Kathrein VOS 40/F, VOS 30/F manual Leitet werden. Siehe auch EN 60728-3 Punkt 4.7 dBCINR, Typ

Models: VOS 40/F VOS 30/F

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Rückweg-Verstärker

Separat bestellen

Regelbarer Entzerrer und regelbarer Dämpfungssteller (Lieferzustand: max. Dämpfung) am Ausgang

Typ

Bestell-Nr.

Frequenzbereich

Verstärkung

 

dB

Max. Ausgangspegel

60-dB-IMA3

dBµV

 

60-dB-IMA2

dBµV

Eingangspegeldichte (CINR: 55 dB)

dBµV/Hz

Dynamikbereich (Eingangspegeldichte)

dB

Rauschmaß

 

dB

Einstellung der Verstärkung (am Ausgang)1)

dB

Einstellung der Entzerrung (am Ausgang)

dB

Abmessungen (B x H x T)

 

mm

Verpackungs-Einheit/Gewicht

 

St./kg

 

 

 

1)Im Auslieferzustand ist der Dämpfungssteller auf max. Dämpfung eingestellt.

Hinweis: Die grafische Darstellung dient nur zur besseren Verständlich- keit für die Begriffe „Eingangs-Pegeldichte“ und „Dynamik-Bereich“. Von der Darstellung können keine elektrischen Daten abge-

leitet werden. Siehe auch: EN 60728-3 (Punkt 4.7) (dB)CINR

VGR 28/30

VGR 28/65

20910008

20910009

5-30

5-65

 

 

28

118

112

Typ. -6

Typ. 19

5

0-20

0-20

130 x 17 x 38

1 (10)/0,08

Dynamik-Bereich (dB)

Eingangs-Pegeldichte (dBµV/Hz)

936.2763/C/0703/2.4d/ZWT

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Kathrein VOS 40/F, VOS 30/F manual Leitet werden. Siehe auch EN 60728-3 Punkt 4.7 dBCINR, Typ

VOS 40/F, VOS 30/F specifications

The Kathrein VOS 40/F and VOS 30/F are advanced, high-performance antennas designed specifically for the evolving demands of modern communications technologies. These antennas are engineered to deliver superior performance in a variety of operating environments, making them ideal for telecommunication applications.

The VOS 40/F is designed to operate within frequency ranges that cater to the latest mobile communication standards. Its broad frequency support ensures compatibility with both current and future technologies, including 4G and 5G networks. This capability allows service providers and network operators to seamlessly transition to newer technologies without the need for substantial infrastructure overhauls.

On the other hand, the VOS 30/F offers a compact form factor that does not compromise on performance. This model is particularly suited for urban and dense deployment scenarios where space is at a premium. The integration of advanced materials and innovative design techniques allows the VOS 30/F to provide efficient radiation patterns, ensuring reliable coverage even in challenging environments.

One of the standout characteristics of both models is their multi-band support. This feature allows for the simultaneous transmission and reception of multiple signals, significantly reducing the number of antennas required on-site. As a result, operators benefit from reduced installation costs and improved aesthetics, especially in urban areas where visual impact is a concern.

The Kathrein VOS series also incorporates state-of-the-art beamforming technology. By intelligently directing signals towards user devices, these antennas enhance signal strength and overall network capacity. This feature is particularly crucial in maintaining quality service as user demands evolve and increase.

Additionally, Kathrein has focused on environmental resilience, ensuring that both models can withstand harsh weather conditions and provide longevity in their operational lifetime. Their robust construction is complemented by excellent wind resistance, making them suitable for installation on towers, rooftops, or other elevated structures.

Another important aspect is the ease of installation and maintenance. Designed with user-friendliness in mind, these antennas enable quick deployment and straightforward servicing. The integration of smart technologies further aids in monitoring performance and diagnosing issues.

In summary, the Kathrein VOS 40/F and VOS 30/F antennas represent a significant advancement in telecommunications technology. They combine high-performance capabilities with innovative features, making them an invaluable asset for modern network operators seeking to enhance coverage, capacity, and network reliability in an increasingly demanding landscape.