フェーズドアレーアンテナは軍事用アプリケーションのソリューションとなる選択肢です。この産業では､これらのアンテナの正確な較正は極めて重要となります。
産業分野トップへ戻る
当社は最新の較正測定技術を使用し、個々のアンテナ素子の間の相対的位相を再構成し､平行なアンテナビームを形成することができます。アクティブ・フェーズド・アレイ・アンテナについては、各エレメントの振幅および位相の処理を､強力な後処理ツールによって行い、希望のアパーチャ・テーパーあるいはビーム形成を確認します。
関連製品
Compact Antenna Test Range
700 MHz - 110000 MHz
SG Evo
400 MHz - 50000 MHz
SG 128
400 MHz - 18000 MHz
SG 64
70 MHz - 18000 MHz
TScan | Near-Field Planar Scanner
100 MHz - 110000 MHz
MVG WaveStudio
Insight
959 Spectrum
Near-field or Far-field Antenna Measurement Chamber
Polarization Positioners: Light Duty
Performance Series - EL/AZ Positioners: Medium Duty
Performance Series - AZ/EL Positioners: Medium Duty
Azimuth Positioners: Light Duty
Linear Floor Slide Positioners: Light Duty
Local Control Unit (LCUs), Wireless
Simultaneous Positioner Controllers: 4 Axis
Pyramidal Absorbers - AEP Series
30 MHz - 40000 MHz
Post Warranty Service Plan
Project Management & Consulting
Compact Series - AZ/EL/AZ Positioners: Light Duty
関連資料
Positioners and Controllers Overview
Compact Range Overview
Experimental Validation of Linear Multiprobe Arrays for Fast and Accurate PNF Antenna Characterizations
Antenna Coupling Evaluation Based on Accurate Measured Source Models and Simulations
Planar Wide Mesh Scanning using Multi-Probe Systems
Validation of OTA Measurement Setup At 28GHz Using A Plan Wave Generator
Accurate Antenna Characterisation at VHF/UHF Frequencies with Plane Wave Generator Systems
Revision Progress IEEE Std 1720 Recommended Practice for Near-Field Antenna Measurements
Antenna Measurement and Radome Test Systems Product Overview
Uncertainty of a VHF CubeSat Measurement based on the Synthetic Probe Array Technique
MV-ECHO - Spherical Wave Expansion - Modal Filtering
60 GHz Reference Chip Antenna for Gain Verification of Millimeter Wave Test Chambers
Experimental validation of Reference Chip Antennas for 5G Measurement Facilities at mm-Wave
Combining Measurements and Simulations for antenna coupling analysis
Measurement Uncertainties in Millimeter Wave “On-Chip” Antenna Measurements
Measurements and Numerical Simulations to Enhance the assessment of Antenna Coupling
Chip Reference Antennas: Improving Millimeter-Wave On-Chip Antenna Measurements
Comparative Testing of Devices in a Spherical Near Field System and Plane Wave Generator
Compact Antenna Test Range with New Shorter Focal Length for Heavy Duty Antenna Measurements
Reduced Sampling in NF Antenna Measurement Using Numerical Defined Expansion Functions
Testing Antenna Chip-Sets under Thermal Conditions
