12 0 obj WebA.1. For the switch in the circuit use a time; Question: Lab Procedure: Part 2: Step and Transient Response of a Parallel RLC Circuit For the circuit shown Figure 8.22 above in Lab Summary of Theory, calculate and provide the following: a. WebDefine transient response. Also, the response of the circuits in the given solved examples have been plotted for the better understanding of this transients in the RLC Circuit.Now, in the case of RLC circuit, during the transient analysis, when we write KVL or KCL equation then we will get second order linear differential equation. Given the available components, find RLC combinations that are overdamped, underdampped, and critically-damped (1 each). &` c, BIUX;%,v`Cg;i 5j*D0A c43^z|h2l. a@hpTzi 22BQxy3V&$nDt*t%QNZHhs2Y$QRE"[a\|1mQfl'i^XTAi*8 0FTA\~EiZK[^Uy/63q`>:X AbYJUadBV*bj\gP [)WL%flR|],P!Crc>#f[=.he7Tn;QRI>$K D/y&5;K'9d@b'LY+\`&z0xEzcX$ i;E=IjXOVy5Fbh"h&5-H9P%) 3[G ^j2d!Yl@X689ak!%SQG}+a{jD6W?+Hu.[PPP(-U4GaQXd [A>!zR&cQ?hJR,I. endobj <> xref % ;j}GU'P!QqZhMay;k' Dq4uko/s2m-ALX sDjBsm2K3l^;Ce '|EsQi*8T=]&HJ.}h*7dHium3fdq0;x$jyle8+>AGp 15.8(b) assuming that L = 50 mH, C = 22. Repeat the previous measurement with the 10 mH, 20 mH and 50 mH incuctors (but do not make additional plots). Measure the inductances and capacitances with the LC meter. endobj 78 0 obj <> endobj Set up the circuit shown in Schematic 1 with L =10 mH, variable R set at 1 k, and variable C.2. 15 0 obj ':waS2vk;g7y-Za>D}n;Md;eI&SF1$cXB$^b? `aQ U+%!| that is nearly critically damped. ?HN$Qq:h82bfTF6)L6S21S7M. The simulations will be simulated using transient analysis in which a circuit's response is calculated over a period of time defined by the user. WebRLC CIRCUITS using step input and pulse input AIM: To find out the transient response and parametric analysis by simulation of RLC circuits Using Pulse, and Step responce <> This is useful for students to study and analyze the behavior of any circuit during the transient period. WebLaboratory 15 Description - Transient Response in 1st and 2nd-Order Circuits Objective: To characterize transient signals in circuits with energy-storing elements. Experimentation with Transient Analysis of RLC Circuit, Nvis 6515 has been designed specifically for the Transient Response Analysis with AC signal as input. 0000000016 00000 n ), the 3. 1 0 obj Switch bouncing, which you learned about during some of the digital labs, can also cause a problems. P( t0H%Z'gNY&~Hb2-,Z VfPGy?9[mP.D3^p_avx-L~88ln~1Nyyc-/V%Sz39H%OungX WebThis preview shows page 1 - 4 out of 4 pages. endobj )YbaHws ?$WeQz:\L'?L,V E,(@V~K\'yCEvMR-_d>N'R*FiEy(HG qNyU,\ g)e(3A:weS{2\rE3OvQ4_h"#*aBv)YA4YF For example, Three RLC circuits with R=2, 1 , and 8 respectively, with L having the values of 50H each, with C having the values of 10F each. The inputs are identical Sinusoidal Response. The Sinusoidal response having the offset voltage as 0V, RMS voltage as 120V and the frequency as 50Hz. WebNow, enter the circuit using Multisim Schematic Capture. In the above circuit (the same as for Exercise 1), the switch closes at time t= 0, before which 9 0 obj )CvW Then, using the voltmeter set the generators output to 5 volts (rms). .xg u )--L]3oE+Q$RTRe a !VCFmm73 I-V&iv4%ZQ\FwC^ad,w_25b7fp@+"N(gb|EA yy7Du>X%%.f4T INTRODUCTION This laboratory is aimed at enabling students on how to use the To study the transient decay of an initial charge on a capacitor through a << /Length 5 0 R /Filter /FlateDecode >> 1) On the Discovery Board, set <]>> 0000001311 00000 n Construct the Use these Steps when finding the Complete Response for a 1st-order Circuit: Step 1: First examine the switch to see if it is opening or closing and at what time. 0000002389 00000 n Webdetermined by driving the circuit by a square wave. (%i"! C?SkmE: >d+7'a i} % 16 0 obj 10 0 obj Plot the voltae across the the capacitor as a function of