Broad Bandwidth • Compact & Rugged • Optimal Temperature Response		• Low Loss • Low VSWR • High Isolation • Broad Bandwidth • Compact & Rugged • Optimal Temperature Response
	Series 179 Y-Junction Circulators		Series 202 & 203 Prime Focus Antennas		Series 222 & 223 Cassegrain Antennas
• Low Loss • Low VSWR • High Isolation • Broad Bandwidth • Compact & Rugged • Optimal Temperature Response		• Low Cost • High Directivity and Gain • Simple Mechanical Design • Moderate Sidelobe Performance • Wide Range of Available Beamwidths and Reflector Sizes		• Low VWSR • Aluminum or Fiberglass Construction • Low Loss Performance at Millimeter Wave Frequencies
	Series 258 Horn Lens Antennas		Series 261 Standard Gain Horns		Series 262 Conical Horns
• Low Sidelobes • Wide Bandwidths • No Aperture Blockage • Symetrical E and H Plane Beamwidths		• Nominal Gain of 25 dBi • Available from 12.4 to 220 GHz • Made with Precise Dimensional Tolerance Control • Gain Calibration is Accurate to 0.5 dB Over Full Waveguide Bandwidth • Other Gain Values Availible upon Request, ex: 10, 15, 20, etc.		• Available from 12.4 to 220 GHz • Nominal Gain of 15, 20 and 25 dbi • Made with Precise Dimensional Tolerance Control • Gain Calibration is Accurate to 0.5 dB Over Full Waveguide Bandwidth
	Series 263 Scalar Feed Horns		Series 267 Omni-Directional Antennas		Series 268 Wide AngleScalar Feed Horns
• Low VSWR • Wide Beamwidths • Polarization Insensitive • Partial Waveguide Bandwidths		• Low VWSR • Wide Bandwidths • 360 degree Beamwidths • Variable Elevation Beamwidths		• Low VWSR • Wide Bandwidths • Narrow Beamwidths • Polarization Insensitive
	Series 281 Orthomode Transducers		Series 282 Circular Polarizers		Series 283 Linear-Circular Switchable Polarizers
• VSWR < 1.2 • Isolation > 30 dB in Linear Mode • Higher Frequency Units will be Quoted on Request • Available from 18.0 to 110 GHz with 3% or Greater Bandwidth		• VSWR < 1.2 • Higher Frequency Units will be Quoted on Request • Axial Ratio < 1.0 dB Over the Indicated Bandwidth • Converts Linear Input Signals to Circular Out • Specify Sense of Circular Polarization (RHCP or LHCP) • Available from 18.0 to 110 GHz with 3% or Greater Bandwidth		• VSWR < 1.2 • Extremely Compact • Manual Switch for Polarization Selection • Higher Frequency Units will be Quoted on Request • Axial Ratio < 1.0 dB Over the Indicated Bandwidth • Converts Linear Input Signals to Selectable Output Signals • Available from 18.0 to 110 GHz with 3% or Greater Bandwidth • Output Signal Options: Right-Hand Circular / Left-Hand Circular / Linear
	Series 284 Tapered Mode Transitions		Series 330 Mode Transitions		Series 340 Mode Filters
• Low Insertion Loss • Precision-Fabricated • VSWR < 1.15 Over a 10% Bandwidth • Converts from Rectangular TE10 Mode to Circular TE11 Mode • Available from 18.0 to 110 GHz with 10% or Greater Bandwidth		• Minimum VSWR • Minimum Insertion Loss • Optional Pressurized Models Available • Efficient Conversion from TE10 Mode Rectangular Waveguide to TE01 Mode Circular Waveguide		• Low Loss • High Spurious Mode Attenuation
	Series 355 Rotary Joints		Series 365 TE 01 Circular Waveguide Terminations		Series 370, 371 Flanged & Unflanged Circular Waveguides
• Negligible Variation During Rotation • Minimum Effects on Transferred Signals		• Low VSWR • Full Waveguide Bandwidth		• Low VSWR • Precision Size
	Series 380 Circular Waveguide Flange Set		Series 410 Waveguide to Coax Transitions		Series 450 High Pass Filters
