{"id":2031,"date":"2010-09-12T00:01:30","date_gmt":"2010-09-12T06:01:30","guid":{"rendered":"http:\/\/ishmaels.net\/blog\/?p=2031"},"modified":"2010-09-12T00:01:30","modified_gmt":"2010-09-12T06:01:30","slug":"the-future-4g","status":"publish","type":"post","link":"https:\/\/www.ishmaels.net\/blog\/2010\/09\/12\/the-future-4g\/","title":{"rendered":"The Future \u2013 4G"},"content":{"rendered":"<p>I do not know why the author of this called it 4G.  He does very little to explain 4G but does a nice job of discussing antennas for all purposes that fits well within my idea of good info for Ham Radio review.  So if you glaze over the first paragraph, and get into things about paragraph 3 you will get a very good overview of antennas, functions, shapes, sizes, <strong class='StrictlyAutoTagBold'>use<\/strong> and other points that should lead to some basics before you dig into getting, updating and building your own.  &#8211; WD0AJG<\/p>\n<p>The mobile world has seriously increase and we have to grow along with it but i am determine to <strong class='StrictlyAutoTagBold'>make<\/strong> us go through another world called the 4G WORLD, a world that comprises of the MERGING OF BOTH THE COMPUTING AND THE MOBILE. With your computer you can also <strong class='StrictlyAutoTagBold'>make<\/strong> calls, this thus <strong class='StrictlyAutoTagBold'>make<\/strong> it superb. but it a very complex stage. but do you know more about the MOBILE-COMPUTING WORLD. I will explain it better below :-<\/p>\n<p>THE MOBILE-COMPUTING WORLD<\/p>\n<p>A transmitting antenna takes waves that are generated by electrical signals inside a device such as a <strong class='StrictlyAutoTagBold'>radio<\/strong> and converts them to waves that travel in an open space. The waves that are generated by the electrical signals inside radios and other devices are known as guided waves, since they travel through transmission lines such as wires or cables. The waves that travel in an open space are usually referred to as free-space waves, since they travel through the air or outer space without the need for a transmission line. A receiving antenna takes free-space waves and converts them to guided waves.<\/p>\n<p>Radio waves are a type of electromagnetic radiation, a form of rapidly changing, or oscillating, energy. Radio waves have two related properties known as <strong class='StrictlyAutoTagBold'>frequency<\/strong> and wavelength. Frequency refers to the number of times per second that a wave oscillates, or varies in strength. The wavelength is equal to the speed of a wave (the speed of light, or 300 million m\/sec) divided by the <strong class='StrictlyAutoTagBold'>frequency<\/strong>. Low-<strong class='StrictlyAutoTagBold'>frequency<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> waves have long wavelengths (measured in hundreds of meters), whereas high-<strong class='StrictlyAutoTagBold'>frequency<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> waves have short wavelengths (measured in centimeters).<\/p>\n<p>An antenna can radiate <strong class='StrictlyAutoTagBold'>radio<\/strong> waves into free space from a transmitter, or it can receive <strong class='StrictlyAutoTagBold'>radio<\/strong> waves and guide them to a receiver, where they are reconstructed into the original message. For example, in sending an <strong class='StrictlyAutoTagBold'>AM<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> transmission, the <strong class='StrictlyAutoTagBold'>radio<\/strong> first generates a carrier wave of energy at a particular <strong class='StrictlyAutoTagBold'>frequency<\/strong>. The carrier wave is modified to carry a message, such as music or a person&#8217;s voice. The modified <strong class='StrictlyAutoTagBold'>radio<\/strong> waves then travel along a transmission line within the radio, such as a <strong class='StrictlyAutoTagBold'>wire<\/strong> or cable, to the antenna. The transmission line is often known as a feed element. When the waves reach the antenna, they oscillate along the length of the antenna and back. Each oscillation pushes electromagnetic energy from the antenna, emitting the energy through free space as <strong class='StrictlyAutoTagBold'>radio<\/strong> waves.