2. MEDIOS INALAMBRICOS – COMUNICACIONES SATELITALES Yessenia Duque Posada Isabel Cristina Aguirre Tecnólogo en administración de redes SENA

3. ONDAS ELECTROMAGNETICAS Are those waves that do not need a medium to propagate. They include, among others, visible light and radio waves, television and telephone.. Electromagnetic waves are transverse, the directions of the electric and magnetic fields are perpendicular to the propagation.

4. ESPECTRO ELECTROMAGNETICO The Electromagnetic Spectrum is a set of waves ranging from the waves with longer waves such as radio, even those with shorter and Gamma rays, via radio waves, microwaves, infrared, visible light, ultraviolet light and X rays

5. ESPECTRO ELECTROMAGNETICO

6. The electromagnetic spectrum covers wavelengths varied. There are frequencies of 30 Hz and minors who are relevant to the study of certain nebulae. On the other hand are known frequencies close to 2.9 × 1027 Hz, which have been detected from astrophysical sources. Electromagnetic energy at a particular wavelength λ (in vacuum) has an associated frequency f and photon energy E. Therefore, the electromagnetic spectrum can be expressed equally in any of these terms. Listed in the following equations: Or what is the same Or what is the same Donde (velocidad de la luz) y es la constante de Planck,.velocidad de la luzconstante de Planck RANGOS DEL ESPECTRO ELECTROMAGNETICO

7. For their study, the electromagnetic spectrum is divided into segments or strips, although this division is incorrect. There are waves having a frequency, but several applications, so that some frequencies can sometimes be included in two ranges.

8. TIPOS DE SATELITES EARTH OBSERVATION SATELLITE GPS SATELLITE NAVIGATION SATELLITE ORBITAL STATION MIR SATELLITE COMMUNICATION

9. SATELITE OBSERVACION A TIERRA Also called remote sensing. They carry specialized sensors that collect atmospheric data and land surface. Are useful in various fields such as meteorology, oceanography, environmental studies, or mapping.

10. SATELITE DE NAVEGACION (GPS) They allow the precise location of any point on Earth. They are based on triangulation methods, this calls for receiving data from at least three satellites. Positioning systems GPS and Galileo are based on this type of satellite.

11. SATELITE ESTACION ORBITAL (MIR) Laboratories in orbit to facilitate the implementation of extensive research in microgravity conditions. The International Space Station is currently the only space station. Its predecessors, the SpaceLab, Salyut and Mir are no longer operational.

12. SATELITE DE COMUNICION They provide a link for telephone, television broadcasts, Internet or permanent radio contact with ships, planes, trains..

13. In radio, the ranks are abbreviated with their initials in English. are: RADIOFRECUENCIA

14. Note that the frequencies between 1 GHz and 300 GHz, are called microwaves. These frequencies cover part of the UHF range and the full range of SHF and EHF. These waves are used in many systems, such as multiple data communication devices, radar and microwave ovens. BANDAS DE FRECUENCIA DE MICROONDAS

15. INESPECTRO VISIBLE

16. COLOR Y LONGITUD DE ONDA ColorLongitud de onda Violeta380–450 nm Azul450–495 nm Verde495–570 nm Amarillo570–590 nm Naranja590–620 nm Rojo620–750 nm

17. ORBITA is the path an object makes around another while under the influence of a centripetal force as the gravitational force

18. SATELITE ARTIFICIAL is any object that orbits around another, called the principal. The satellites are spacecraft manufactured on Earth and sent in a launch vehicle, a type of rocket that sends a payload into space. The satellites can orbit around moons, comets, asteroids, planets, stars or even galaxies. After its useful life may be artificial satellites and space junk in orbit.

