low-pass filter is an electronic filter that passes low-frequency signals and attenuates (reduces the amplitude of) signals with frequencies higher than the cutoff frequency. It implemented using a resistor and a capacitor. The actual amount of attenuation for each frequency varies from filter to filter. A low-pass filter is the opposite of a high-pass filter. The below circuit diagram illustrates a simple ’RC’ low-pass filter. The range of frequencies passed by a low pass filter within a
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Water Filtration There is a wide range of filtration methods currently being used all over the world. Some can be dangerous to handle and very reactive while others can be used in an any day household. Although no filtration method is perfect‚ combining different forms of filtration can provide near-perfect water. One note to take is that most of the time the more that is filtered‚ the pricier the method is. Three very effective methods of water filtration are “Ion Exchange”‚ UV light‚ and
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Global automotive air filters market (http://www.grandviewresearch.com/industry-analysis/automotive-air-filters-market) is expected to reach USD 6.10 billion by 2020‚ according to a new study by Grand View Research‚ Inc. Growing demand from the automotive industry‚ particularly in BRIC nations‚ on account of increasing disposable income and growing industrialization rate is expected to remain a key driving factor for the market. Rising consumer awareness regarding health disorders caused due to contaminated
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Implementation of active filters using OTA-C circuits Winter Training Report CONTENTS Title Page no. 1) Introduction to OTAs 2 2) Advantages of OTAs 3 3) First Order Filter using OTAs 4 4) Second Order Filter using OTAs 5
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markers and filter paper and our choices may have affected our results. For example‚ we had the choice between a coffee filter and a circular piece of filter paper. We originally chose the coffee filter but we thought the creases in our paper would distort our results. After finally deciding on the circular paper and cutting it into a rectangle‚ I placed it in the beaker to see if it fit properly. Unfortunately‚ I did not notice that the beaker had water in it and had soaked the edge of the filter paper
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Signal & Image Processing : An International Journal (SIPIJ) Vol.2‚ No.2‚ June 2011 VEHICLE TRACKING USING KALMAN FILTER AND FEATURES Amir Salarpour1and Arezoo Salarpour2and Mahmoud Fathi2and MirHossein Dezfoulian1 1 Department of Computer Engineering‚ BuAliSina University‚ Hamedan‚ Iran {a.salarpour‚ dezfoulian}@basu.ac.ir 2 Department of Computer Engineering‚ Iran University of Science and Technology‚Tehran‚ Iran arezoo.salarpour@gmail.com ‚mahfathi@iust.ac.ir ABSTRACT Vehicle
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Name: Alfredo del junco Date: 2/22/2014 ET 1410 Final Exam 1. 1. An IC op-amp has ________. a. two inputs and two outputs b. one input and two outputs c. two inputs and one output d. one input and one output 2. In the common mode‚ ________. a. both inputs are grounded b. the outputs are connected together c. an identical signal appears on both inputs d. the output signals are in phase 3. If Av(d) = 3500 and Acm = 0.35‚ the CMMR is ________. a
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Lab 10 Low Pass and High Pass Filters Objective To study the behavior of RC and RL circuits when they are connected to AC power supply. Material Function generator‚ resistor‚ capacitor‚ inductor‚ wires‚ breadboard‚ oscilloscope Procedure RC Low Pass Filter We use a 10KΩ resistor and a 0.01μF capacitor in a series and prepare a function generator and a oscilloscope. Next‚ we measure the each voltage by changing the frequency (Start from 10‚ 20‚30‚50‚70Hz). The measurement repeats
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High Dynamic Carrier Tracking Using Kalman Filter Aided Phase-Lock Loop Weibin Li†‚‡‚ Shanjian Liu†‚‡‚ Chunhui Zhou‡‚ Shidong Zhou‡‚ Tingchang Wang† † Institute of Communication Engineering PLAUST Nanjing P‚ R China Email: liwb@wireless.mdc.tsinghua.edu.cn Abstract—Tracking dynamics on the GPS signal is still a big challenge to the receiver designer as the operating conditions are becoming more volatile. Usually‚ the Phase-locked loop (PLL) is used in GPS receivers to track
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of metal in water‚ and apply electricity‚ the water separates into it’s basic molecules‚ Hydrogen and Oxygen (H2O). If you look at the picture on the left‚ you will see H2O molecules connected together in their liquid form which is WATER But when you apply electricity (from your car battery)‚ the molecules separate and form a GAS (called HHO) which is a mixture of Hydrogen and Oxygen. This HHO GAS is then sucked into your engine and mixed along with the air from the air filter. As the gasoline
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