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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)

Millimeter社

pdf Series 115
Full Waveguide Band Isolators
pdf Series 145
Polarization Switches
pdf 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
pdf Series 172
Y-Junction Isolators 
pdf Series 173
Y-Junction Circualtors
pdf 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
pdf Series 179
Y-Junction Circulators
pdf Series 202 & 203
Prime Focus Antennas
pdf 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
pdf Series 258
Horn Lens Antennas
pdf Series 261
Standard Gain Horns
pdf 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
pdf Series 263
Scalar Feed Horns
pdf Series 267
Omni-Directional Antennas
pdf 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
pdf Series 281
Orthomode Transducers
pdf Series 282
Circular Polarizers
pdf 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
pdf Series 284
Tapered Mode Transitions
pdf Series 330
Mode Transitions
pdf 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
pdf Series 355
Rotary Joints
pdf Series 365
TE 01 Circular Waveguide Terminations
pdf 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
pdf Series 380
Circular Waveguide Flange Set
pdf Series 410
Waveguide to Coax Transitions
pdf 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
pdf Series 460
Band Pass Filters
pdf Series 510
Direct-Reading Precision Antenuators
pdf 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
pdf Series 520
Uncalibrated Variable Attenuators
pdf Series 521
Fixed Attenuators
pdf 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
pdf Series 523
Micrometer-Driven Calibrated Attenuators
pdf Series 525
Uncalibrated Phase Shifters
pdf 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
pdf Series 527
Micrometer-Driven Calibrated Phase Shifters
pdf Series 528
Direct-Reading Phase Shifters
pdf 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
pdf Series 530
Manual Waveguide Switches
pdf Series 535
Two-Position Solenoid Switches
pdf 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
pdf Series 551
Direct-Reading Frequency Meters
pdf Series 555
Bidirectional Couplers
pdf 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
pdf Series 560
Broadband Directional Couplers
pdf Series 561
Broadband Directional Couplers
pdf 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
pdf Series 565
Cross Guide Directional Couplers
pdf Series 566
Cross Guide Directional Couplers
pdf 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
pdf Series 581
Medium Power Load Terminations
pdf Series 582
High Power Load Terminations
pdf 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
pdf Series 590
Adjustable Waveguide Short Circuits
pdf Series 600
Single Hybrid Rings
pdf 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
pdf Series 610
Triple Hybrid Rings
pdf Series 620
E/H Plane Tuners
pdf 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
pdf Series 640 E-Plane
and
Series 650 H-Plane Tees
pdf Series 660, 661, 662, 665
E-Plane Bends
pdf 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
pdf Series 680 45° Twists,
Series 681 90° Twists
pdf Series 688
Flanged Adapters
pdf 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
pdf Series 691
Unflanged Waveguides
pdf Series 692
Tapered Transitions
pdf 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
pdf Series 700
Precision Drill Jigs
pdf Series 705
Pressurizing Units
pdf 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
pdf Series 750
Waveguide Flanges
pdf Series 830
Mechanically Tuned Gunn Oscillators
pdf 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
pdf Series 900, 905
Pin Diode Attenuators
pdf Series 910
Pin Diode Switches
pdf 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)
pdf Series 912
SPDT Pin Diode Switches
pdf Series 915
Full Bandwidth Pin Diode Switches
pdf 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
pdf Series 922
Harmonic Mixers
pdf Series 932,933, 934, 936
High Power Multipliers
pdf 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
pdf Series 950
Finline Detectors
pdf Series 955
Amplifiers
pdf 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
pdf Series 960
Balanced Mixers
pdf Series 970
Wide-Band Balanced Mixers
pdf 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
pdf Series 990
Balanced Phase Detectors
pdf MIWV_Catalog (11.3MB)
• High Sensitivity
• Good RF Isolation
• High-Reliability Beam-Lead
Diodes
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