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clear condition

A lens antenna is an antenna that can convert spherical or cylindrical waves from point or line sources into plane waves, thereby obtaining pencil shaped, fan-shaped, or other shaped beams. Small side lobes and good directional symmetry. This type of antenna is mainly used in fields such as microwave communication, radar, navigation, etc.

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Passband Frequency:

Stopband Frequency1:

Stopband Frequency2:

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Gain:

Beam Width:

VSWR:

Polarization Mode:

Working Mode:

Sidelobe:

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Standing Wave:

Isolation Degree:

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A reflector antenna is an antenna that uses a metal reflector to form a predetermined beam. The feed can be a dipole or array, or a horn or horn array. Reflector antennas can be divided into single reflector antennas and dual reflector antennas. Commonly used in microwave and millimeter wave bands, it has been widely applied in satellite communication, microwave communication, radar, remote sensing, and bioelectronics technology.

Product Name

Frequency:

Frequency1:

Frequency2:

Passband Frequency:

Stopband Frequency1:

Stopband Frequency2:

Bandwidth:

Gain:

Beam Width:

VSWR:

Polarization Mode:

Working Mode:

Sidelobe:

Insertion Loss:

Standing Wave:

Isolation Degree:

Return loss:

Length:

Port isolation:

Specification Temperature:

Working temperature:

Antenna Port:

The current trend in the industry is to use compact range test antenna(CART) systems as testing systems for millimeter wave equipment. Our company can produce CART feed antennas with small size and good performance. The antenna adopts a choke structure, which has the characteristics of good pattern symmetry, low cross polarization, and small gain curve variation.

Product Name

Frequency:

Frequency1:

Frequency2:

Passband Frequency:

Stopband Frequency1:

Stopband Frequency2:

Bandwidth:

Gain:

Beam Width:

VSWR:

Polarization Mode:

Working Mode:

Sidelobe:

Insertion Loss:

Standing Wave:

Isolation Degree:

Return loss:

Length:

Port isolation:

Specification Temperature:

Working temperature:

Antenna Port:

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