Define characteristics of a filter

Assignment Help Electrical Engineering
Reference no: EM13138947

Characteristics of a filter
A filter has the following characteristics: Attenuation = 3.0 dB from 0 Hz to 2 kHz.
From 2 kHz to 20 kHz attenuation increases from 3 dB to 23 dB in a straight line when plotted on axes of power in decibels (vertical axis) against log frequency ( horizontal axis).

a. Is this a low pass, high pass, band pass or band stop filter?

b. What is the attenuation per decade between 2 kHz and 20 kHz?

c. What is the attenuation at 4 kHz?

d. Is this an ideal filter or does it behave like a real filter?

Reference no: EM13138947

Questions Cloud

Development of synoptic tradition : Describe the development of the synoptic tradition by describing Mark's context and purpose and then showing how Matthew and Luke revise the Markan text--according to their own contexts and purposes.
Find probability of observing a value of x equal to sixty : Children were a random sample from the population of children represented by past records, what is the probability of observing a value of x equal to 60 or more?
Engineering case study on railway transport systems : I'm about to start writing a 1500 word engineering case study on railway transport systems but I am unsure how to go about it as I have never written a case study before. Is there is a differnce between essay's and case studies?
Progression of religion and industrialization : Give an example of an element of culture or society that has progressed, evolved or improved over time, whether centuries or millennia. Is it possible to see religion(s) progressing, evolving or improving over time in a similar way?
Define characteristics of a filter : Characteristics of a filter, A filter has the following characteristics: Attenuation = 3.0 dB from 0 Hz to 2 kHz. From 2 kHz to 20 kHz attenuation increases from 3 dB to 23 dB in a straight line when plotted on axes of power in decibels (vertical a..
What is the percent yield of the reaction : When heated, lithium reacts with nitrogen to form lithium nitride. What is the percent yield of the reaction if 13.9 of Li is heated with 33.3 g of N2 and the actual yield of Li3n is 6.64 g?
Frequency distribution of a variable and bar graph : Descriptives of a continuous : mean, median, mode, skewness, kurtosis, standard deviation and cross tabulation of two variables
Discuss phobias and addictions as related to classical : Prepare a 1,050- to 1,400-word paper in which you discuss phobias and addictions as related to classical and operant conditioning. Phobias and addictions are two emotional difficulties which learning theorists can account
Discuss motivations of why the games may have been pursued : This game is similar to empire-building game; however, focus of line leaders is solely on attaining a greater portion of the operational budget and effectively crowding out other aspects of the firm. The emergency services director that seeks to u..

Reviews

Write a Review

Electrical Engineering Questions & Answers

  Non-feedback- four-character combinations

Assuming no feedback to the adversary until each attempt has been completed, what is the expected time to discover the correct password?

  Computing peak frequency deviation and carson''s rule

Calculating peak frequency deviation and Carson's rule bandwidth, A baseband signal has a frequency range from 50 Hz to 15.0 kHz. The signal is transmitted using frequency modulation. The FM transmitter has a modulation constant of 100 kHz per vol..

  Model a discrete-time system

To understand di erent signal models To be able to model a discrete-time system and design simple signal processing algorithms.

  Power also noise calculations using decibel conversions

A radio receiver has a noise power N = kTB watts, with T = 100 K and B = 1.0 MHz. The value of k is 1.38 x 10^-23 J/K. What is the noise power in dBW?

  Nibco''s big bang - an sap implementation

Analyze Case Study - NIBCO's 'Big Bang': An SAP Implementation- Explain the pros and cons of the approach to implementation decided upon by NIBCO.

  Calculate the inverse fourier transform

Compute the inverse Fourier transform for X(ω) = cos 4ω. 5. A signal with the highest frequency component at 10 kHz is to be sampled. To reconstruct the signal, the sampling must be done at a minimum frequency of?

  Define a baseband sine wave signal with frequency

A baseband sine wave signal with frequency 4.0 kHz is modulated onto a carrier at 1.050 MHz using DSB-LC AM. What are the frequencies of the sidebands of the RF signal?

  Explain next generation transmission system

You are required to determine that this next generation transmission system will require a spectral efficiency of 5 bits/sec per Hertz.

  Define murray loop test and locating faults

Murray Loop Test and Locating Faults, Q.1 (a) Using the Murray Loop test, determine the distance to an earth fault on one of the cores of a uniform three-core underground cable. Ra = 2 ohms, Rb = 1 ohm

  Angle modulation and detection

State Carson's rule for bandwidth estimation. What does it reduce to for NBFM and WBFM and d erive an time domain expressionfor the output xd(t) of the system

  Derive the dynamic model and average value circuit

Derive the dynamic model and average value circuit of a buck converter assuming the ESRs of the inductor and capacitor are not equal to zero.

  Find out the range of values of k such that the system

Determine the range of values of K such that the system is stable for s(s²+4s+10)+ k (s+5)=0

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd