Question 1 (1 point) When selecting a sequence of views for an othographic drawing‚ you should choose: 1. The sequence with the least number of hidden features. 2. The standard views every time (Top‚ Front‚ Right Side). 3. The easiest to visualize. 4. The sequence is arbitrary 5. None of the above Question 2 (1 point) In what types of drawings can true length measurements be made on the front plane
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CONTROL SYSTEMS ENGINEERING Fourth Edition Norman S. Nise California State Polytechnic University‚ Pomona JOHN WILEY & SONS‚ INC. Antenna Azimuth Position Control System Layout Potentiometer θ i(t) Antenna Desired azimuth angle input θ o(t) Azimuth angle output Differential amplifier and power amplifier Motor Potentiometer Schematic Desired azimuth angle input +V θ i(t) n-turn potentiometer Power –V Differential preamplifier amplifier vp(t) ea(t) vi (t) + K1 K vo(t)
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TITLE: MODELING AND SIMULATION PROPORTIONAL-INTEGRAL (PI) CONTROLLER FOR A DC MOTOR WITH IMPROVEMENT PERFORMANCE. SUMMARY This report is about a simulation study of modeling classical control technique of dc motor drive with improvement in proportional-integral (PI) control which is used closed-loop operation to control speed of motor. The speed regulator uses a PI controller in order to obtain the electromagnetic torque needed to reach the desired speed. Current controller controls the
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future work related to the Stewart Platform. A CAD model was first designed and built based on static load conditions after which the task of detailed kinematic and dynamic analysis was undertaken using SimMechanics‚ a block diagram environment in MATLAB‚ which was then also used for controlling the virtual model. This was done for multiple mechanisms‚ the 4-bar and the 3-RRR mechanism‚ before finally being done for the Stewart Platform. A GUI was built in order to provide a simple and direct platform
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Electrical and Computer Engineering ELEC 456 Communications Jerry Johnson Dr. Bernard Harris December 12th‚ 2010 MATLAB HAND-IN #9 Simulation of the Noise Performance of a FM Communication System Problem 6.17 In this problem‚ we will do this problem using the discriminator developed in problems 4.26‚ and 4.28 to construct the Matlab simulation system. Matlab code for Problem 6.17 %--------------------------------------------------------------- % Problem 6.17‚ Call it mat9a in
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MAHAMAYA TECHNICAL UNIVERSITY‚ NOIDA Syllabus For B. TECH. SECOND YEAR Of ELECTRONICS AND COMUNICATION ENGINERING(EC) ELECTRONICS AND TELECOMMUNICATIONENGINERING (ET) ELECTRONICS ENGINERING (EL) (Effective from the Session: 2013-14) SCHEME OF EVALUATION OF B TECH SECOND YEAR (from academic year 2013-14) SEMESTER III (EC/ET/EL) Periods S.N O. 1 2 Subject Code AS-306 AS301A Subjects L T 0 1 P 0 0 Evaluation Scheme Sessional End Semester CT TA TOT P Th P 10 10 20 80 30 20 50 100 Total 100
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1. Use the auread command to load the file speech.au into Matlab. 2. Plot the signal on the screen as if it is a continuous-time signal (in top plot using sub plot). 3. Amplify the sound wave by a factor of 5 and plot below the first plot. 4. Attenuate the original sound wave by a factor of 5 and plot below the second plot. 5. Play the three signals via the digital-to-analog converter in your workstation with the Matlab sound function. 6. Note down your observations and explorations
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Inverted Pendulum Operational Manual Sheldon Logan July 4‚ 2006 1 1 Table of Contents 1 2 3 Table of Contents........................................................................................................ 2 Table of Figures .......................................................................................................... 3 Introduction................................................................................................................. 4 3.1 Equations of Motion
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EFFICIENT TRAFFIC MANAGEMENT SYSTEM Paul Jose Aricatt 2012HP01523 Dept.of Embedded Systems‚Bits Pilani‚‚India pauljosearicatt@gmail.com Abstract— Traffic congestion is a major concern for many cities throughout the world. In many countries transport system basically works on the static scenario where there is a fixed duration for which the red and the green signals are allotted for each lane. This time duration remains the same throughout the entire day whether the roads are flooded with traffic
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References: Assumed knowledge: ELEC2500‚ 3530‚ Matlab/Simulink Type of Project: Hardware
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