• Self-Aligning Connectors • Supplied in Male and Female Pairs		• Low Cost Versions Available • Frequency Ranges 12.4 to 75 GHz • Wide Variety of Coax Connectors Available • High Performance Versions for Laboratory Use		• Low Cost • Wide Bandwidths • Low Insertion Loss • Low VSWR in Band
	Series 460 Band Pass Filters		Series 510 Direct-Reading Precision Antenuators		Series 511 Programmable Rotary Vane Attenuators
• Low Cost • Low VSWR • Narrow Bandwidths • High Rejection Levels • Low in-Band Insertion		• Low VSWR • Direct Reading • Low Insertion Loss • Anti-Backlash Drive • Negligible Phase Shift • Precision Construction • Frequency Independent		• Low Cost • Compact Size • 7.0 to 170 GHz • High Accuracy • Highly Reliable • Digital Readout • Low Insertion Loss • IEEE-488 Interface • Full Waveguide Bands • Manual Operation Mode
	Series 520 Uncalibrated Variable Attenuators		Series 521 Fixed Attenuators		Series 522 Dial-Driven Callibrated Attenuators
• Dial Driven • Compact, Mechanically Stable Design • Wide Range of Attenuation Values • Smooth, Spring-Loaded Setting Control		• Wide Range of Accurately Calibrated Values • Available in Every Waveguide Size from 18.0 to 220 GHz		• Compact & Mechanically-Stable Design • Smooth Anti-Backlash Attenuation Control • High Resolution Over Wide Attenuation Range • Microdial Knob with Calibration Curve for Repeatable Measurements
	Series 523 Micrometer-Driven Calibrated Attenuators		Series 525 Uncalibrated Phase Shifters		Series 526 Dial-Driven Calibrated Phase Shifters
• High Resolution • Micrometer Readout • Differential Screw Drive • Anti-Backlash Operation • Excellent Mechanical Stability • Calibration Accuracy: 0.2 dB or 2% • Calibration Curve Provided at Specified Frequency		• Dial Driven • Smooth Phase Shift Control • Compact & Mechanically-Stable Design • Settings Maintained in all Orientations		• Compact & Mechanically-Stable Design • Smooth Anti-Backlash Phase Shift Control • High Resolution Over A Wide Phase-Shifting Range
	Series 527 Micrometer-Driven Calibrated Phase Shifters		Series 528 Direct-Reading Phase Shifters		Series 529 Motorized Rotary Vane Phase Shifters
• Low VSWR • Micrometer Readout • Smooth Anti-Backlash Operation • Differential Screw Drive for Increased Phase Shift Resolution		• High Accuracy • Direct Reading Dial • Frequency Independent • Direct Drive With No Gears • Covers Full Waveguide Band • Continuously Adjustable Phase • Low VSWR & Low Insertion Loss		• High Accuracy • Digital Readout • Low Insertion Loss • Computer Controlled • Precision Construction • Full Waveguide Bands
	Series 530 Manual Waveguide Switches		Series 535 Two-Position Solenoid Switches		Series 550 Frequency Meters
• Positive Indexing • Optimum Isolation • Non-Contacting Choke Coupling • Versatile Switching Combinations		• Low Loss • Low VSWR • Accurate Positioning • High Isolation Between Ports • GPIB IEEE-488 Control Available		• High Frequency Operation from 90.0 to 220 GHz • Circular Waveguide Cavity for High-Q Resonances • Micrometer Readout for Accurate Frequency Determination
	Series 551 Direct-Reading Frequency Meters		Series 555 Bidirectional Couplers		Series 559 Broadband Directional Couplers
• Full Band • Direct Reading • High Resolution • Anti-Backlash Drive		• High Directivity • Accurate Coupling • Full Waveguide Bandwidth		• Broadband • Low VSWR • High Directivity • Rugged Construction • High Coupling Accuracy • Calibrated Coupling Values • Minimum Coupling Variation with Frequency
