All new

Product No. Description Frequency Polarization Dimension Weight Connector HA-0570GB1-VF                                5 GHz to 70 GHz Double Ridged Broadband Waveguide Horn Antenna, V-Female Connector (1.85mm) 5 to 70 GHz                    Horizontal or Vertical 38x55x74mm 50 V-Female HR-0540GB-KF 5 GHz to 40 GHz Open Boundary Quad-Ridged Horn Antenna, 2.92mm-Female connector 5 to 40 GHz Horizontal and Vertical or ±45deg 55x55x61mm 53 K-Female*2 HR-0570GB-VF 5 GHz to 70 GHz Open Boundary Quad-Ridged Horn Antenna, 1.85mm-Female connector 5 to 70 GHz Horizontal and Vertical or ±45deg 55x55x61mm 55 V-Female*2

The video was created by FT-RF in order to provide customers with a better understanding of the product packaging as well as the accessories that come with an antenna set. For more information, please contact us via: info-tw@ft168.com.tw 18GHz to 40GHz Double Ridged Broadband Waveguide Horn Antenna Model No: HA-1840GA1-KF Frequency: 18GHz to 40GHz Gain: 13 dbi to 16 dBi LxWxH: 74x55x38mm N.W.: 90g -3dB Beamwidth: Horz.28 Deg Vert.24 Deg

The video was created by FT-RF in order to provide customers with a better understanding of the product packaging as well as the accessories that come with an antenna set. For more information, please contact us via: info-tw@ft168.com.tw 700MHz to 18GHz Double Ridged Broadband Waveguide Horn Antenna Model No: HA-07M18G-NF Frequency: 700 MHz to 18 GHz Gain: 3dbi to 18dBi WxHxL: 187x242x290mm N.W.: 1.83 KG

Model Frequency  band  Gain (dBi) Max power (W)  WxHxL (mm) Weight (kg) Connector Website HA-01M02G-NF 100MHz to 2GHz Double-Ridged Horn Antenna 100MHz - 2GHz 3 to 14dbi 1000 1600x1400x2100  Contact us N-Female Click here HA-02M03G01-NF (716) 200MHz to 3GHz Double Ridged Broadband Waveguide Horn Antenna 200Mhz - 3 GHz 3 to 12dbi 600 /3000 720x986x960 15 N-Female Click here HA-03M06GT6-NF 300MHz to 6GHz Double Ridged Broadband Waveguide Horn Antenna 300MHz - 6GHz 7 to 20dbi 800 499x765x1009 14.86 N-Female Click here HA-03M06GT2-NF  300MHz to 6GHz Double Ridged Broadband Waveguide Horn Antenna 300MHz - 6GHz -6 to 20dbi 800 393x756x599 9 N-Female Click here HA-03M08GT1-NF 300MHz to 8GHz Double Ridged Broadband Waveguide Horn Antenna 300MHz - 8GHz -10 to 16dbi 500 458x470x456 8.8 N-Female Click here HA-04M08GJ1-NF 400 MHz to 8 GHz Double Ridged Broadband Waveguide Outdoor Jamming Horn Antenna 400 MHz - 8 GHz 1 to 20dbi 500 390x660x505 11.34  N-Female Click here HA-05M08G-NF 500MHz to 8GHz Double Ridged Broadband Waveguide Horn Antenna 500MHz - 8 GHz 3 to 17dbi 800 318x646x418 4 N-Female Click here HA-06M08G-NF 600MHz to 8GHz Double Ridged Broadband Waveguide Horn Antenna 600MHz - 8GHz 4 to 16dbi 500 195x344x318 2.9 N-Female Click here HA-06M17G-NF 600MHz to 17GHz Double Ridged Broadband Waveguide Horn Antenna 600Mhz - 17 GHz -5 to 17dbi 500 190x350x290 1.4 N-Female Click here HA-07M06G-NF 700MHz to 6GHz Double Ridged Broadband Waveguide Horn Antenna 700MHz - 6GHz 3 to 18dbi 500 181x289x242 1.45 N-Female Click here HA-07M08G-NF 700MHz to 8GHz Double Ridged Broadband Waveguide Horn Antenna 700MHz to 8GHz 4 to 17dbi 500 180x334x288mm (including L mounting ) 1.35 N-Female Click here HA-07M08GA2-NF 700MHz to 8GHz Double Ridged Broadband Waveguide Horn Antenna 700MHz to 8GHz 6 to 17dBi 500 430x445x661 8.1 K-Female Click here HA-07M13G-NF 700MHz to 13GHz Double Ridged Broadband Waveguide Horn Antenna 700MHz to 13GHz 3 to 16dBi 500 192x345x288mm 1.67 N-Female Click here HA-07M18G-NF 700MHz to 18GHz Double Ridged Broadband Waveguide Horn Antenna 700MHz to 18GHz 3 to...

Horn antennas are very popular from 200 MHz frequency to higher frequencies up to 40GHz. The horn antenna has a distinctive design that is enlarged towards the end. Horn antennas typically feature a directional radiation pattern with a high antenna gain of 10-20 dBi, some antennas have a higher gain such as the standard horn antenna up to 25 dBi. Horn antennas feature a low VSWR and a wide impedance bandwidth. As the frequency of operation is increased, the gain of horn antennas increases. This is because the horn aperture is always measured in wavelengths; the horn antenna is "electrically larger" at higher frequencies because a higher frequency has a smaller wavelength. The advantages of FT-RF Horn antenna: Moderate directivity, low standing wave ratio (SWR), broad bandwidth Easy waveguide interface: These antennas are very easy to interface to the waveguide due to their shape, but they can also be designed with a transition so that a regular coaxial feeder can be used. Simple construction and adjustment ODM OEM OBM & RD services. Horn antennas are easy to make and put together. Each type of antenna has a wide range of applications: Broadband Horn Antenna: Antenna Measurement EMC/ RF Measurement Surveillance System Radar Detection System Quad-ridged Horn Antenna: Antenna Measurement Electromagnetic Measurement Electromagnetic Compatibility Testing (EMC test) Ultra-wideband Radar...

How to test EMC Antenna - Dual Polarized Horn Antennas ( Quad ridged horn antenna & Open boundary quad ridged horn antenna? The Dual Polarized Horn Antenna includes HQ model - Quad-ridged Horn Antenna, Open Boundary Quad-Ridged Horn Antenna -HR Model. These Horn antennas have an electronic switch that may simultaneously test horizontal and vertical or +-45deg polarization, as well as a couple that can test circular polarization. The dual-polarized antennas are mounted on a special table or wall. FT-RF also supply the calibration service for these antennas in case the customer wants to use them for a certain purpose. How to test EMC Antenna - Single-polarized Horn Antennas (Double ridged horn antenna & Open boundary double ridged horn antenna)? HA Model - Double-Ridged Horn Antenna & HB model - Open Boundary Double-Ridged Horn Antenna are commonly used to replace the antenna method's calibration antenna. When HA calibration is utilized, the calibration site is lost (patch loss uses a network analyzer) Enter the antenna's gain (minus the gain of the antenna, equal to the address of the object under test, return to zero) There is only one technique to compute antenna gain. The path loss patch loss subtracts the antenna's gain and substitutes the antenna under test to obtain the antenna's gain. Rotate the object under test...