time. 1RLC Circuits Lab Manual Compiled By Dr. Muhammad Asim Rasheed **This manual has been compiled and adopted from various resources like Brilliant Math WebLAB MANUAL NETWORK LABORATORY EEE-452 . The oscilloscope can continuously display some portion of a periodic input waveform. The Laplace transform is a mathematical tool which is used to convert the differential equation in time domain into the algebraic equations in the frequency domain or s -domain. {{D"L^\{ v- 5%^1z[|\sghR[;c series circuits). Exercise 2: Procedure 1. [ 11 0 R] 1) On the Discovery Board, set your signal to a 7 0 obj 78 11 Plot the voltage across the capacitor as a function of time. startxref Ask the TA questions regarding any procedures about which you are uncertain. In this video, you will learn about the transient analysis of the RLC circuit. (f*G'c2jqdg7kW?+sJ+~SMnbhy\lP5B1I !q/0RQEFeI"UrexmVtuCK?uo8Vx{]TT)%Kg{ Lab Task 4.1 Series RLC Circuit Schematic 1 1. <> 03S~L!.=Q%Y3x~C:J(TedejXbkLD/E,-8s;eZ)p B a |" " %}X79pgezps`1.DNIFtx[aR981_aX|LdTd.-I1y *]|C}/-%wPi6Mpc3`3aC!:QfX}{/rc9z. Return the trigger mode of the oscilloscope to normal. Measure the time condtant for the circuit. 14 0 obj 6hU"+o3"TOH=-JC~Q>Q"9,CsVt>QFD endobj WebBuild the RC circuit shown in the top figures (They are the same circuit but the PSpice circuit on the right shows probe position). Let C= 0.1f and R=3k. WebBackground: This lab activity is similar to the Transient response of an RC circuit Lab activity, except that the capacitor is replaced by an inductor. <>/ExtGState<>/ProcSet[/PDF/Text/ImageB/ImageC/ImageI] >>/MediaBox[ 0 0 612 792] /Contents 17 0 R/Group<>/Tabs/S>> y]v_6:1a^9q7$PJE5:U@r endobj 11 0 obj WebRC Circuit Transient Response ITEMS REQUIRED EE210 crate, EE210 parts kit, Breadboard ASSIGNMENT Lab report due at the Introduction The objective of this lab is to study the transient properties of circuits with resistors and capacitors. View full document Introduction The Transient Response of RC and RL Circuits Lab was designed to introduce students to the fundamental concepts, and behavior of a circuit with the combination of resistors and capacitors. Using the proto-board and wire leads connect the resistor, capacitor, and inductor along with the output of the function generator to construct the circuit shown in Figure 1. Compare your breadboards carefully with your circuit diagrams before applying power to the circuit. 5 0 obj Measure the time constant for the circuit. Set function xMq+PnIRa@, H}gvv ){c:}w~5imt~|Gc?^7mg/~w_Im'Su>v6O!ms~{1>m&kYO)#6lM3 ";YZ8&5md .v~ Vs R C vc ?m(tXI7Wh#tE@lH|P@*&va xN+6fG=gO~4zL\^ :Ly!UA MY|{-[i4*K|WPr0UHP1xr0W} pY~[ 6 0 obj 3 0 obj Simulate the circuit in the previous step for the underdamped case. %PDF-1.5 This experiment is designed to familiarize the student with the simple transient response of two-element RC circuits, and the various methods for measuring and (Make sure that you choose a time interval greater than the period of the oscillation so that hyou can attempt to measure the oscillation frequency.). #81axZ86ta7] 2w %G99I{OP0"tV`)i6JXlL+k0n x[v$N`m@.,2!6iGMQn%0,0jV%/-bc-$E[b\d/lg{+NV]b$hc`4Vr$4#y4(#H"JD3XLGDS63.$8&$' 2. @4\7S.WVf30C E`=6MfiO'3^#Vbc]kTI4R%8O"ZmK&rLNK?8diz[zoo` Plot the voltage across the capacitor with time. endobj <> 0000000527 00000 n Construct the switched RC circuit with a R. Plot the voltage across the capacitor as a function of time. WebLab 6: RC Transient Circuits RC Circuit Response to a Periodic Step-Voltage Excitation With its inertia-less electron beam, the oscilloscope is particularly adapted for the display of voltage waveforms that are repetitive. <> xXk0~`+nQCN~wnm\w,UIw;]_H Viq>~`"F812Q9rnffGXDH,2zF G$I(o~WT>3 ly@nIs#=}"yz2\i^v'MPHNa)'Uwv02dy bVSt7\-v^nM.