Build Omni Antenna 2.4 Ghz

Finally, a central antenna for rt / rw I-net is completed. Omni-directional 14 dBi homebrew peforma wow ... this turned out really. Understandably, the price to make this antenna quite make puppy four days because of the thin bag. Forced me to buy cigarettes even be retail. Upsss…. Upsss .... its a secret! Hehehe…. Hehehe ....

Okay bro, here in tools and materials needed and the cost to make this antenna:

• N-Connector Female Chassis = 1 seed -> USD. 2
• AC copper pipe capillary 6 mm = 2 m -> USD. 3
• AC Foam capillary diameter = 1 seed -> USD. 1
• Coaxial cable RG 6 U = 2 m -> USD. 1
• Copper plate 2 mm = 30 cm * 10 cm -> USD. 1,4
• Pipe paralon 1 inch = 1 seed -> USD. 2,7
• DHubcap paralon one inch pipe = 2 seed -> USD. 1
• Pipe Cutter -> USD. 2,5
• Solder 200 watts -> USD. 4,5
• Tin = 1 roll (9 meters) -> USD. 1

Not bad right? Well, for making the scheme please see the following picture:

Skema pembuatan antenna omni-directional 2.4 GHz - full Scheme of the manufacture omni-directional antenna 2.4 GHz - full

Skema pembuatan antenna omni-directional 2.4 GHz - elemen Scheme of the manufacture omni-directional antenna 2.4 GHz - elements

Skema pembuatan antenna omni-directional 2.4 GHz - elemen bawah Scheme of the manufacture omni-directional antenna 2.4 GHz - elements under

Sebelum membuat antenna ini pastikan jika memotong atau membuat bagian-bagian antenna harus dengan ukuran yang sudah di tentukan alias “harus pas baget!”. Before making this antenna make sure if the cut or make the parts with the size of the antenna must have the specified alias "should fit baget!". Sebab banyak yang gagal dikarenakan kecerobohan saat mengukur dan memotong bagian-bagian antenna ini. For many of which fail due to carelessness when measuring and cutting sections of this antenna. Ok, gak usah banyak cin-chong, langsung aja cara membuat antenna omni ini : Ok, not have a lot of cin-Chong, immediately wrote how to make this omni antenna:

