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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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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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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Faraday’s Law of Induction using an oscillating wand which swings through a magnetic field. In addition‚ we studied the conversion of mechanical energy to electrical energy. Questions: 1. What are the possible errors in this experiment? There are a variety of sources of error which may have affected the results of this experiment. There could have been an error in the setup of the Rotary Motion setup or its setup within the Logger Pro program. Another issue with the setup could have occurred when
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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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electromechanical device which generates an electrical output directly proportional to the speed of the rotating systems. Tachogenerators are basically transducers. This transducer converts the speed of rotation directly into electrical signal. The angular speed is converted into a directly dependent voltage signals. The voltage thus generated is fed to a speedometer for speed measurement and /or used as a feedback signal for controlling the speed of a rotating shaft. An electromechanical generator
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Why 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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Low Voltage Effects on AC Motors A drop in voltage will result in a proportionate increase in current. If the current exceeds the nameplate rating and is not corrected‚ this can result in damage to the motor from overheating Nameplate Rating An electric motor will have a nameplate rating for both voltage and amperage. When a load is on a motor‚ the motor must draw a fixed amount of power. The required power is about equal to volts times amps. Should the voltage fall below the nameplate rating
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symbolized by A. One ampere of current represents one coulomb of electrical charge (6.24 x 1018 charge carriers) moving past a specific point in one second. Physicists consider current to flow from relatively positive points to relatively negative points; this is called conventional current or Franklin current. Electrons‚ the most common charge carriers‚ are negatively charged. They flow from relatively negative points to relatively positive points. Electric current can be either direct or alternating.
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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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