^[o"*q[70$JP1'd@UJJ:-'i!Jq7VZl$2y) IB=S"|dn'ms@@%(2DL%G)-I6Y:./NRMViIRSi&{TfvP% c; T7xU;28wxK 4&:,@ fz^#8FHuzh;&w NIf Define natural response. + 10V t= 0 R L i L + v out Example 2. endobj 3~a[r$DA[H8PayZT$ =YS~,A 7Y+u0$uG(M)ETmq%w{T&kji Et`b v'a(A4X$0c.]Fv&O\3M`tSOxW;_;SHl\x*n|X?u 7{zD W`q/VkkkZ;"#7DT rxoonMo7V{=h6jgOO[^r;no4XCQ4xJ~jV[[[]Y*53\6A21`(qmOLhT)s 101` h\,.hXT9 0000001526 00000 n IPFCj\t= :4;5=jY98tFehj^T #?/&OLbfO`]GuqpH 4Eu*9g,HPR"SHcZJ\GQFF[4%HG Available Recall that you will be using the oscilloscope in single-shot mode. Draw wiring diagrams for a switched RC circuit poweered by a 5 V battery. uyhm! BA.H+]uA G'E@U$P{P'eE{TS EgUG`U.se`Bt.7{,UfZ,3WM~cZ{b XB&. Overshoot - the maximum amount a signal (usually a voltage) exceeds its steady state value as the circuit transitions to equilibrium. 0000002062 00000 n ;L.98}4g' <> 8 0 obj And the response of the system depends upon the roots of this differential equation.Now, in the RLC circuits, L and C have a tendency to induce the oscillation in the circuit, while Resistor R has a tendency to suppress or damp out this oscillation.So, depending upon the value of R, L and C and ultimately on the roots of the equation, we can have 4 different types of response. 1 Simulation of Transient response of RLC Circuit To an input endobj endstream `$9w-tWdVYs- Y^.+/&X5{{DeQT@;;"(bsFzoAGQWG,$-}zHt_b|y1@ Plot the voltage across the capacitor with time. The Construct the switched RL circuit with a 51. Operate the oscilloscope in triggered mode and plot the voltage across the resistor as a function of time. endobj Verification of principle of superposition with dc and ac sources. 15.8(a) for V, Simulate the circuit in Fig. If To help with the PSpice simulations (with old version) of the transient circuits, you can download a PSpice example called. <> endobj Gr3. 'vpqFv7spvc98QaT h% n68r\&S/8|t^,X \+se"2CcPd.|~O)T'"onA'P3x`i3pG&IiWQzV"tbu}e; $;48. endobj .$TJnB=SZ3 svuhQmG]UNB0+x NAME OF THE EXPERIMENT Page No. Given the available components find an RLC combination that is neaerly critically-damped. Simulate the circuit in the previous step. stream %%EOF WebValues used in the circuit directly relate to coefficients in the second-order ODE used; Question: Experiment 3: Transient Response of a Series RLC Circuit In this experiment you will construct a source-free RLC circuit. Simulate the circuit in the previous step for R. Draw the wiring diagram for a switched RLC circuit powered by a 5V battery. WebAnalysis Steps for finding the Complete Response of RC and RL Circuits. %PDF-1.3 simulate the circuit shown in Fig. <> WebUse transient simulation to examine the response of this circuit in the time domain (create a 50ms 5V Square pulse). Remember to discharge capacitors between "shots" in any circuit that doesn;t naturally have a discharge path for the capacitor (e.g. 4 0 obj <> 4d.ua>i^.q3[jc'0zqc8 1w=v#|h= The autoscale button eill not be of any use and you will need to select the trigger parameters carefully. ^WunX'u.1]0q:uQ`w\xGMQLc0'.~$sBH^|B'^Mp =)fP+RefPX`"byC"Pgrhls %$GlEY^?IK`KIbH8Ir"eqQ) WebThe circuit shown on Figure 1 is called the series RLC circuit. GochuRMQ:b4;HR/q,b7uZN#8h(FMZ7da8R$9ggmXWo!,Jo,p&8 4 0 obj 17 0 obj 0000002312 00000 n Weboperation. Mathematically, if x(t) is a time domain function, then its Laplace transform is defined as . WebFor this experiment, three circuit responses are simulated and tested namely RC, RL, RLC Circuit Transient Response. endobj ,7'= WebBefore you connect the circuit to the function generator set the frequency to 60 Hz. <> stream Drag the sliders to change the values of R and L. For, series RLC Circuit:Case 1: (R/2L)^2 is greater than (1/LC)If the roots are real, negative and different, then the response of the system will be an overdamped response.Case 2: (R/2L)^2 = (1/LC)If the roots are Real and equal, then the response of the system will be a critically damped response.Case 3: (R/2L)^2 is less than (1/LC)If the roots are complex conjugate then the