4.90-7.05GHz  Standard Gain Horn Antenna
4.90-7.05GHz  Standard Gain Horn Antenna  OLB-159-10

4.90-7.05GHz Standard Gain Horn Antenna OLB-159-10

Standard gain horn antenna OLB-159-10 WR-159 is also known as a waveguide horn.

This WR-159 standard gain horn antenna has a 10 dB nominal gain and a square cover flange. Our 15 dB WR-159 horn antenna has a minimum frequency of 4.9 GHz and a maximum frequency of 7.05 GHz.

Standard gain horn waveguide antenna OLB-159-10 has a vertical beam width of 31.3 and horizontal of 32.1degrees at 3 dB.

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Standard gain horn antenna OLB-159-10 WR-159 is also known as a waveguide horn.

This WR-159 standard gain horn antenna has a 10 dB nominal gain and a square cover flange. Our 15 dB WR-159 horn antenna has a minimum frequency of 4.9 GHz and a maximum frequency of 7.05 GHz.

Standard gain horn waveguide antenna OLB-159-10 has a vertical beam width of 31.3 and horizontal of 32.1degrees at 3 dB.

 

 

The C-band is a designation by the Institute of Electrical and Electronics Engineers (IEEE) for a portion of the electromagnetic spectrum in the microwave range of frequencies ranging from 4.0 to 8.0 gigahertz (GHz);however, this definition is the one followed by radar manufacturers and users, not necessarily by microwave radio telecommunications users. The C-band (4 to 8 GHz) is used for many satellite communications transmissions, some Wi-Fi devices, some cordless telephones, and some weather radar systems.

 

The communications C-band was the first frequency band that was allocated for commercial telecommunications via satellites. The same frequencies were already in use for terrestrial microwave radio relay chains. Nearly all C-band communication satellites use the band of frequencies from 3.7 to 4.2 GHz for their downlinks, and the band of frequencies from 5.925 to 6.425 GHz for their uplinks. Note that by using the band from 3.7 to 4.0 GHz, this C-band overlaps somewhat into the IEEE S-band for radars.

 

The C-band is primarily used for open satellite communications, whether for full-time satellite television networks or raw satellite feeds, although subscription programming also exists. This use contrasts with direct-broadcast satellite, which is a completely closed system used to deliver subscription programming to small satellite dishes that are connected with proprietary receiving equipment

Features

Precisely Machined and Gold Plated

Low VSWR

Light Weight

Linear Polarization

Low Return Loss

Rectangular Waveguide Interface

Lower sidelobes and symmeterical radiation patterns

 

Applications

Civil Aviation

Railway

Transportation

Automobile manufacture

Navigation

Experimental Study

Measurement

Safe City Applications

 

Specifications

Frequency Range(GHz)

4.90-7.05

Gain(dB)

10Typ.

3dB Beam Width

H 55° / V 55°

Waveguide

WR159

Material

AI

Polarization

Linear

Impedance

50Ω

Frequency Range(GHz) 4.90-7.05
Gain(dB) 10Typ.
3dB Beam Width H 55° / V 55°
Waveguide WR159
Material AI
Polarization Linear
Impedance 50Ω