Test et mesure d’antenne (Télécommunications)

MVG propose une large sélection de solutions de test d'antenne basées sur des techniques de mesure en champ proche, en champ lointain et base compacte pour les tests d'antenne, RCS et radôme.

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Test et mesure d’antenne (Télécommunications)

Nos systèmes de test et de mesure d’antennes fournissent au secteur des télécommunications un éventail de solutions entièrement personnalisables, toutes dotées de possibilités d’évolution pour faire face aux améliorations du système, assurant l’avenir de votre investissement contre les inévitables modifications des exigences de mesure.

Produits associés

Dual-Ridge Horns

Dual-Ridge Horns

100 MHz - 50000 MHz

Electric Sleeve Dipoles

Electric Sleeve Dipoles

380 MHz - 5900 MHz

Magnetic Dipoles

Magnetic Dipoles

652 MHz - 5637 MHz

Monocones

Monocones

70 MHz - 18000 MHz

Wideband Dipoles

Wideband Dipoles

130 MHz - 10000 MHz

Standard Gain Horns

Standard Gain Horns

490 MHz - 110000 MHz

Linear Array Reference Antennas

Linear Array Reference Antennas

824 MHz - 2690 MHz

High Precision Offset Parabolic Reflector

High Precision Offset Parabolic Reflector

2000 MHz - 50000 MHz

mm-Wave Chip Reference Antennas

mm-Wave Chip Reference Antennas

24250 MHz - 64000 MHz

Open-Ended Waveguides

Open-Ended Waveguides

380 MHz - 110000 MHz

Dual Linear Polarized Minimum Scattering Probes for Planar Near-Field

Dual Linear Polarized Minimum Scattering Probes for Planar Near-Field

800 MHz - 75000 MHz

Dual Polarized Probes

Dual Polarized Probes

800 MHz - 40000 MHz

Low Frequency Probes

Low Frequency Probes

100 MHz - 450 MHz

Open Boundary Quad-Ridge Horns

Open Boundary Quad-Ridge Horns

100 MHz - 50000 MHz

Compact Range Feed Horns

Compact Range Feed Horns

690 MHz - 110000 MHz

Dual Polarized CATR Feed for Cross-Polarization Reduction

Dual Polarized CATR Feed for Cross-Polarization Reduction

3300 MHz - 18000 MHz

Quad-Ridge Flared Horn

Quad-Ridge Flared Horn

350 MHz - 2000 MHz

Closed Boundary Quad-Ridge Horns

Closed Boundary Quad-Ridge Horns

500 MHz - 40000 MHz

ARGOS Tx / Rx Ultra Compact Terminal Antenna

ARGOS Tx / Rx Ultra Compact Terminal Antenna

401.7 MHz - 465.8 MHz

COSPAS - SARSAT Ultra Compact Terminal Antenna

COSPAS - SARSAT Ultra Compact Terminal Antenna

406 MHz - 406.1 MHz

Ressources associées

Design and Validation of Quasi Ideal Ultra-Wideband 3dB/180° Couplers for High Precision Spherical Near-Field Probes

Design and Validation of Quasi Ideal Ultra-Wideband 3dB/180° Couplers for High Precision Spherical Near-Field Probes

Experimental Validation of Linear Multiprobe Arrays for Fast and Accurate PNF Antenna Characterizations

Experimental Validation of Linear Multiprobe Arrays for Fast and Accurate PNF Antenna Characterizations

Updated Status on the Activities of the EurAAP Working Group on Antenna Measurements

Updated Status on the Activities of the EurAAP Working Group on Antenna Measurements

Antenna Coupling Evaluation Based on Accurate Measured Source Models and Simulations

Antenna Coupling Evaluation Based on Accurate Measured Source Models and Simulations

Planar Wide Mesh Scanning using Multi-Probe Systems

Planar Wide Mesh Scanning using Multi-Probe Systems

Validation of OTA Measurement Setup At 28GHz Using A Plan Wave Generator

Validation of OTA Measurement Setup At 28GHz Using A Plan Wave Generator

Accurate Antenna Characterisation at VHF/UHF Frequencies with Plane Wave Generator Systems

Accurate Antenna Characterisation at VHF/UHF Frequencies with Plane Wave Generator Systems

Revision Progress IEEE Std 1720 Recommended Practice for Near-Field Antenna Measurements

Revision Progress IEEE Std 1720 Recommended Practice for Near-Field Antenna Measurements

Antenna Measurement and Radome Test Systems Product Overview

Antenna Measurement and Radome Test Systems Product Overview

Non-Invasive SAR Using OTA Measurements and Numerical Post Processing

Non-Invasive SAR Using OTA Measurements and Numerical Post Processing

Building SG Evo

Building SG Evo

Why Test Satellite Antennas?

Why Test Satellite Antennas?

Which MVG multi-probe near-field antenna test system fits your antenna testing needs?

Which MVG multi-probe near-field antenna test system fits your antenna testing needs?

What are the Stages of Antenna Testing in Mobile Device Design?

What are the Stages of Antenna Testing in Mobile Device Design?

Antenna Product Overview

Antenna Product Overview

Antenna Measurement Demonstration on a Starlab 50GHz system

Antenna Measurement Demonstration on a Starlab 50GHz system

Customer Service

Customer Service

Quick guide: Evaluating the scan area requirement for planar, cylindrical and spherical measurements

Quick guide: Evaluating the scan area requirement for planar, cylindrical and spherical measurements

MVG WaveStudio Brochure

MVG WaveStudio Brochure

Uncertainty Analysis of Spherical Near Field Antenna Measurement System at VHF

Uncertainty Analysis of Spherical Near Field Antenna Measurement System at VHF

Dual Polarized Near Field Probe Based on OMJ in Waveguide Technology Achieving More Than Octave Bandwidth

Dual Polarized Near Field Probe Based on OMJ in Waveguide Technology Achieving More Than Octave Bandwidth

Complete Analysis of Spherical Higher Order Mode Excitation in Antenna Measurement Probes

Complete Analysis of Spherical Higher Order Mode Excitation in Antenna Measurement Probes

Comparison of Reflector Antenna Measurements and Simulations

Comparison of Reflector Antenna Measurements and Simulations

Reduction of the Cross Polarization Component in the Quiet Zone of a Single Reflector CATR

Reduction of the Cross Polarization Component in the Quiet Zone of a Single Reflector CATR

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