半定向天线旨在将射频信号引向一个特定的方向，用于点对点通信，半定向天线用于室内或室外的中短距离通信。它们在越来越多的高频应用中很有用。
返回到行业
MVG拥有一系列先进的半指令阵列天线测试系统，可凭借完整的线阵天线参数给出高精准度测试解决方案，包括增值、指令、射束倾斜、射束宽度、次级波瓣强度、交叉极化和前后比。
我们提供紧缩场及多探头系统，可满足不同的要求和预算。
相关产品
紧缩场天线测量室
700 MHz - 110000 MHz
SG Evo
400 MHz - 50000 MHz
SG 128
400 MHz - 10000 MHz
SG 64
70 MHz - 18000 MHz
StarLab
650 MHz - 18000 MHz
TScan | 近场平面扫描仪
100 MHz - 110000 MHz
T-DualScan
70 MHz - 110000 MHz
Insight
MV-Cylinder
近场或远场天线测量室
StarProd LTB
Polarization Positioners: Medium Duty
Performance Series - EL/AZ Positioners: Medium Duty
Performance Series - AZ/EL Positioners: Medium Duty
Azimuth Positioners: Medium Duty
Linear Floor Slide Positioners: Light Duty
Local Control Unit (LCUs), Wireless
Simultaneous Positioner Controllers - 2 axis
Advanced Positioners with Goniometers
Z-Roll Unit
Pyramidal Absorbers - AEP Series
30 MHz - 40000 MHz
Linear Array Reference Antennas
824 MHz - 2690 MHz
Compact Range Feed Horns
690 MHz - 110000 MHz
Post Warranty Service Plan
Project Management & Consulting
Performance Series - Virtual EL/AZ/Roll Positioners - Medium Duty
紧凑型系列 - AZ/EL/AZ定位器：轻型
AZ/EL/ROLL / Null Seeker Positioner
相关资源
Positioners and Controllers Overview
Video Tour – Inside a Compact Range
Compact Range Overview
Uncertainty of a VHF CubeSat Measurement based on the Synthetic Probe Array Technique
MV-ECHO - Spherical Wave Expansion - Modal Filtering
Validation of the Fully Probe-Connected Translated-SWE Algorithm for Spherical Near Field Offset Measurements with Min Sampling
OTA Testing of Antennas and Devices using Plane Wave Synthesizer
Antenna Measurement Systems Using Multi-Probe Technlogy
Measurements and Numerical Simulations to Enhance the assessment of Antenna Coupling
Measurements of Low Gain VHF Antennas in Spherical Multi-Probe NF System
Compact Antenna Test Range with New Shorter Focal Length for Heavy Duty Antenna Measurements
Design of Dual Polarized Wide Band Plane Wave Generator for Direct Far Field Testing
Measurement Field Source for Antenna Placement in Space Applications
Reduced Sampling in NF Antenna Measurement Using Numerical Defined Expansion Functions
Testing Antenna Chip-Sets under Thermal Conditions
