Advanced Antenna Measurement Services at Stancer Testing-Lab

Stancer Testing-Lab offers state-of-the-art antenna measurement services to ensure the optimal performance and reliability of your antenna systems. With our advanced equipment and experienced team, we provide comprehensive testing and analysis to support your antenna design and development needs. Explore our range of antenna measurement services and discover how we can help you achieve superior antenna performance.

Antenna Measurement Services

Radiation Pattern Testing

Azimuth and Elevation Pattern Measurement: Characterize the radiation pattern of antennas in both azimuth and elevation planes to assess coverage and beam forming capabilities.

Gain Measurement

Determine the peak gain of antennas to evaluate signal strength and coverage area.

Average Gain Measurement

Assess the average gain of antennas to ensure consistent performance across different angles.

Total Efficiency Measurement

Evaluate the overall efficiency of antennas to minimize signal loss and maximize transmission effectiveness.

Radiation Efficiency Measurement

Measure the radiation efficiency of antennas to assess their ability to convert input power into radiated energy.

Linear and Circular Polarization Measurement

Determine the polarization characteristics of antennas to ensure compatibility with transmission systems and minimize signal distortion.

Near-Field Scanning

Conduct near-field measurements to analyze antenna performance in close proximity to devices and structures.

Frequency Response Measurement

Perform frequency sweep measurements to analyze antenna performance across different frequency bands and identify resonant frequencies.

Input Impedance Measurement

Characterize the input impedance of antennas to ensure impedance matching and maximize power transfer.

Pattern Diversity Analysis

Evaluate the diversity gain of antenna arrays and assess their performance in mitigating multi path fading and improving signal reception.

Cross-Polarization Rejection Measurement

Measure the cross-polarization rejection of antennas to minimize interference from unwanted polarization components.

Far-Field Range Testing

Conduct far-field measurements to assess antenna performance in the far-field region and validate theoretical radiation patterns.

Conduct far-field measurements to assess antenna performance in the far-field region and validate theoretical radiation patterns.