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After an idea of Vman... Sector Antenna 2442mhz.cst

Here are some quick notes about the parabolic type dish antennas you might find. The actual antenna is a normal half wave dipole with an integrated balun and is located inside the sealed plastic cover. The mesh screen is the reflector which concentrates the RF energy onto the antenna. That is how dish antennas increase the received or transmitted power level. Also, wireless cable service providers frown upon giving away their used dishes as they think you're going to steal cable service.

TP-Link CPE510/520 is a 5 GHz outdoor access point similar to Ubiquiti NanoStations. There is also a 2.4 GHz Version of this AP, the TP-Link CPE210/220. The device has a built-in 13 dBi 2x2 dual-polarized directional MIMO antenna with a beamwidth of 45° (H-Plane) and 30° (E-Plane). Installation 1,Connect the TP-Link CPE510 with your computer via ethernet 2,Set the IP address of your computer to 192.168.0.10 with a subnetmask of 255.255.255.0 3,Open your browser, go to https://192.168.0.254 and accept the invalid certificate 4,Log in with user "admin" and password "admin", change the password in the next step 5,Go to the "System" tab and upload the OpenWrt firmware in the "Firmware Update" section and select "Restore" in the dialog promted the filename is limited to a length of 68 characters (as of: "1.3.0 Build 20150612 Rel. 50997", the real limit seems to be 80 characters - including the implicite prefix "C:\fakepath\") 6,Follow official OpenWrt setup instructions (e.g. IP address of the device is now 192.168.1.1)

The ANT010PN is a 10dB directional panel antenna, capable of precisely broadcasting a 2.4GHz wireless signal across a great external distance. This antenna comes with its own flush wall-mount for easy installation onto a wall or pole and is fitted with an N-Type socket connector. The ANT010PN is typically used with outdoor wireless equipment such as WiFi Access Points to point a 2.4GHz signal across a longer distance than would normally be feasible to a very specific point, such as a single WiFi client or a second receiving antenna. Solwise Outdoor directional panel antenna 10dBi gain Flush wall mount N type socket connector

Single band IEEE 802.11 a/n standard High gain patch antenna Frequency (MHz) : 5150-5825 Peak Gain (dBi) : 10.0 VSWR : 2.0 : 1 Dimension (mm) : 76 x 72 x 3.8 Connector : IPEX MHF I Cable Length (mm) : 50 (customized) It seems to work well on the 5.6 GHz frequency.

Is a Russian patch-antenna for its positioning in the focus of a parabola offset... Antenna is broadband (2.3-2.7GHz) Bester Antenna on the offset dish It has a elliptical polarization antenna.

,,,see this...

It seems that the antenna with the above dimensions does not fit in the frequency range... ANT010PN.cst

What is this?

,,,,galvanized sheet metal...!

DESIGN OF Printed Dipole with Reflector and Multi Directors PID991189.pdf

This yagi style printed circuit board antenna gives great performance from 2400 to 2450 MHz. This range is commonly used for wireless systems 802.11b/g, RFID systems, satellite dish antennas, dish feeds, and beacons. This can also be easily applied to other hobbyist applications in this range.

Patch antenna ( Patch ANT v.3 ) 50-ohm

This is the simplest type of antenna from a theoretical point of view.

,,,this is the correct positioning of the Bester antenna...

I also tried a version of the Batwing antenna, with small modifications....

,,,this might be a good antenna optimization...

,,,hi, my friend, see that in this post (page 1) there is an example of how to bent a surface...!!! an example... bent.cst ,,,what is the diameter of your helix antenna...!!!

,,,this it is(17x71 mm) ....!!!

,,,according to the dimensions given by KSM , I did the simulation with the following results... ,,,it seems that this type of antenna is quite good considering the frequency bandwidth. ,,,and some constructive details...

This page details the construction of a biquad antenna. The biquad antenna is easy to build, and provides a reliable 11dBi gain, with a fairly wide beamwidth. an antenna geometry of ideal biquad...

In telecommunications, a collinear antenna array is an array of dipole antennas mounted in such a manner that the corresponding elements of each antenna are parallel and collinear, that is they are located along a common line or axis. Collinear arrays of dipoles are high gain omnidirectional antennas. A dipole has an omnidirectional radiation pattern when in free space and not influenced by any other conductors in that it radiates equal radio power in all azimuthal directions perpendicular to the antenna, with the signal strength dropping to zero on the antenna axis. The purpose of stacking multiple dipoles in a vertical collinear array is to increase the power radiated in horizontal directions and reduce the power radiated into the sky or down toward the earth, where it is wasted. They radiate vertically polarized radio waves. Theoretically, when stacking idealised lossless dipole antennas in such a fashion, doubling their number will produce double the gain, with an increase of 3.01 dB. In practice, the gain realized will be below this due to imperfect radiation spread and losses.

I think I was right....

60 mm not maybe>2*30,6+3=64,2 mm....!1!

I don't really believe it, but I'll do a simulation in this regard...how much distance(93 mm) do you want ...???!!!