Consider the RLC series circuit in Figure 2.10. Find the Transfer Function model of the dynamic system,
Question:
Consider the RLC series circuit in Figure 2.10. Find the Transfer Function model of the dynamic system, where \(v(t)\) is the input and \(v_{C}(t)\) is the output.
Transcribed Image Text:
v(t) L 0000 Figure 2.10 RLC series network in time domain. i(t)- R + vc(t)
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
Answer rating: 100% (QA)
The InputOutput model of this RLC series network is derived as follows The Transfer Function model i...View the full answer
Answered By
Mahida Hiteshbhai
I teach chemistry since 2013 when i was in first semester of M.Sc.
I have experience as chemistry teacher in V.R.Shah High school pavijetpur from 2015 to 2017.
Currently i teach chemistry at jay classes from 2017,
In teach well academy at maneja, in satyam classes at Ayurvedic tran rasta, also in Faiz school at Tandalja from july 2019.
0.00
0 Reviews
10+ Question Solved
Related Book For
Design And Analysis Of Control Systems Driving The Fourth Industrial Revolution
ISBN: 9781032718804
2nd Edition
Authors: Arthur G O Mutambara
Question Posted:
Students also viewed these Computer science questions
-
CANMNMM January of this year. (a) Each item will be held in a record. Describe all the data structures that must refer to these records to implement the required functionality. Describe all the...
-
can someone solve this Modern workstations typically have memory systems that incorporate two or three levels of caching. Explain why they are designed like this. [4 marks] In order to investigate...
-
"internet radios" for streaming audio, and personal video recorders and players. Describe design and evaluation processes that could be used by a start-up company to improve the usability of such...
-
A random sample of 100 students was taken from a large university to study the relationship between GPA and the number of hours of study per week. The following linear regression equation was...
-
A 30.0-g goldfinch lands on a slender branch, where it oscillates up and down with simple harmonic motion of amplitude 0.0335 m and period 1.65 s. (a) What is the maximum acceleration of the finch?...
-
Let A C Rn be an open set and f : A Rn a continuously differentiable 1-1 function such that det f1 (x) 0 for all . Show that f (A) is an open set and f -1: f (A) A is differentiable. Show also that f...
-
Extreme Machine manufactures machines and parts for various industries; they have an office in Youngstown, Ohio. Avery Dennison manufactures and sells labels from a plant in Mentor, Ohio. They use...
-
a. In each of the following independent problems, design an unbiased random sampling plan, using an electronic spreadsheet or a random number generator program. The plan should include defining the...
-
You have just been named Director of Data Administration of General Hardware Co. General Hardware maintains a large central IS organization with several operational relational databases at its...
-
Consider a system with the following State-Variable Matrix model where \(x_{1}(t)\) and \(x_{2}(t)\) are the state variables, the \(u(t)\) is the input and \(y(t)\) is the output. Find the Transfer...
-
Consider the dynamic system, a mass, spring and damper structure, discussed in Example 2.1 and shown in Figure 2.9. Find the Transfer Function model of the dynamic system, where \(f(t)\) is the input...
-
I. Describe how symmetric encryption uses the same key, also known as a secret key, to encrypt and decrypt a message. II. Analyze the efficiency of symmetric encryption methods as they only require...
-
At a market price of $42, there is ____________. a) a shortage b) a surplus c) both a shortage and a surplus d) neither a shortage nor a surplus. Price ($) 49 48 47 46 45 44 43 42 41 40 Figure 2 10...
-
Carly Lloyd is arguably the best central midfielder in international womens soccer. She is also an effective attacker, scoring three goals in the Womens World Cup Final in 2015. Based on the theory...
-
In 2012, the Indianapolis Colts released future Hall of Fame quarterback Peyton Manning despite the fact he potentially had several more years as an elite quarterback ahead of him. Explain why the...
-
What is the goal of Industry 4.0?
-
Suppose that we try to collect amber. However, there is the risk of also collecting white phosphorus. Suppose that we collect 50 objects. We keep all of them in water to avoid fire hazards. We...
-
Use Newtons method to approximate the given number correct to eight decimal places. 11. 30 12. T000
-
Consider the setup in Problem 16. Show that the relative speed of the ball and the point of contact on the stick is the same before and immediately after the collision. (This result is analogous to...
-
Following reset, the LPC1768 always starts running from the internal R-C oscillator. Why is this?
-
Name two advantages and two disadvantages of R-C and quartz oscillators.
-
How many I/O ports does the LPC1768 have? Hence, theoretically, how many bits does this lead to, how many I/O bits does it actually have, and how many does the mbed have?
-
Nova Company's total overhead cost at various levels of activity are presented below: Month April May June July Machine- Hours Total Overhead Cost 49,000 $ 203,540 39,000 $ 177,940 59,000 $ 229,140...
-
Percent of sales method At the end of the current year, Accounts Receivable has a balance of $5,125,000; Allowance for Doubtful Accounts has a debit balance of $32,600; and sales for the year total...
-
For the function f(x) = 2 x in the range 0 x <1 find (a) the Fourier sine series and (b) the Fourier cosine series. Which would be better for numerical evaluation? [Hint: extend the definition of the...
Study smarter with the SolutionInn App