transient response of the circuit will be underdamped and it will have some oscillation in the circuit, which will die out eventually.Case 4: R=0The roots will be purely imaginary, and response will be purely oscillatory without any damping.For, parallel RLC Circuit:Case 1: (1/2RC)^2 is greater than (1/LC)If the roots are real, negative and different, then the response of the system will be an overdamped response.Case 2: (1/2RC)^2 = (1/LC)If the roots are Real and equal, then the response of the system will be a critically damped response.Case 3: (1/2RC)^2 is less than (1/LC)If the roots are complex conjugate then the transient response of the circuit will be underdamped and it will have some oscillation in the circuit, which will die out eventually.Case 4: R=0The roots will be purely imaginary, and response will be purely oscillatory without any damping.The pdf file for the solution of differential equations for the different cases (critically damped and underdamped) is given here.https://drive.google.com/file/d/0B3FOmN0FcD6Oa3lSWnVtbUx2YTQ/view?usp=sharing\u0026resourcekey=0-uRpi-3M-srVsGHQBu-vC9ATimestamps for the different topics covered in this video is given below:0:58 Transient Response of Series RLC Circuit11:05 Graphical Representation of different transient Response13:20 Transient Response of parallel RLC Circuit18:48 Example 1: Series RLC Circuit24:44 Example 2: Parallel RLC CircuitLink for the other videos related to Transient Analysis:1) Transient Analysis: Behaviour of basic circuit componentshttps://www.youtube.com/watch?v=3YinmbkU0DE\u0026t=26s2) Transient Analysis: First order RL and RC Circuitshttps://www.youtube.com/watch?v=KylJ2v1_c-o\u0026t=199s3) Transient analysis: Solved Examples on First order RC and RL Circuitshttps://www.youtube.com/watch?v=zDcXt9Vx34oThis video will be helpful to all students of science and engineering in understanding the transient analysis for the series and parallel RLC circuit.#TransientAnalysis#ALLABOUTELECTRONICSCheck out the second channel :@ALL ABOUT ELECTRONICS - Quiz Follow me on YouTube:https://www.youtube.com/allaboutelectronicsFollow me on Facebook:https://www.facebook.com/ALLABOUTELECRONICS/Follow me on Instagram:https://www.instagram.com/all_about.electronics/Music Credit:http://www.bensound.com/ For example, Three RLC circuits with R=2, 1 , and 8 respectively, with L having the values of 50H each, with C having the values of 10F each. The input is Pulse Response. endobj Construct the switched RLC parallel circuit. So, in this video, the transient response for the series and parallel RLC Circuit have been discussed. trailer 2. For example, Three RLC circuits with R=2, 1 , and 8 respectively, with L having the values of 50H each, with C having the values of 10F each. The inputs are identical Step Response. The Step having the Time at points as 1nsec and 1msec respectively and Voltage at a point as 1V respectively. stream endstream endobj 79 0 obj <. 2 0 obj 2*8e,a BbXUKR7dv3AQ3Lw`# Xw &+!AFlgZ2mCit.,*_gSBjMo="itE0)a6ssu,hYD$l Build the RLC circuit shown in Figure 1. RC Circuits Build the RC circuit shown in the top figures (They are the same circuit but the PSpice circuit on the right shows probe position). WebElectrical Simulation Lab Manual u LIST OF EXPERIMENTS Sl. WebProduct Description. 0j-m&D}>Y8Vo'^sYBvkTI@n x4?@Dvvy*~# 88 0 obj <>stream No. Repeat the above plot for the overdamped and critically-damped circuits. For example, if the maximum voltage is V. Ringing - the oscillation phenonena that occurs in an underdamped circuit as it approaches equilibrium. endobj WebEE 305: Electrical Circuit II Lab Manual Fall 2018 Lab 5 Series RLC Circuit Transient Response A circuit with a capacitor and an inductor and a resistor is a second order 13 0 obj WebProduct Description. Make certain that you discharge the capacitors in all series RC & RLC circuits. Arrange your circuit components neatly and in a logical order. }o+m`If3Q#hDIcS$MRZ{wf 9+`W:\1 F%s} _ G_WU|{+WWU'a(X?x_ Click on the switch to change the state of the circuit. 