Orbital X-Band Professional Series LNBs

Orbital Low Noise Block Downconverters

A Professional Low Noise Block Down-converter employs the highest quality components, ensures you from failure due to environmental extremes, such as arctic cold, Saharan heat, and rain-forest humidity. Our LNB is protected from man-made conditions such as shock, vibration, low power, over-voltage, surges, transients, and static discharge.
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Orbital X-Band U-Tube Polarizer
PRODUCT SERIES:
X Band Compact

Orbital X-Band U-Tube Polarizer

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Still faced with issues of component matching with minimal loss - we we took over the design of the Polarizer - the device that converts circular transmissions to linear transmissions (it must do so with the least possible loss), yet still preserving the axial ratio.  This  means that  the amplitude of the circular path must be preserved  as the signals are made linear - we are converting with less than 0.5 dB of difference.

The Polarizer converts circular waves, RHCP and LHCP, to linear waves, H and V - preserving both isolation and relative amplitudes between the polarities, denoted by the axial ratio.

Description Specifications
Axial Ratio 0.5 dB typical
Dimensions 125 x 60 x 60 mm 4.9 x 2.4 x 2.4 in

3D Drawing

Polarizer Test Results

Still faced with issues of component matching with minimal loss - we we took over the design of the Polarizer - the device that converts circular transmissions to linear transmissions (it must do so with the least possible loss), yet still preserving the axial ratio.  This  means that  the amplitude of the circular path must be preserved  as the signals are made linear - we are converting with less than 0.5 dB of difference.

The Polarizer converts circular waves, RHCP and LHCP, to linear waves, H and V - preserving both isolation and relative amplitudes between the polarities, denoted by the axial ratio.

How to order

U-Tube and Inline Compact Reception System Components may be ordered separately or as integrated units.

For pricing options please call 1-604-856-0305 or contact us.





© 2012 Neil Baxter