Research about LM317 Positive Adjustable Linear Voltage Regulator: The LM317T is a 3-terminal integrated circuit which can supply a load current of up to 1.5 Amps with an output voltage of between 1.2V and 37 Volts. It accepts an input voltage of between 3 and 40 volts. It can be used to regulate either current or voltage in situations where a fixed current or fixed voltage is required. The level of current or voltage required can be adjusted by connecting the chip in series with a fixed resistor
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A PROJECT ON MICRO CONTROLLER BASED VOLTAGE MEASUREMENT GROUP MEMBERS:-- Aniruddh Dey – 000611501010 Manoranjan Kumar Choudhary – 000611501017 Nilabh Gupta – 000611501022 Gaurav Bagla – 000611501028 Nilay Mitash – 000611501036 Power Engineering 4th Year Jadavpur University ACKNOWLEDGEMENT I would like to offer my sincere gratitude to Professor Gargi Konar‚ who has contributed to this project in a major way. I thank her for
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ANALOG CIRCUIT DESIGN VOLTAGE REGULATOR USING OP-AMP PROJECT REPORT By T.SAI KUMAR (12BEC0116) S.GIRISH(12BEC0253) K.VISHWANATH(12BEC0459) V.KARTHIK(12BEC0440) VOLTAGE REGULATOR USING OP-AMP ABSTRACT In real life situations‚ we come across many scenario where we require a constant output voltage even though the input voltage is varying randomly .Voltage regulator is the device which produces constant output voltage for varying input. Generally in many of the household appliances
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Singh Manvir Case 1: 1. What options does Hi-Voltage have for developing a system to connect with Green Industries’ purchasing system? Hi-Voltage has a option to develop a business to business transaction processing system to facilitate the electronic data interchange (EDI) that Green Industries recently installed. By developing a new order entry system Hi-Voltage will improve efficiency and strengthen its bond with Green Industries. 2.
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induced voltage region and determine the average voltage. What is the average voltage of the first peak? Is it induced emf? Average voltage- sum of V9526-> 533)/8 =2.194/8= 0.274 It is induced emf at this first peak because as a whole the graph presents as a sin graph which is a characteristic illustration of induced emf. 3. Why is the sign of the second voltage peak opposite to the sign of the first peak? The sign of the second voltage peak is opposite to the sign of the first voltage peak because
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Voltage: Ohm ’s Law and Kirchhoff ’s Rules ABSTRACT Ohm ’s Law and Kirchhoff ’s rules is fundamental for the understanding of dc circuit. This experiment proves and show how these rules can be applied to so simple dc circuits. INTRODUCTION In the theory of Ohm ’s Law‚ voltage is simply proportional to current as illustrated in the proportionality‚ V=RI. As shown in this relation‚ V represent voltage which is the potential difference across the two ends of a electrical conductor and between
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use regulated power supplies? The ideal voltage-regulated power supply would have the following features: 1. Zero output impedance at DC and at all frequencies 2. Zero regulation (constant DC output voltage) for a wide range of AC line voltages and over the entire range of load currents that are required by the powered circuitry. 3. Zero power dissipation. 4. Instantaneous recover from changes in line voltage and load current. 5. Overload protection so that normal operation is automatically
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Chapter 3 VOLTAGE SAG/SWELL MITIGATION USING DYNAMIC VOLTAGE RESTORER (DVR) 3.1 Voltage Sag Mitigation Methods Power quality problems cannot be avoided for the consumers (end users) who are directly connected together by the interconnected systems. Therefore‚ consumers must protect themselves from PQ problems with mitigation or power conditioning devices. It is researched by EPRI that 90 % of all power quality problems are voltage sags in the USA and it is assumed that the European power network
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Lab# 1 The Node-Voltage Method of Circuit Analysis By: Abstract This report used KCL and Ohm’s law to calculate the node voltages and compare them to the measured node voltages after building the circuit. The calculations were obtained by hand using node analysis. The experiment was simulated on PSpice and the results were verified to hand calculations. The circuit was built in the lab and the results were measured with a digital multi-meter and compared to the calculated values‚ and
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Low-dropout regulator From Wikipedia‚ the free encyclopedia Schematic of a low-dropout regulator A low-dropout or LDO regulator is a DC linear voltage regulator which can operate with a very small input–output differentialvoltage.[1] The advantages of a low dropout voltage include a lower minimum operating voltage‚ higher efficiency operation and lower heat dissipation.[2] The main components are a power FET and a differential amplifier (error amplifier). One input of the differential amplifier
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