Given an RC lowpass filter with R=200KN and C=4uF and the bilinear transform equation as shown:...
Fantastic news! We've Found the answer you've been seeking!
Question:
Transcribed Image Text:
Given an RC lowpass filter with R=200KN and C=4uF and the bilinear transform equation as shown: R 2 (1- z-1) T, (1+z-1) Vin Vout Calculate a discrete filter approximation using a bilinear transformation in terms of T: Given an RC lowpass filter with R=200KN and C=4uF and the bilinear transform equation as shown: R 2 (1- z-1) T, (1+z-1) Vin Vout Calculate a discrete filter approximation using a bilinear transformation in terms of T:
Expert Answer:
Related Book For
Physics
ISBN: 978-0077339685
2nd edition
Authors: Alan Giambattista, Betty Richardson, Robert Richardson
Posted Date:
Students also viewed these mechanical engineering questions
-
An RC filter stage (R = 33 (, C = 120 (F) is used to filter a signal of 24 V dc with 2 V rms operating from a full-wave rectifier. Calculate the percentage ripple at the output of the RC section for...
-
An RC filter is shown. The filter resistance R is variable between 180 and 2200 and the filter capacitance is C = 0.086 F. At what frequency is the output amplitude equal to 1/ 2 times the input...
-
Given the discrete IIR filter realization shown in Figure 12.31 where G is a gain value (a) Determine the difference equation that corresponds to the filter realization. (b) Determine the range of...
-
Identify the implied strategies that correspond with the Department of Veterans Affairs Healthcare System High Matrix Score on SWOT quadran that they might look like at your HSO. Also explain why...
-
Physicians have been recommending more exercise for their patients, particularly those who are overweight. One benefit of regular exercise appears to be a reduction in cholesterol, a substance...
-
We said that binary values have no intrinsic information (that is true of all other number representations). The Voyager I spacecraft, containing samples of human music and other messages, was the...
-
Use a continuity correction to convert each binomial probability to a normal distribution probability. 1. The probability of getting between 270 and 310 successes, inclusive 2. The probability of...
-
Suppose in a recent quarter, Alliance Atlantis Communications Inc. reported net cash provided by operating activities of $45,600,000 and revenues of $264,800,000. Cash spent on plant asset additions...
-
An aerobatic airplane pilot experiences weightlessness as she passes over the top of a loop-the-loop maneuver. The acceleration of gravity is 7.8 m/s 2 . If her speed is 470 m/s at this time, find...
-
Submersibles with clear plastic hulls have the potential to revolutionize underwater leisure. One small submersible vehicle has a depth-control system as illustrated in Figure E4.9. (a) Determine the...
-
When Carol Telnchek and Bruce Marshall first started Sundown Bakery, the business was fairly simple: Carol ran the shop up front, while Bruce ran the bakery and ordered supplies. When the business...
-
How does being sexually assaulted positively changed your life? And how did you use that experience as a learning experience or simply what have you learned when you experienced sexually assaulted?
-
Part 2 Write a 500-750 word rationale and reflection on developing instruction. Include the following: Explain how your instructional choices in the lesson plan meet the needs of all students, and...
-
Charlie Chaplin, the 'silent comedian,' made in 1940. It is considered one of the great speeches of all time: How does listening to this speech make you feel? What do you think makes it an effective...
-
BCC is completely acceptable in business/professional work. Do you use BCC? If so, for what reasons? Does it really matter if you use BCC or not, as for email you can just simply forward the email...
-
Who was Marie Tagliofil and what did she contribute to the To" century Romantic era Of ballet? (Video. Romantic Era- Marie Taglioni 1804-1884) What was ballet dancer Anna Pavlova known for? How has...
-
1 - Give a horizontal curve with a radius of 450 m, delta angle 35 and the PI station of 15+20, compute the curve data and the station of PT. 2- A 6 horizontal curve covers an angle 68. Determine the...
-
The following information is for Montreal Gloves Inc. for the year 2020: Manufacturing costs Number of gloves manufactured Beginning inventory $ 3,016,700 311,000 pairs 0 pairs Sales in 2020 were...
-
An astronomical telescope provides an angular magnification of 12. The two converging lenses are 66 cm apart. Find the focal length of each of the lenses.
-
A projectile with a mass of 0.08 kg that is propelled by a rail current of 20.0 A will have approximately what exit speed? A. 0.7 km/s B. 1.0 km/s C. 1.4 km/s D. 2.0 km/s The force is proportional to...
-
A piece of gold of mass 0.250 kg and at a temperature of 75.0C is placed into a 1.500-kg copper pot containing 0.500 L of water. The pot and water are at 22.0C before the gold is added. What is the...
-
A mercury manometer is connected between two points in a piping system that contains water. The downstream tap is $6 \mathrm{ft}$ higher than the upstream tap, and the manometer reading is $16...
-
The same suspension as that in Problem 39 above was subsequently tested in a $28 \mathrm{~mm}$ internal diameter pipe, and the following data reported: $\Gamma\left(\mathrm{s}^{-1} ight)$ 127 200 289...
-
The manometer equation is $\Delta \Phi=-\Delta ho g \Delta h$, where $\Delta \Phi$ is the difference in the total pressure plus static head $(P+ho g z)$ between the two points to which the manometer...
Study smarter with the SolutionInn App