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General information Panel antenna AH-2513P 2x2 MIMO is intended for use in the set of user equipment wireless communication systems LTE, WIMAX 2.6 GHz band. AH-2513P MIMO 2x2 antenna is the medium directional and recommended for application not far from the base station and in the city. Thanks to the support antenna MIMO 2x2, the speed of transmission when using modems LTE2600 (YOTA ONE, Huawei E392, Е3276, M100-4, etc) can reach 150MB/s. Electrical characteristics AX-2513PF MIMO 2x2 Operating frequency range, MHz 2500-2700 Gain, dBi 13 x 2 The width of the days in a horizontal / vertical plane, degrees 54/28 The sidelobe level is not more -13 dB Isolation between ports, not less >28 dB Input impedance, Ohm 75 SWR in the frequency range, not more 1,6 Permissible power watts 10 Polarization +45°/-45° (X-pol) Mechanical characteristics Weight with mount, g 1050 Mount-the mast diameter 20-52mm Range of working temperatures,C. Celsius -45....+60 Overall dimensions without mounting, m 0,2x0,2x0,04 Allowable wind speed, m/sec 35 Connector 2хF-female The material of the protective casing -Polycarbonate+ABS Antenna material -galvanized steel Fastener material steel Protective coating powder polymeric paint Dignity antenna AH-2513P MIMO 2x2: The tilt of the antenna polarization +45/-45 degrees. This solution allows to maximize the use of modern high-speed 4G LTE modems. Active radiators of the antenna are securely protected from rain body ultrafioletowego plastic. The inputs of the antenna closed-loop DC current between the outer and inner conductors, which reduces the probability of accumulation of static electricity on the modem input and makes optional the use of gazorazryadnoi Use SMA-male allows the use of standard antenna adapters (2 PCs) to connect the antenna and modem. The presence in the antenna of the two radiating systems with orthogonal polarization allows to work in mode MIMO 2x2 technology or implement Diversity.

Another way to connect the SMA port...

I thought it would be appropriate to simulate a different antenna on this frequency...

,,, sure, it can ... !!

,,, of course my friend, but I will try to do a simulation in this sense....!!!! ,,, you want to be conical or without a cone....???

Here is a large range of antennas.... http://qrzcq.me/do5ssb/Antennas/Printed_and_Microstrip_Antennas/?C=N&O=D http://www.qsl.net/va3iul

,,, after the size of 102mm...!!1

At the request of the Bajonet user, I present some constructive details below...

,,,copper wire, copper pipe and coaxial cable...

,,,,one is one, another is another ...!!!!

,,,good, this is a general scheme...!!! ,,,baluns device (a device that provides coupling the symmetrical antenna and asymmetric feeder) made in a quarter-wavelength glass the base of which is connected with the outer conductor of the hard coaxial cable...

This is the original reflector(view-back)...

,,,,good, a more constructive, more special ...

Irradiator Bester Offset 1900-2200 GHz 3G Range of operating frequencies 1900 - 2000 MHz 2100 - 2200 MHz Gain 9 dB CWS 1,5 Polarization Linear is selected when installing Impedance 50 Ohm Connector N-female ,,,and the reality of simulation...

,,,and in a 4x4 panel version it looks like this...

,,,well, it can be and so ...

Good, it seems that the antenna works very well but I think for reducing the impedance to 50 ohms, it is necessary to modify the diameter of the copper wire

Yes, the adjustment lines are made of copper wire with a diameter of 1.5 mm, I will try to make a project with this antenna for you...!!!

""", something like this ,is hard to do ...???

,,,it"s okay...!!! ,,,if you make a panel with 4 such antennas, it will be the gain in directivity (15dBi)...!!!

,,,both the director and the vibrator must be shortened, the height instead of 5mm comes 4.75mm...!!!!

About that could be, with the same reflector ...

Yes, it can ... !!!

,,,only if the reflector is increased to 80X100mm...