1. Potong 24 buah pipa kapiler AC dengan ukuran 4,7 cm menggunakan pipe cutter. Cut 24 pieces the size of the capillary tube with 4.7 cm air conditioner using pipe cutter.
2. Potong 24 buah kabel RG 6 U dengan ukuran 6,7 cm, kupas bagian luar kabel, dan lepaskan serabut groundnya. Cut 24 pieces Cable RG 6 U with 6.7 cm in size, peel off the outer cable, and pull the fibers groundnya.
3. Kupas busa pelindung di ke 2 ujung tiap-tiap potongan kabel tersebut dengan ukuran 1 cm dari ujungnya dan masukkan ke dalam pipa kapiler AC yang telah di buat pada bagian pertama. Peel the protective foam in the second end of each piece of cable with a size of 1 cm from the end and enter into the capillary tube air conditioner's been made in the first part. Berarti sisa busa pelindung kabel adalah 4,7 cm (6,7 - 2). Cable protection means that the remaining foam was 4.7 cm (6.7 - 2).
4. Potong 1 buah pipa kapiler AC dengan ukuran 7,8 cm menggunakan pipe cutter. Cut 1 piece of AC with the size of the capillary tube 7.8 cm using a pipe cutter.
5. Potong 1 buah kabel RG 6 U dengan ukuran 9,8 cm, kupas bagian luar kabel, dan lepaskan serabut groundnya. Cut 1 piece of cable RG 6 U with 9.8 cm in size, peel off the outer cable, and pull the fibers groundnya.
6. Kupas busa pelindung di ke 2 ujung potongan kabel tersebut dengan ukuran 1 cm dari ujungnya dan masukkan ke dalam pipa kapiler AC yang telah di buat pada bagian ke empat. Peel the protective foam in the two end pieces of the cable with a size of 1 cm from the end and enter into the capillary tube air conditioner's been made in the fourth.
7. Solder zig-zag ke 24 elemen menjadi satu bagian seperti gambar di atas. Solder zig-zag to the 24 elements into a single part like the picture above.
8. Potong plat tembaga 8 cm * 3 cm dan buat menjadi berbetuk selinder dengan diameter sekitar 1,6 cm kemudian solder sambungannya. Cut the copper plate of 8 cm * 3 cm and create a berbetuk cylinder with a diameter of 1.6 cm and then solder joints.
9. Potong plat tembaga berbentuk bulat sesuai dengan diamenter lubang selinder tembaga di atas (8) kemudian solder seluruh sisinya agar menempel pada selinder plat tembaga lalu lubangi bagian tengahnya dengan ukuran sekitar 6 mm. Cut a round copper plate with copper cylinder hole diamenter above (8) and then solder all sides to stick to the copper plate cylinder and holes in the middle with a size of about 6 mm.
10. Masukkan elemen terakhir kedalam selinder tembaga. Enter the last element into the copper cylinder. Untuk ukurannya liahat pada gambar di atas lalu di solder. For its size in the picture above liahat ago in solder.
11. Solder N-Connector dengan ujung kawat tembaga elemen terakhir (7,8 cm). Connector N-soldering copper wire with the tip of the last element (7.8 cm).
12. Buat plat tembaga untuk grounding kemudian soder ke ground N-Connector . Create a copper plate for grounding, then soder to ground N-Connector. Lihat gambar di atas. See the picture above.
13. Rangkai semua menjadi satu lalu buat kabel stup dengan mengguakan kawat isi kabel RG 6 U. Bundle all into one and create a cable wire mengguakan hive with the contents of RG 6 cable U. Lihat gambar di atas. See the picture above.
14. Potong pipa paralon dan busa kapiler AC dengan panjang sesuai dengan rangkaian elemen yg sudah di buat lalu masukkan busa ke dalam pipa. Cut the foam pipe paralon and AC capillary length in accordance with the circuit element in the make-me and enter the foam into the pipe.
15. masukkan rangkaian elemen antenna ke dalam busa kapiler AC yang ada di dalam pipa. enter a series of antenna elements into an existing AC capillary foam inside the pipe.
16. Lubangi 1 dop pipa paralon untuk N-Connector, kunci dengan klem/baut, lalu pasang seluruh rangkaian antenna omni 14 dBi ini. Paralon pipe holes in a light bulb for N-Connector, the key to the clamp / bolts, and reinstall the entire series of 14 dBi omni antenna is.
17. Buat secangkir kopi, nikmati sebatang rokok dan tersenyumlah…. Make a cup of coffee, enjoy a cigarette and smile .... kamu telah memiliki antenna omni-directional 14 dBi buatan tangan kamu sendiri. you have to have omni-directional antenna, 14 dBi your own handmade. Ahaxxx….. Ahaxxx ... ..

Tak lupa saya sempat ambil gambar beberapa step-by-step pembuatan antenna omni ini. Not sure I could take a picture a few step-by-step creation of this omni antenna. Dan berikut beberapa gambar yang sempat saya foto : And here are some pictures that I can photograph:

Potongan elemen yang teleh di buat Pieces created element teleh

Menyatukan bagian-bagian dari elemen dengan solder Uniting the parts of the element with the solder

Hasil dari menyatukan bagian-bagian elemen The result of uniting the parts element

Menyatukan elemet terakhir (bawah) yang telah dibuat Elemet unify last (bottom) that have been made

Hasil setelah menyatukan semua elemen Results after uniting all the elements

Memasukan elemen ke dalam pipa PVC paralon Incorporate elements into PVC pipe paralon

Konektor Connectors

Finishing Finishing

Ngetest disambung dengan pigtail Ngetest connected with Pigtail

Selesai sudah.... Done already .... *skalian ambil pose :P* * Skalian take a pose: P *

Heheeheee……. Heheeheee ... .... gimana gambar saya? how my image? keren gak???? not cool??
Gambarnya di kutip ade' saya pas abis bikin nih antenna. The picture in quotation ade 'makes me fit abis nih antenna. Jadi maklum tampak berkeringat + capek + lesu + stress + legaaaaaa….. So be advised looked sweaty + tired + lethargic + stress + legaaaaaa ... ..
Selamat mencoba dan semoga sukses! Good luck and good luck!