Microcontroller Based Home Security A PROJECT REPORT ON “MICROCONTROLLER BASED HOME SECURITY SYSTEM” ABSTRACT Engineering is not only a theoretical study but it is a implementation of all we study for creating something new and making things more easy and useful through practical study. It is an art which can be gained with systematic study‚ observation and practice. In the college curriculum we usually get the theoretical knowledge of industries‚ and a little bit of implementation knowledge
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EE213 Electrical Circuits Laboratory Term Project Two Speed Automatic Transmission System 1. Introduction Transmission system is an assembly of gears‚ shafts and electrical gadgets in an automobile. This system forms a bridge between the engine and wheels to transmit mechanical power required for movement. The complete set up reduces the high rotational speed of engine to lower wheel speed‚ since internal combustion engines in automobiles operate between 600 and 7000 revolutions per minute (rpm)
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SEMICONDUCTORS ELTE 1403 Forward biased diode: cathode anode Varactor is a silicon diode optimized for its variable capacitance when reversedbiased. Used for tuning frequencydependent equipment. Zener Diode is designed to operate in the breakdown region; used for voltage regulation. Varactor Zener N + P electron flow depletion layer An ideal diode acts like a closed switch when forward biased and an open switch when reverse biased. 1st approximation calculations assume
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Fourth Edition‚ last update June 29‚ 2002 2 Lessons In Electric Circuits‚ Volume II – AC By Tony R. Kuphaldt Fourth Edition‚ last update June 29‚ 2002 i c 2000-2002‚ Tony R. Kuphaldt This book is published under the terms and conditions of the Design Science License. These terms and conditions allow for free copying‚ distribution‚ and/or modification of this document by the general public. The full Design Science License text is included in the last chapter. As an open and collaboratively
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ABSTRACT Flood is one of the disastrous phenomena that caused a lot of deaths to some other uninformed area in the province. The researchers from Negros Occidental High School proposed a study with the objective to construct and develop a flood detection device‚ present a practical device‚ and introduce the device to a certain residents in the province that needs to be aware of flood. After the device was constructed‚ the researchers tested the device in a cup of water. During the testing of device
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The item that the company selling are can be classified in to 4: 1. Active components consist of a. transistor b. integrated circuit c. diode 2. Passive component a. resistor b. capacitor c. switch 3. Kits a. transistor radio kit b. AM/FM kit c. amplifier 4. Others a. speaker electronic tools c. accessories Business process Selling Active Components When a customer purchased transistor its either he can present busted parts or give the part number of the item‚ if the item is available the
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ECT 122 Week 1 iLab #2 Part 1 1. Calculate the conductance of the following resistors: Note: don’t forget the units! Resistance Conductance 108‚342‚000 Ω 9.23µS 10 kΩ 100µS 2.2 kΩ 4.55µS 2. Calculate the resistance of a circuit that has the following conductance of. Note: don’t forget the units! Conductance Resistance 25 mS 40Ω 235 nS 4.26MΩ 50 S 20Ω 3. Describe a Conductor. A conductor is made of materials that have little
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ELECTRONIC DICE . TO CONSTRUCT AN ELECTRONIC DICE USING LEDS . BACKGROUND: LED’s History The first known report of a light-emitting solid-state diode was made in 1907 by the British experimenter H. J. Round. However‚ no practical use was made of the discovery for several decades. Independently‚ Oleg Vladimirovich Losev published "Luminous carborundum [[silicon carbide]] detector and
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load line. 1.2 AC OPERATION The experimental objectives are to: i) Compare the theoretical and practical amplifier voltage gain. ii) Determine the effect of the load on the amplifier voltage gain. . iii) Observe the effect of unbypassed emitter resistors. 2. INTRODUCTION: In this lab‚ the common-emitter configuration will be investigated. This common-emitter amplifier typically uses a self biasing scheme and has a relatively linear output. The common-emitter amplifier is characterized by
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"Tee" configuration but the network can also be redrawn to form a Star or Υ type network as shown below. T-connected and Equivalent Star Network As we have already seen‚ we can redraw the T resistor network to produce an equivalent Star or Υ type network. But we can also convert a Pi or π type resistor network into an equivalent Delta or Δ type network as shown below. Pi-connected and Equivalent Delta Network. Having now defined exactly what is a Star and Delta connected network it is possible
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