Debora Sirait

Sirait, Debora (2017) Debora Sirait. Undergraduate Thesis thesis, Institut Telkom Telkom Purwokerto.

	Text 1. HALAMAN DEPAN.pdf Download (4MB)
	Text 2. ABSTRACK.pdf Download (215kB)
	Text 3. BAB I.pdf Download (267kB)
	Text 4. BAB II.pdf Download (569kB)
	Text 5. BAB III.pdf Download (678kB)
	Text 6. BAB IV.pdf Restricted to Registered users only Download (623kB) | Request a copy
	Text 7. BAB V.pdf Download (201kB)
	Text 8. DAFTAR PUSTAKA.pdf Download (163kB)
	Text 9. LAMPIRAN.pdf Restricted to Registered users only Download (310kB) | Request a copy

Abstract

Wireless fidelity (WiFi) is a special dorm of the development of wireless technology uses radio technology so that its use can transfer data quickly and securely. IRRR-based WiFi version 802.11b/g operated on a freqruency of 2400 MHz WiFi can also 2484.50 MHz. Device WiFi can also works on technical devices, because the WLAN standart 802.11b WLAN device intended use in frequency 2,45 GHz. WLAN is one from of the development of the wireless technology that greatly influenced the selection of an appropriate antenna. Mikrostrip antenna is selected because it has a small size and thin it is suitable if it is integrated into the handset device. Manufacturing simulation mikrostrip rectangular petch antenna Software using CST Studio Suite 2012 by using variations of two tachniques allocation that is feedline supply and proximity coupled. The parameteres of the design include the VSWR <2, value range 3-4 dB gain, return loss under -10 dB, bandwidth is 100 MHz and impedance value 50Ω. Based on the result of research by varying the feedline and supply two proximity coupled obtained that by using dimendion calculation, engneering supply of substrate thickness value feedline 3,2 performasi has some more good VSWR values of the 1, 0021, value of the return loss is -59,478, value of impedance 50,004 and for the value of the gain is 5,598 dB. If viewes from the side of the bandwidth, anteena supply with feedline also have better performasi with a value of 88 MHz.

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