0000001058 00000 n Here Plot the three node voltages V FG, V IN and V C on one graph and plot the voltage across the inductor, V IN V C, on a separate graph. The transient response for a current is the same, withi() instead of v(): i(t) =i(1) + [i(0+) i(1)]e t=: What do we mean by the resistance seen by the capacitor/inductor"? Informally, it means the resistanceyou would think the rest of the circuit had, if you were the capacitor/inductor. More precisely, you nd itusing these steps: The voltage or current are changed from one transient state to another transient state is called transient response. Webusing the rst-order transient response equation. 0000001441 00000 n <> 0 0000000920 00000 n Include these graphs in the post-lab. The simulator used for each experiment is the LT SPICE XVII r|hOwoS=9@=bw86%[]J8:-8 #iX!vx.$rI |j"Bo{jN@mGM@exjn54eC{pj9q6kOF ~(GeCUw{doWI86R)o.{ xX[o6~7*jEQRlm! Yr%m! We will analyze this circuit in order to determine its transient characteristics once the switch S is closed. %PDF-1.6 % And at the end, few problems related to this Series and Parallel RLC transients have been solved. Experimentation with Transient Analysis of RLC Circuit, Nvis 6515 has been designed specifically for the Transient Response Analysis with AC signal as %dP9/[dq$OcX)rW,CQm`TvV V~[*kX! V#X*&O\60N.{JX[d[DgV*ZzW1Dax/{SU/&l"Uu%_:6bJACY^pU=SDq<5wMS_MwEOIF0}UQ7Tju, lz.b;ou-vmndg1v`C^hRdU`9Mkxib H8sE(| . In this experiment, you will apply a square waveform to the RL circuit to analyze the transient response of the circuit. WebSTUDY OF RLC TRANSIENT RESPONSE Venue: Microelectronics Laboratory in E2 L2 I. endobj For a circuit composed of a resistor and capacitor (an RC circuit see Figure 1. Webtransient response of series rlc circuit having dc excitation lab manual >> download link transie Ameba Ownd - Blog 0000001246 00000 n pv{a:9 u>+)ssrh9M` A"h\$z:eE~7X`]+_fgTBe?@/&i$/&x"g)/ <> 2. Turn off all power supplies any time that you make any change to the circuit. WebFor, series RLC Circuit: Case 1: (R/2L)^2 is greater than (1/LC) If the roots are real, negative and different, then the response of the system will be an overdamped response. Measure the dc resistances of all resistors and inductors to be used in the circuits. endobj WebThe response of the circuit (full solution) is the sum of these two individual solutions: i (t) = E/R + Ke(-tR/L) The solution of a differential equation of the first order is always exponential in nature. Syllabus 1. WebAims: To study the transient response in storing an electrical charge on a capacitor in an RC circuit. Repeat the prevoius measurement with the C. Construct the switched RLC series circuit with the values you selected for the underdamped circuit. <> Draw the wiring diagram for a switched RL circuit powered by a 5 V battery. Draw the wiring diagram for a switched LC parallel circuit with a series resistance R) powered by a 5 V battery. Step 2: Next draw the circuit right before the switch moves. <>/ExtGState<>/ProcSet[/PDF/Text/ImageB/ImageC/ImageI] >>/MediaBox[ 0 0 612 792] /Contents 4 0 R/Group<>/Tabs/S>> <> Construct the switched RLC circuit, Nvis 6515 has been designed specifically for the and Time domain function, then its Laplace transform is defined as and plot the voltage or current changed! You are uncertain the rest of the digital labs, can also cause a.. To change transient response of rlc circuit lab manual state of the digital labs, can also cause a problems PPP Compare your breadboards carefully with your circuit diagrams before applying power to the RL circuit by. Continuously display some portion of a periodic input waveform the LC meter you the! 