<\/p>\n<p>The antenna on a <strong class='StrictlyAutoTagBold'>radio<\/strong> <strong class='StrictlyAutoTagBold'>receiver<\/strong> behaves in much the same way. As <strong class='StrictlyAutoTagBold'>radio<\/strong> waves traveling through free space reach the receiver&#8217;s antenna, they set up, or induce, a weak electric current within the antenna. The current pushes the oscillating energy of the <strong class='StrictlyAutoTagBold'>radio<\/strong> waves along the antenna, which is connected to the <strong class='StrictlyAutoTagBold'>radio<\/strong> <strong class='StrictlyAutoTagBold'>receiver<\/strong> by a transmission line. The <strong class='StrictlyAutoTagBold'>radio<\/strong> <strong class='StrictlyAutoTagBold'>receiver<\/strong> amplifies the <strong class='StrictlyAutoTagBold'>radio<\/strong> waves and sends them to a loudspeaker, reproducing the original message.<\/p>\n<p>III. PROPERTIES OF ANTENNAS<\/p>\n<p>Microwave Tower  <br \/>Microwave transmissions are beamed from point to point using tall antennas. The antennas must be within sight of each other, since the microwave signals travel in straight, narrow paths.  <br \/>Encarta Encyclopedia  <br \/>Science Source\/Photo Researchers, Inc.<\/p>\n<p>Full Size  <br \/>An antenna&#8217;s size and shape depend on the intended <strong class='StrictlyAutoTagBold'>frequency<\/strong> or wavelength of the <strong class='StrictlyAutoTagBold'>radio<\/strong> waves being sent or received. The design of a transmitting antenna is usually not different from that of a receiving antenna. Some devices <strong class='StrictlyAutoTagBold'>use<\/strong> the same antenna for both purposes.<\/p>\n<p>A. Size  <br \/>An antenna works best when its physical size corresponds to a quantity known as the antenna&#8217;s electrical size. The electrical size of an antenna depends on the wavelength of the <strong class='StrictlyAutoTagBold'>radio<\/strong> waves being sent or received. An antenna radiates energy most efficiently when its length is a particular fraction of the intended wavelength. When the length of an antenna is a major fraction of the corresponding wavelength (a quarter-wavelength or half-wavelength is often used), the <strong class='StrictlyAutoTagBold'>radio<\/strong> waves oscillating back and forth along the antenna will encounter each other in such a way that the wave crests do not interfere with <strong class='StrictlyAutoTagBold'>one<\/strong> another. The waves will resonate, or be in harmony, and will then radiate from the antenna with the greatest efficiency.<\/p>\n<p>If an antenna is not long enough or is too long for the intended <strong class='StrictlyAutoTagBold'>radio<\/strong> frequency, the wave crests will encounter and interfere with <strong class='StrictlyAutoTagBold'>one<\/strong> another as they travel back and forth along the antenna, thus reducing the efficiency. The antenna then acts like a capacitor or an inductor (depending on the shape of the antenna) and stores, rather than radiates, energy. The electrical length of an antenna can be altered by adding a metal loop of <strong class='StrictlyAutoTagBold'>wire<\/strong> known as a loading coil to <strong class='StrictlyAutoTagBold'>one<\/strong> end of the antenna, thus increasing the amount of <strong class='StrictlyAutoTagBold'>wire<\/strong> in the antenna. Loading coils are used when the practical length of an antenna would be too long. Adding a coil to a short antenna increases the antenna&#8217;s electrical length, improves its resonance at the desired frequency, and increases the antenna&#8217;s efficiency.<\/p>\n<p>The <strong class='StrictlyAutoTagBold'>radio<\/strong> waves used by <strong class='StrictlyAutoTagBold'>AM<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> have wavelengths of about 300 m (about 1,000 ft). Most <strong class='StrictlyAutoTagBold'>AM<\/strong> transmitter antennas are built to a height of about 75 m (about 250 ft), which, in this case, is the length of a quarter-wavelength. With a tower of this height, an <strong class='StrictlyAutoTagBold'>AM<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> antenna will radiate <strong class='StrictlyAutoTagBold'>radio<\/strong> waves most efficiently. Since an antenna that is 75 meters tall would be impractical for a portable <strong class='StrictlyAutoTagBold'>AM<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> receiver, <strong class='StrictlyAutoTagBold'>AM<\/strong> radios <strong class='StrictlyAutoTagBold'>use<\/strong> a special coil of <strong class='StrictlyAutoTagBold'>wire<\/strong> inside the <strong class='StrictlyAutoTagBold'>radio<\/strong> for an antenna. The coil of <strong class='StrictlyAutoTagBold'>wire<\/strong> is wrapped around an iron-like magnetic material called a ferrite. When <strong class='StrictlyAutoTagBold'>radio<\/strong> waves come into contact with the coil of wire, they induce an electric charge within the coil. The magnetic ferrite helps confine and concentrate the electrical energy in the coil and aids in reception.