0Item(s)

You have no items in your shopping cart.

Product was successfully added to your shopping cart.
Previous

LB-CH-90-15-C-7 Linear Polarization Corrugated Conical Horn Antenna 8.2-12.4GHz 15dB Gain 7mm

Previous

LB-CH-90-15-R16-A Right Hand Circular Polarization(RHCP) Corrugated Conical Horn Antenna 8.9-11.7GHz 15dB Gain Rectangular Waveguide Interface

LB-CH-90-15-C-3.5F Linear Polarization Corrugated Conical Horn Antenna 8.2-12.4GHz 15dB Gain 3.5mm Female

Quick Overview

Linear Polarization Corrugated Conical Horn Antenna Operating From 8.2GHz to 12.4GHz With a Nominal 15dB Gain With 3.5mm Female Connector

Availability:In stock

Description

Linear polarization corrugated conical horn antenna LB-CH-90-15-C-3.5F, operating from 8.2 to 12.4GHz with a nominal 15dB gain and low VSWR 1.50:1 with 3.5mm Female output connector. The model LB-CH-90-15-C-3.5F has uniform gain through its frequency span, providing a nearly circularly symmetric copolar radiation pattern in a wide bandwidth and very low crosspolarisation. This horn antenna has linear polarization and ideally suited for antenna far field testing, reflector feed, CATR, RCS measurement and other applications.

Technical Specification

Model LB-CH-90-15-C-3.5F
Frequency, Min (GHz) 8.2
Frequency, Max (GHz) 12.4
Waveguide Type Rectangular
Waveguide Size EIA WR WR90
Gain, Typ (dBi) 15
Polarization Linear
3dB Beamwidth, E-Plane, Typ (Deg.) 30
3dB Beamwidth, H-Plane, Typ (Deg.) 30
Side Lobe Level, E-Plane, Min (dB) 20
Side Lobe Level, H-Plane, Min (dB) 25
Cross Pol. Isolation, Typ (dB) 40
VSWR, Typ 1.50:1
Impedance, (Ohm) 50
Output Type Coaxial
Connector 3.5mm
Connector Gender Female
Power Handling, CW, (W) 50
Power Handling, Peak, (W) 100
Body Material Al
Finish Chemical Conversion Coating, Gray Paint
Figure C Type
Size, W (mm) 89.8
Size, H (mm) 89.8
Size, L (mm) 266
Weight, (kg) 0.8
Application General Purpose Indoor & Outdoor, Fixed
Solution for Gain Reference, Antenna Measurement, Reflector Feed, Chamber Evaluation, Far-field Measurement, CATR, RCS Measurement, System Intergration, Material Measurement