PowerLOG PRO EMI 30600

Double polarized wideband horn antenna

The double polarized quad-ridged horn antennas of the PowerLOG® PRO series are characterized by enormous broadband performance and very high transmission power.

The gain increases with higher frequency up to max. approx. 12 dBi and generates a constant field strength, quasi-independent of the frequency. This predestines the PowerLOG® PRO 30600 especially for EMI compliance tests, since the amplifier does not have to be readjusted depending on the frequency. This saves a considerable amount of calibration and measurement effort.

Another special feature of the PowerLOG® PRO 30600 is its two inputs. This allows a horizontally or a vertically polarized measurement to be made without the need for an error-prone reconfiguration of the antenna. The PowerLOG® 30600 is suitable for both sending and receiving purposes. Due to the very high maximum transmit power of up to 500 W, the PowerLOG® is particularly suitable for EMC or interference emission measurements. The antenna is supplied incl. comprehensive, specific calibration data.

Highlights:
• Wide frequency range from 300 MHz – 6 GHz
• Supports very high power levels up to 500W (CW)
• Constant field strength due to linear increasing gain
• High gain up to 12 dBi
• Horizontal and vertical measurement without rebuild
• Delivery includes specific calibration data
• Perfectly suited for EMC measurements with spectrum analyzers
• Dimensions: 510 x 507 x 507 mm
• Weight: 8,8 kg

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Description

KEYFACTS
Design Quad-ridged
Active No
Gain (max.) 12 dBi
Connectors 2x N (f)
Mount Mounting bracket
Dimensions 510x507x507 mm
Weight 8.8 kg
More Information
Dimensions 510 x 507 x 507 mm (L/B/H)
Design Quad-ridged horn antenna
Frequency range 300MHz – 6GHz | 500W
Guarantee 2 years
Weight 8,8 kg
RF connection 2 x N (f) connections (H+V) or SMA connection via adapter
Included with delivery PowerLOG PRO 30300, specific calibration data
Max. transmission power 500 W
Nominal impedance 50 Ohm
Polarisation H+V
VSWR (typ.) <1:2,5

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