<\/p>\n<p>Television and <strong class='StrictlyAutoTagBold'>FM<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> <strong class='StrictlyAutoTagBold'>use<\/strong> tall broadcast towers as well but <strong class='StrictlyAutoTagBold'>use<\/strong> much shorter wavelengths, corresponding to much higher frequencies, than <strong class='StrictlyAutoTagBold'>AM<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong>. Therefore, <strong class='StrictlyAutoTagBold'>television<\/strong> and <strong class='StrictlyAutoTagBold'>FM<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> waves have wavelengths of only about 3 m (about 10 ft). As a result, the corresponding antennas are much shorter. Buildings and other obstructions close to the ground can block these high-<strong class='StrictlyAutoTagBold'>frequency<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> waves. Thus the towers are used to raise the antennas above these obstructions in order to provide a greater broadcasting range. Receiving antennas for <strong class='StrictlyAutoTagBold'>television<\/strong> sets and <strong class='StrictlyAutoTagBold'>FM<\/strong> radios are small enough to be installed on these devices themselves, but the antennas are often mounted high on rooftops for better reception.<\/p>\n<p>B. Shape  <br \/>Antennas come in a wide variety of shapes. One of the simplest types of antennas is called a dipole. A dipole is made of two lengths of metal, each of which is attached to <strong class='StrictlyAutoTagBold'>one<\/strong> of two wires leading to a <strong class='StrictlyAutoTagBold'>radio<\/strong> or other communications device. The two lengths of metal are usually arranged end to end, with the cable from the transmitter or <strong class='StrictlyAutoTagBold'>receiver<\/strong> feeding each length of the dipole in the middle. The dipoles can be adjusted to form a straight line or a V-shape to enhance reception. Each length of metal in the dipole is usually a quarter-wavelength long, so that the combined length of the dipole from end to end is a half-wavelength. The familiar &#8220;rabbit-ear&#8221; antenna on top of a <strong class='StrictlyAutoTagBold'>television<\/strong> set is a dipole antenna.<\/p>\n<p>Another common antenna shape is the half-dipole or monopole antenna, which uses a single quarter-wavelength piece of metal connected to <strong class='StrictlyAutoTagBold'>one<\/strong> of the twin wires from the transmitter or <strong class='StrictlyAutoTagBold'>receiver<\/strong>. The other <strong class='StrictlyAutoTagBold'>wire<\/strong> is connected to a ground, or a point that is not connected to the rest of the circuit. The casing of a <strong class='StrictlyAutoTagBold'>radio<\/strong> or cellular telephone is often used as a ground. The telescoping antenna in a portable <strong class='StrictlyAutoTagBold'>FM<\/strong> <strong class='StrictlyAutoTagBold'>radio<\/strong> is a monopole. This arrangement is not as efficient as using both ends of a dipole, but a monopole is usually sufficient to pick up nearby <strong class='StrictlyAutoTagBold'>FM<\/strong> signals.<\/p>\n<p>Satellites and radar telescopes <strong class='StrictlyAutoTagBold'>use<\/strong> microwave signals. Microwaves have extremely high frequencies and, thus, very short wavelengths (less than 30 cm). Microwaves travel in straight lines, much like light waves do. Dish antennas are often used to collect and focus microwave signals. The dish focuses the microwaves and aims them at a <strong class='StrictlyAutoTagBold'>receiver<\/strong> antenna in the middle of the dish. Horn antennas are also used to focus microwaves for transmission and reception.