	Series 560 Broadband Directional Couplers		Series 561 Broadband Directional Couplers		Series 564 Cross Guide Directional Couplers
• Broadband • Low VSWR • E-plane design • High Directivity • Rugged Construction • High Coupling Accuracy • Calibrated Coupling Values • Minimum Coupling Variation with Frequency		• Broadband • Low VSWR • High Directivity • Rugged Construction • High Coupling Accuracy • Calibrated Coupling Values • Minimum Coupling Variation with Frequency		• Low VSWR • Four-Port Device • Rugged Construction • Broadband Operation
	Series 565 Cross Guide Directional Couplers		Series 566 Cross Guide Directional Couplers		Series 580 Terminations
• Low VSWR • High Isolation • High Directivity • Rugged Construction • Broadband Operation		• Low Cost • Low VSWR • Four-Port Device • Rugged Construction • Broadband Operation		• Low VSWR • Compact Size • Full Waveguide Bandwidths • Available for Low Power and Medium Power Applications
	Series 581 Medium Power Load Terminations		Series 582 High Power Load Terminations		Series 585 Sliding Matched Terminations
• Low VSWR • Compact Size • Full Waveguide Bandwidths • Available for Low Power and Medium Power Applications		• Low VSWR • Compact Size • Full Waveguide Bandwidths • Available for High Power up to 250 watts CW Applications		• Low VSWR • Precision Adjustment
	Series 590 Adjustable Waveguide Short Circuits		Series 600 Single Hybrid Rings		Series 605 3dB Short Slot Hybrids
• Full Waveguide Coverage • Non-Contacting Choke Type Short • Precision Micrometer Tuning and Readout • Minimum Travel of One-Half Wavelength at Lowest Operating Frequency		• Low VSWR • High Isolation • Minimum Size • High Reliability • Equal Power Split • Low Insertion Loss • Rugged Construction		• Small • Compact • Negligible Coupling Variation
	Series 610 Triple Hybrid Rings		Series 620 E/H Plane Tuners		Series 630, 635 Hybrid Tees
• Low VSWR • High Isolation • Minimum Size • High Reliability • Equal Power Split • Low Insertion Loss • Rugged Construction		• Micrometer Driven • Non-Contacting Choke-Type Short Circuits		• Equal Power Division • Available from 12.4 to 220 GHz • High Isolation Provided by Symmetrical Construction
	Series 640 E-Plane and Series 650 H-Plane Tees		Series 660, 661, 662, 665 E-Plane Bends		Series 670, 671, 672, 675 H-Plane Bends
• Unmatched Ports • Geometrical Symmetry • Available from 12.4 to 220 GHz • Equal Power Division Between the Two Outputs		• Available from 12.4 to 220 GHz • Additional Radius and Angle Bends by Special Order • Smooth Precision Bends Minimize Energy Reflections		• Available from 12.4 to 220 GHz • Additional Radius and Angle Bends by Special Order • Smooth Precision Bends Minimize Energy Reflections
	Series 680 45° Twists, Series 681 90° Twists		Series 688 Flanged Adapters		Series 690 Flanged Waveguide Sections
• Smooth 45º / 90º Polarization Changes for Minimum Energy Reflections		• Precision Built • Available from 12.4 to 220 GHz		• Available from 12.4 to 220 GHz • Precision Fabricated to Meet Electrical & Mechanical Specifications
	Series 691 Unflanged Waveguides		Series 692 Tapered Transitions		Series 695 Waveguide Stands
