consists of three elements: a transmitter that takes information and converts it to a signal; a transmission medium that carries the signal; and a receiver that receives the signal and converts it back into usable information. For example‚ in a TV broadcast the broadcast tower is the transmitter‚ free space is the transmission medium and the TV is the receiver. Some other telecommunication system such as mobile phone‚ computer in net work act as both a transmitter and receiver or transceiver. Telecommunication
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technology. Red Tacton is the major requirement and advantage for people. Red Tacton uses the minute electric field generated by human body as medium for transmitting the data. The chips which will be embedded in various devices contain transmitter and receiver built to send and accept data in digital format. In this paper we consider about red tacton‚ its working principle‚ different applications and future development of red tacton. Keywords Red Tacton‚ Network‚ NTT. I. Introduction Red
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work the profile direction is almost irrelevant‚ the critical parameter being the relationship between the known (or presumed) geological strike of a subsurface conductor and the azimuth (or bearing) of the radio transmitter. A subsurface conductor which strikes towards the radio-transmitter is well-coupled‚ as the magnetic field is at right angle to it and current can flow freely. Otherwise‚ the current flow would be restricted‚ reducing the strength of the secondary field. Profiles must be located
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EXPT-7 AIM OF THE EXPERIMENT: To study the characteristics of a Synchro Transmitter Receiver pair and use these as torque-synchro and angular error detector. APPARATUS REQUIRED: SL.NO. | NAME OF THE APPARATUS | SPECIFICATION | QUANTITY | 1 | Sychro transmitter and receiver module | | 1 | 2 | Patch chords | | As required | CIRCUIT DIAGRAM: THEORY: A synchro device‚ whether transmitter or receiver or control transformer‚ consists of a stator and a rotor. The stator consists of three
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Remote. A player places a sensor bar‚ which contains two infrared transmitters‚ near or on top of a television. While the player uses the Wii Remote‚ the Wii game console determine the remote’s location by calculating the distance and angles between the Wii Remote and the two transmitters on the sensor bar. Determining the location of a Wii Remote is relatively simple because the sensor bar contains only two fixed points: the transmitters. A more complex application of triangulation occurs in a global
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Remote. A player places a sensor bar‚ which contains two infrared transmitters‚ near or on top of a television. While the player uses the Wii Remote‚ the Wii console determines the remote’s location by calculating the distance and angles between the Wii Remote and the two transmitters on the sensor bar. Determining the location of a Wii Remote is relatively simple because the sensor bar contains only two fixed points: the transmitters. A more complex application of triangulation occurs in a global
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INTRODUCTION For years‚ infrared LED has been merely a system for piping light around corners and into the inaccessible places to allow the hidden to be lighted. But now‚ infrared LED has evolved into a system of significantly greater importance and use. Throughout the world‚ it is now being used to transmit voice‚ television and data signals as light waves. Its advantages as compared with conventional coaxial cable or twisted wire pairs are manifold. As a result‚ millions of dollars are being spent
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CHAPTER 1 INTRODUCTION 1.1 INTRODUCTION: 1.1.1 EMBEDDED SYSTEM: An embedded system is a special-purpose system in which the computer is completely encapsulated by or dedicated to the device or system it controls. Unlike a general-purpose computer‚ such as a personal computer‚ an embedded system performs one or a few predefined tasks‚ usually with very specific requirements. Since the system is dedicated to specific tasks‚ design engineers can optimize it‚ reducing
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FSK-1 FSK-2 FSK-3 FSK-4 FSK-5 FSK-6 FSK-7 FSK-8 FSK-9 FSK-10 FSK-11 FSK-12 FSK-15 FSK-16 FSK-17 FSK-18 FSK-19 FSK-20 FSK-22 FSK-23 Introduction The FSK Transmitter The FSK Transmitter (cont. 1) The FSK Transmitter (cont. 2) The FSK Transmitter (cont. 3) The FSK Transmitter (cont. 4) The FSK Transmitter (cont. 5) FSK Power Spectral Density FSK Power Spectrum (cont. 1) FSK Power Spectrum (cont. 2) FSK Power Spectrum (cont. 2) Spectrum with Rectangular Pulses Specific Examples
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Dedication This project is dedicated to our parents‚ teachers‚ friends and most importantly‚ who have supported us and guided us to build this project. Certificate The work done in this project report titled Intelligent Transportation System (ITS) is presented by the following students under the supervision of Dr. Fahim Aziz Umrani. Name Roll No 1) Zarlish mushtaque (GL) 08TL32 2) Umber Abbas 08TL15 3) Omair Najam 08TL93
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