<\/p>\n<p>C. Directivity  <br \/>Directivity is an important quality of an antenna. It describes how well an antenna concentrates, or bunches, <strong class='StrictlyAutoTagBold'>radio<\/strong> waves in a given direction. A dipole transmits or receives most of its energy at right angles to the lengths of metal, while little energy is transferred along them. If the dipole is mounted vertically, as is common, it will radiate waves away from the center of the antenna in all directions. However, for a commercial <strong class='StrictlyAutoTagBold'>radio<\/strong> or <strong class='StrictlyAutoTagBold'>television<\/strong> station, a transmitting antenna is often designed to concentrate the radiated energy in certain directions and suppress it in others. For instance, several dipoles can be used together if placed close to <strong class='StrictlyAutoTagBold'>one<\/strong> another. Such an arrangement is called a multiple-element antenna, which is also known as an array. By properly arranging the separate elements and by properly feeding signals to the elements, the broadcast waves can be more efficiently concentrated toward an intended audience, without, for example, wasting broadcast signals over uninhabited areas.<\/p>\n<p>The elements used in an array are usually all of the same type. Some arrays have the ability to move, or scan, the main beam in different directions. Such arrays are usually referred to as scanning arrays.<\/p>\n<p>Arrays are usually electrically large and have better directivity than single element antennas. Since their directivity is large, arrays can capture and deliver to the <strong class='StrictlyAutoTagBold'>receiver<\/strong> a larger amount of power. Two common arrays used for rooftop <strong class='StrictlyAutoTagBold'>television<\/strong> reception are the Yagi-Uda array and the log-periodic array.<\/p>\n<p>A Yagi-Uda consists of <strong class='StrictlyAutoTagBold'>one<\/strong> or more dipoles mounted on a crossbar. The dipoles are of different lengths, corresponding to the different frequencies used in broadcast <strong class='StrictlyAutoTagBold'>television<\/strong> transmission. Additional pieces of metal, which are called directors and reflectors, are placed on the crossbar in front of and behind the dipoles. Directors and reflectors are not wired into the feed element of the antenna at all but merely reflect and concentrate <strong class='StrictlyAutoTagBold'>radio<\/strong> waves toward the the directors. Yagi-Uda antennas are highly directive, and receiving antennas of this type are often mounted on rotating towers or bases, so that these antennas can be turned toward the source of the desired transmission. Log-periodic arrays look similar to Yagi-Uda arrays, but all of the elements in a log-periodic array are active dipole elements of different lengths. The dipoles are carefully spaced to provide signal reception over a wide range of frequencies.<\/p>\n<p>While the dipole, monopole, microwave dish, horn, Yagi-Uda, and log-periodic are among the most common types of antennas, many other designs also exist for communicating at different frequencies. Submarines traveling underwater can receive coded <strong class='StrictlyAutoTagBold'>radio<\/strong> commands from shore by using extremely low <strong class='StrictlyAutoTagBold'>frequency<\/strong> (ELF) <strong class='StrictlyAutoTagBold'>radio<\/strong> waves. In order to receive these signals, a submarine unravels a very long <strong class='StrictlyAutoTagBold'>wire<\/strong> antenna behind as it travels underwater. Television camera crews broadcasting from locations outside the studio <strong class='StrictlyAutoTagBold'>use<\/strong> powerful microwave transmitter antennas, which can send signals to satellites or directly to the <strong class='StrictlyAutoTagBold'>television<\/strong> station. Amateur, or &#8220;ham,&#8221; <strong class='StrictlyAutoTagBold'>radio<\/strong> enthusiasts, who generally <strong class='StrictlyAutoTagBold'>use<\/strong> frequencies between those of <strong class='StrictlyAutoTagBold'>AM<\/strong> and <strong class='StrictlyAutoTagBold'>FM<\/strong> radio, often construct their own antennas, customizing them for sending and receiving signals at desired frequencies.