• Precise Fabrication		• Low Loss • Minimum Reflections • Precise Fabricated Tapers • Shortest Possible Insertion Length Consistent with High Mode Purity		• Clamp Rigidly Secures Waveguide with Single Thumbscrew • Adjusts to Fit all Millimeter Waveguides Mounted in Either Polarization
	Series 700 Precision Drill Jigs		Series 705 Pressurizing Units		Series 712 Bulkhead Waveguide Adapters
• Hardened Steel Provides Continued Accurate Drilling Alignment • Tapered Locating Tab Uses Waveguide Surfaces as Location Reference to Ensure a Perfect Mate		• System Pressure Continuously Monitored • Convenient Means for Pressurizing Waveguide Transmission Lines		• Full Waveguide Bandwidths • O-Ring, Provided for Moisture Resistance • Waveguide Feedthru for Panel Mount Applications
	Series 750 Waveguide Flanges		Series 830 Mechanically Tuned Gunn Oscillators		Series 840 Electronically Tuned Gunn Oscillators
Precision Machined Materials Brass, Aluminum, Copper		• Low Noise • High Stability • 12.4 to 110 GHz • Broadband Tuning • Excellent Reliability		• Low Noise • High Reliability • 12.4 to 110 GHz • Electronic Tuning
	Series 900, 905 Pin Diode Attenuators		Series 910 Pin Diode Switches		Series 911 High Speed Pin Diode Switches
• Series 900 Attenuators 10 to 60 dB - 6% Bandwidth • Series 905 Attenuator 10 to 40 dB Full Bandwidth (K, A, B, U)		• Millimeter Wave Switches with Integral TTL drivers • Series 910 Single Throw Switches (SPST) - 6% Bandwidth (100 ns)		• Series 911 Single Throw Switches (SPST) - 6% Bandwidth • Series 911 Single Throw Switches (SPST) - 6% Bandwidth (10 ns)
	Series 912 SPDT Pin Diode Switches		Series 915 Full Bandwidth Pin Diode Switches		Series 920 Harmonic Mixers
• Series 912 Double Throw Switches (SPDT) - 6% Bandwidth		• 18.0 to 110.0 GHz • Various On/Off Ratios Available • 10 GHz Bandwidths from 75 to 110 GHz • Full Waveguide Band Coverage up to 75 GHz • Broadband SPST Diode Switches with Integral TTL Devices		• Full Waveguide Band Coverage • Extends the Useful Frequency Range of Spectrum Analyzers
	Series 922 Harmonic Mixers		Series 932,933, 934, 936 High Power Multipliers		Series 938 Broadband Multipliers
• Full Waveguide Band Coverage • Available With or Without IF Amplifier • Extends the Useful Frequency Range of Spectrum Analyzers		• Operation to 150 GHz • High Efficiency (to 40 Percent) • X2, X3, X4, X6, X9 Multiplication • 1 Percent to 5 Percent Bandwidths		• Operation thru 140 GHz • X2, X3, X4, X6 Multiplication • High Efficiency • 10° Percent to 100 Percent Bandwidth’s
	Series 950 Finline Detectors		Series 955 Amplifiers		Series 957 Phase-Locked Oscillators
• Full Waveguide Band • High Video Sensitivity • No Bias Voltage Required • Planar Finline Construction • Lightweight Compact Design		• Low Noise • High Gain • Full Bandwidths • High 1 db Comp. Points • Wide Varity of Frequency Ranges • 2 GHz to 140 GHz		• Several Stability Options • High Power Models Available • Several Spectral Purity Options • Available from 18.0 to 140.0 GHz • Miniaturized Lightweight Assembly
	Series 960 Balanced Mixers		Series 970 Wide-Band Balanced Mixers		Series 980, 985 Upconverters
• Low Cost • Low Noise Figures • Moderate RF Bandwidths • With or Without IF Amplifier		• Very Wide RF Bandwidth • Available With or Without IF Amplifiers		• Low Drive (Biased) • Low Conversion Loss • Wide Choice of IF Inputs • With or Without RF Filter • High Drive (Unbiased) Options
	Series 990 Balanced Phase Detectors	MIWV_Catalog (11.3MB)
• High Sensitivity • Good RF Isolation • High-Reliability Beam-Lead Diodes