19. PARTES DE UN SATELITE ARTIFICIAL z House of motorization Antenna Data Storage Equipment Meter greenhouse gases Solar Panels Meter Power Supply System Control System Communication System Positioning System Heat Shield Payload

20. PARTES EXTERNAS DE UN SATELITE

21. PARTES DE UN SATELITE INTERNAS

22. APLICACIONES DE LOS SATELITES CIENTIFICO COMUNICACION METEOROLOGIA MILITAR NAVEGACION TELEDETECCION

23. FRECUENCIAS DE OPERACIÓN SUBIDA Y BAJADA RISE: The main component in the upstream section satellite is the earth station transmitter. DOWN: An earth station receiver input includes a BPF, a LNA and an RF to IF converter. Again, the BPF limits the power of the LNA input noise.

24. GPS “GLOBAL POSSITIONAL SYSTEM” (SISTEMA DE POSICIONAMIENTO GLOBAL) "NAVSTAR GPS: a global navigation satellite system (GNSS) which determines the entire world the position of an object, a person, vehicle or shed, with accuracy to the centimeter. The differential GPS: It consists of a static GPS receiver placed at a fixed and known, from which all visible satellites monitor and measure the distances to each of them.

25. ANTENAS RECEPTORAS An antenna is a device designed for the purpose of transmitting or receiving electromagnetic waves into free space. A transmitting antenna transforms electromagnetic wave voltages, and a receiver performs the inverse function

26. COMO DIRECIONAR UNA ANTENA RECEPTORA 1. enciendaa GPS receiver when the message ALERT aparescan press EXIT, then wait until the receiver acquires cordenadad and altitude, this can be verified as in the upper right side of a screen "Satellite" aparescan 3D. 1.2 see that this insurance that the recipient already has its position and altitude, dirijace just where is the place where the antenna is placed. NOTE: Remember that the altitude of the GPS receiver tells you is the encounter is in GPS receiver, so if the antenna aa place a different altitude where the GPS receiver must consider such variation.

27. COMO DIRECIONAR UNA ANTENA RECEPTORA 1.3 see which is right at the point where solocara horizontal antenna, grave that location on your GPS receiver by pressing the ENTER key, Luer DEPARTMENT through UP and DOWN CURRENT POS "precione ENTER, ENTER, then RIGHT until "EDIT NAME" ENTER've enter the name of your selected for the item through the LEFT, RIGHT, UP and DOWN at the end press ENTER, EXIT. AND AFTER THAT YOU HAVE STORED THIS POINT YOUR GPS RECEIVER FOR YOUR INTEREST. Balla 4.Now distant point where you installed the second turn on the GPS receiver antenna. Proponer una traducción mejor

28. COMO DIRECIONAR UNA ANTENA RECEPTORA FIND 5.Press key and select UP and DOWN MY WAYPOINTS "precione then ENTER. 6.por through ARIBA and DOWN keys "and precione NEAREST ENTER. 7.busque point name of the first antenna via remote UP and DOWN keys and ENTER precione. 8.apareceran data item, check the screen onferior aparescan "GO TO" and press ENTER.

29. COMO DIRECIONAR UNA ANTENA RECEPTORA 9.si not in the map screen fence to it, picks up walking back away a bit of la antenna and then return to it, check the two fields at the bottom of the screen "TRK" and "BRG" put attention and see how they change as you move into different addresses off. 10.When the data shown in the "TRK", and "BRG" agree on their value is said to be equal, then this will be the exact address to the first antenna is where you must direct your antenna. DO NOT FORGET TO TAKE INTO ACCOUNT THE ALTITUDE. Exacra 11.almancene this location of your antenna. 12. fence to the place where the first antenna and perform steps 5 to 10 for steering.

30. INTERNET SATELITAL satellite internet connection is a method of Internet connection used as a means of a satellite link.

31. INTERNET SATELITAL ESTADO ACTUAL EN COLOMBIA It recommended a system of access in places where not served by cable or telephone, as rural or remote areas

32. Approx. 36.000 satellites in orbit at this time, of which 12.000 are approximate running, the others are considered trash space until they return to earth, there are some that take 150 years for reentry. CUANTOS SATELITES HAY ???

33. FIN