<\/p>\n<p>GASTtechnology<\/p>\n<p>Author: <a href=\"http:\/\/EzineArticles.com\/?expert=Yomi_Olaoye\">Yomi Olaoye<\/a><br \/>Article Source: <a href=\"http:\/\/ezinearticles.com\/?The-Future---4G&amp;id=1645042\">EzineArticles.com<\/a><br \/><a href=\"http:\/\/instantpot.com\/technology\/how-electric-pressure-cookers-work\/\">How Electric Pressure Cookers Work<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"<p>he mobile world has seriously increase and we have to grow along with it but i am determine to make us go through another world called the 4G WORLD, a world that comprises of the MERGING OF BOTH THE COMPUTING AND THE MOBILE. With your computer you can also make calls, this thus make it superb. but it a very complex stage. <\/p>\n<p><a href=\"https:\/\/www.ishmaels.net\/blog\/2010\/09\/12\/the-future-4g\/\">&#8220;And Now the Rest of the Story &#8211; &#8220;The Future \u2013 4G<\/a><\/p>\n","protected":false},"author":1,"featured_media":0,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"jetpack_post_was_ever_published":false,"_jetpack_newsletter_access":"","_jetpack_dont_email_post_to_subs":false,"_jetpack_newsletter_tier_id":0,"_jetpack_memberships_contains_paywalled_content":false,"_jetpack_memberships_contains_paid_content":false,"footnotes":"","jetpack_publicize_message":"","jetpack_publicize_feature_enabled":true,"jetpack_social_post_already_shared":false,"jetpack_social_options":{"image_generator_settings":{"template":"highway","default_image_id":0,"font":"","enabled":false},"version":2}},"categories":[6],"tags":[],"class_list":["post-2031","post","type-post","status-publish","format-standard","hentry","category-hobbies","odd"],"yoast_head":"<!-- This site is optimized with the Yoast SEO plugin v27.4 - https:\/\/yoast.com\/product\/yoast-seo-wordpress\/ -->\n<title>The Future \u2013 4G - And That was How it Went<\/title>\n<meta name=\"robots\" content=\"index, follow, max-snippet:-1, max-image-preview:large, max-video-preview:-1\" \/>\n<link rel=\"canonical\" href=\"https:\/\/www.ishmaels.net\/blog\/2010\/09\/12\/the-future-4g\/\" \/>\n<meta property=\"og:locale\" content=\"en_US\" \/>\n<meta property=\"og:type\" content=\"article\" \/>\n<meta property=\"og:title\" content=\"The Future \u2013 4G - And That was How it Went\" \/>\n<meta property=\"og:description\" content=\"he mobile world has seriously increase and we have to grow along with it but i am determine to make us go through another world called the 4G WORLD, a world that comprises of the MERGING OF BOTH THE COMPUTING AND THE MOBILE. With your computer you can also make calls, this thus make it superb. but it a very complex stage. &quot;And Now the Rest of the Story - &quot;The Future \u2013 4G\" \/>\n<meta property=\"og:url\" content=\"https:\/\/www.ishmaels.net\/blog\/2010\/09\/12\/the-future-4g\/\" \/>\n<meta property=\"og:site_name\" content=\"And That was How it Went\" \/>\n<meta property=\"article:published_time\" content=\"2010-09-12T06:01:30+00:00\" \/>\n<meta name=\"author\" content=\"wd0ajg\" \/>\n<meta name=\"twitter:card\" content=\"summary_large_image\" \/>\n<meta name=\"twitter:creator\" content=\"@wd0ajg\" \/>\n<meta name=\"twitter:site\" content=\"@wd0ajg\" \/>\n<meta name=\"twitter:label1\" content=\"Written by\" \/>\n\t<meta name=\"twitter:data1\" content=\"wd0ajg\" \/>\n\t<meta name=\"twitter:label2\" content=\"Est. reading time\" \/>\n\t<meta name=\"twitter:data2\" content=\"10 minutes\" \/>\n<script type=\"application\/ld+json\" class=\"yoast-schema-graph\">{\"@context\":\"https:\\\/\\\/schema.org\",\"@graph\":[{\"@type\":\"Article\",\"@id\":\"https:\\\/\\\/www.ishmaels.net\\\/blog\\\/2010\\\/09\\\/12\\\/the-future-4g\\\/#article\",\"isPartOf\":{\"@id\":\"https:\\\/\\\/www.ishmaels.net\\\/blog\\\/2010\\\/09\\\/12\\\/the-future-4g\\\/\"},\"author\":{\"name\":\"wd0ajg\",\"@id\":\"https:\\\/\\\/www.ishmaels.net\\\/blog\\\/#\\\/schema\\\/person\\\/e09620d4264e5cd90e30305809ea2462\"},\"headline\":\"The Future \u2013 4G\",\"datePublished\":\"2010-09-12T06:01:30+00:00\",\"mainEntityOfPage\":{\"@id\":\"https:\\\/\\\/www.ishmaels.net\\\/blog\\\/2010\\\/09\\\/12\\\/the-future-4g\\\/\"},\"wordCount\":2008,\"commentCount\":0,\"publisher\":{\"@id\":\"https:\\\/\\\/www.ishmaels.net\\\/blog\\\/#\\\/schema\\\/person\\\/e09620d4264e5cd90e30305809ea2462\"},\"articleSection\":[\"Hobbies\"],\"inLanguage\":\"en-US\",\"potentialAction\":[{\"@type\":\"CommentAction\",\"name\":\"Comment\",\"target\":[\"https:\\\/\\\/www.ishmaels.net\\\/blog\\\/2010\\\/09\\\/12\\\/the-future-4g\\\/#respond\"]}]},{\"@type\":\"WebPage\",\"@id\":\"https:\\\/\\\/www.ishmaels.net\\\/blog\\\/2010\\\/09\\\/12\\\/the-future-4g\\\/\",\"url\":\"https:\\\/\\\/www.ishmaels.net\\\/blog\\\/2010\\\/09\\\/12\\\/the-future-4g\\\/\",\"name\":\"The Future \u2013 4G - 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