used as highly accurate Frequency-to-Voltage (F/V) converters‚ accepting virtually any input frequency waveform and providing a linearly proportional voltage output. A complete V/F or F/V system only requires the addition of two capacitors‚ three resistors‚ and reference voltage. FREQUENCY-TO-VOLTAGE • Operation: DC to 100 kHz • Choice of Linearity: - TC9401: 0.02% - TC9400: 0.05% - TC9402: 0.25% • Programmable Scale Factor Package Type 14-Pin Plastic DIP/CERDIP IBIAS 1 ZERO ADJ 2 IIN 3 VSS
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HEART RATE DISPLAY 2011-12 A MINOR PROJECT REPORT SUBMITTED TO RAJIV GANDHI PRODHYOGIKI VISHWAVIDHYALAYA BHOPAL TOWARDS PARTIAL FULFILLMENT OF THE DEGREE OF BACHELOR OF ENGINEERING IN ELECTRONICS AND COMMUNICATION ENGINEERING SUBMITTED BY: ROHIT SURANA (0830EC091101) SHUBHAM DUBEY (0830EC091113) DEPARTMENT OF ELECTRONICS AND COMMUNICATION TRUBA COLLEGE OF ENGINEERING AND
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See TALKING ELECTRONICS WEBSITE email Colin Mitchell: talking@tpg.com.au For our other free eBooks: 50 - 555 Circuits 1 - 100 Transistor Circuits 101 - 200 Transistor Circuits 100 IC Circuits For a list of every electronic symbol‚ see: Circuit Symbols. For more articles and projects to suit the hobbyist: see TALKING ELECTRONICS WEBSITE INTRODUCTION This e-book covers a number of interesting circuits. They have been presented for
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how much voltage is applied through them‚ these materials are known as ‘Ohmic’ resistors. This is because they are said to obey Ohm’s law‚ which states that if a voltmetre is used to measure the voltage (V) of an unknown resistance (R)‚ and an ammetre is used to measure the current (i) through the same unknown resistance‚ then ‘R’ would be given by R = V/i . The eureka wire used in this experiment is an ohmic resistor‚ so theoretically it can be used to measure the relationship between its length
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An Investigation of Ohm’s Law Stephen McGill (22044566) Results from test using 25Ω Resistor: Voltage(Volts) | Current(mA) | Resistance(Ohms) | 0 | 0 | 0 | 0.57 | 20 | 28.5 | 1.01 | 40 | 25.25 | 1.49 | 60 | 24.83 | 2.01 | 80 | 25.12 | 2.51 | 100 | 25.1 | 3.0 | 120 | 25.0 | 3.51 | 140 | 25.0 | 4.0 | 160 | 25.0 | 4.5 | 180 | 25.0 | 5.03 | 210 | 23.95 | 5.52 | 230 | 24.0 | 6.02 | 250 | 24.08 | 6.51 | 270 | 24.1 | 7.0 | 290 | 24.13 | 7.5 |
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supplies may have different voltages. The experiment will be repeated three times for each length of wire‚ with low‚ medium and high resistor. Also‚ an average should be taken to enable that the test results are reliable. Apparatus used * 2 crocodile clips * Power pack * Voltmeter * 6 wire * A meter ruler with attached wire * A variable resistor * A calculator Method 1. We set up the circuit as drawn on the circuit diagram. 2. Then starting with 10cm‚ we measured the
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SCADA BASED MONITORING AND CONTROLLING USING ZIGBEE Submitted in complete fulfillment of the requirements For the degree of BACHELOR OF ENGINEERING BY ANSARI MOHAMMAD ADNAN ROHIT JETHMALANI PANKAJ SAWANT RAVI KUMAR Under the guidance of MRS. SUNITA SHARMA (internal guidance) DEPARTMENT OF ELECTRONICS AND TELECOMMUNICATION ENGINEERING UNIVERSITY OF MUMBAI 2011-2012 AN AFFILIATE OF THE UNIVERSITY OF MUMBAI CERTIFICATE
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chapter 1 intaoduction “Driving to save lives‚ time‚ and money in spite of the conditions around you and the actions of others.”- This is the slogan for Defensive Driving. Vehicle accidents are most common if the driving is inadequate. These happen on most factors if the driver is drowsy or if he is alcoholic. Driver drowsiness is recognized as an important factor in the vehicle accidents. It was demonstrated that driving performance deteriorates with increased drowsiness with resulting crashes
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PROPELLER CLOCK OBJECTIVE :- In this project‚ our aim is to use PIC or 8051 microcontroller to control a row of LEDs to function it as a clock. ABSTRACT :- The Propeller Clock is an electronic device which has a series of LEDs on board that rotate with the help of a motor to give an illusion of a watching a clock ( Digital or Analogue ). This requires a DC motor which rotates the PCB connected to it with sufficient speed so as to create the illusion. The LEDs are connected to a microcontroller
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hands-free and eyes-free foot-computer interface that supports on-the-go interaction with surrounding environments. We recognize different low-level activities by measuring the user’s continuous weight distribution over the feet with twelve Force Sensing Resistor (FSR) sensors embedded in the insoles of shoes. Using the sensor data as inputs‚ a Support Vector Machine (SVM) classifier identifies up to eighteen mobile activities and a four-directional foot control gesture at approximately 98% accuracy. By understanding
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