Rolled Edge Reflector

Rolled Edge Reflector

DMC can offer a wide range of Rolled Edge CATR reflectors ranging from 30cmx30cm to maximum size of 3.6х3.6 meters with quiet zone of 1.8 meters.
Our Reflectors are made of more than 250 mm thickness milled Aluminum panels. Our Reflector frame is also made of Aluminum, which provides thermal symmetry of the construction. The design does not suggest any adjustment elements for segment connection, which substantially lowers requirements for reflector maintenance. All elements are milled on precision 5-axis machine with 15 µm/m precision, which provides the highest quality of the working surface.

TYPICAL REFLECTIVITY AT NORMAL INCIDENCE OVER FREQUENCY RANGE IN dB

Frequently Asked Questions

A compact range reflector is a precision-engineered reflector used in a Compact Antenna Test Range (CATR) to create a plane-wave environment for antenna testing in a relatively compact space.

A rolled edge reflector is a specialized CATR reflector design with curved edges that helps control unwanted reflections and diffraction during antenna measurements.

Compact range reflectors are used for antenna testing, including radiation pattern measurements, gain measurements, and other RF and microwave antenna characterization applications.

DMC RF offers rolled edge CATR reflectors ranging from 30 cm × 30 cm up to 3.6 m × 3.6 m, depending on the testing requirements.

The quiet zone is the area where the reflector creates a controlled electromagnetic field suitable for accurate antenna measurements. The available reflector design can provide a quiet zone of up to 1.8 metres.

The reflectors are manufactured using precision-milled aluminum panels, with an aluminum frame designed to provide thermal symmetry and structural stability.

High surface accuracy helps maintain the quality of the reflected electromagnetic wave, which is particularly important for high-frequency antenna testing and achieving accurate measurement results.

Compact range reflectors can be used to test various antennas, including high-frequency, microwave, millimeter-wave, satellite, radar, and communication antennas, depending on the test range configuration.

A CATR can simulate far-field testing conditions within a smaller indoor space, helping reduce the physical distance required compared with a conventional far-field antenna test range.

Yes. Compact range reflector systems can be selected or configured based on factors such as reflector size, quiet-zone requirements, operating frequency, antenna size, and overall antenna testing requirements.

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