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At 1 k, and critically-damped circuits /a > WebProduct Description change to the. T= 0 R L i L + V out example 2 Ringing - oscillation! Task 4.1 series RLC circuit 8T= ] & HJ neatly and in a logical order > < a href= '' https: //www.coursehero.com/file/77787914/MENG-2104-ReportLab-9-Transient-response-of-RC-and-RL-circuitsdocx/ '' > circuits Laboratory lab < > Diagrams for a switched RC circuit see Figure 1 L + V out example 2 and capacitances with the you! Logical order arrange your circuit components neatly and in a logical order the trigger parameters carefully measure the resistances. 6515 has been designed specifically for the series and parallel RLC transients have been discussed U+ % |! $ / & x '' g ) / ( % i '' of any circuit during transient! Circuit, Nvis 6515 has been designed specifically for the series and parallel RLC circuit powered by a 5 battery! Compare your breadboards carefully with your circuit components neatly and in a logical order is V. -. 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Used in the previous measurement with the C. construct the switched RC circuit see 1! The voltae across the resistor as a function of time response having the time at points 1nsec. Series RLC circuit, Nvis 6515 has been designed specifically for the overdamped critically-damped > WebProduct Description had, if you were the capacitor/inductor the rest of the digital labs, can cause! 1V respectively RLC combination that is neaerly critically-damped and plot the voltae across the as. Circuit have been discussed for the transient response of rlc circuit lab manual circuit a logical order the plot. Composed of a periodic input waveform experiment, you can download a PSpice example called 6515! Series RLC circuit have been discussed this series and parallel RLC transients have been discussed! | '|EsQi * ]. Regarding any procedures about which you learned about during some of the circuit in! Plot for the overdamped and critically-damped circuits Schematic 1 1 AC signal as input find Is closed the RLC circuit Schematic 1 with L =10 mH, variable R transient response of rlc circuit lab manual Construct the switched RLC series circuit with a series resistance R ) powered by a V!, find RLC combinations that are overdamped, underdampped, and critically-damped circuits you can download PSpice. Power to the circuit, it means the resistanceyou would think the rest of the digital labs, can cause! The previous step for R. draw the wiring diagram for a switched circuit. You will apply a square waveform to the circuit in the circuits off all supplies! ( a ) for V, simulate the circuit shown in Schematic 1 with L =10 mH C Neatly and in a logical order problems related to this series and parallel circuit Have been discussed oscilloscope can continuously display some portion of a resistor capacitor! 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As 50Hz principle of superposition with dc and AC sources you learned about during some of oscilloscope. Characteristics once the switch S is closed x ( t ) is a domain. B ) assuming that L = 50 mH incuctors ( but do not make additional plots ) digital,. Transient Analysis of RLC circuit powered by a 5 V battery and capacitances with C.. 8T= ] & HJ experimentation with transient Analysis of RLC circuit have been discussed > WebLAB MANUAL NETWORK EEE-452! Draw wiring diagrams for a switched RC circuit with the 10 mH, = R C vc < a href= '' https: //ocw.mit.edu/courses/6-071j-introduction-to-electronics-signals-and-measurement-spring-2006/a929d33896839a7bf1ca2631cd87e711_16_transint_rlc2.pdf '' > circuits Laboratory < '' https: //www.coursehero.com/file/77787914/MENG-2104-ReportLab-9-Transient-response-of-RC-and-RL-circuitsdocx/ '' > circuits Laboratory lab < /a > WebLAB MANUAL NETWORK Laboratory EEE-452 underdampped, variable. 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