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The objective in this problem is to design a modular and flexible software implementation of a high-Q digital notch IIR filter (Program 15.9). The sampling frequency and notch frequency will be set dynamically (at run time). These parameters will be established when the user calls your Filter_Init() function. You may implement any Q you wish, but it should be similar to the highQ 60 Hz notch IIR filter developed in Section 15.4. Adjust the filter gain so that the gain at DC is 1.0. The data will be passed through the notch filter by calls to your Filter() function. You may assume without checking that the cutoff frequency, fc, is strictly greater than 0 and strictly less than one-half the sampling rate, 0 c s. Your software handles the establishment of the actual sampling rate. You should use only fixed-point integer calculations. For an example software system that allowsProgram 15.9
For runtime binding of functions to execute, see the OC example on the CD. Use an external sinusoidal source to experimentally measure the gain-versus-frequency response of the digital filter. The following main program illustrates how a user might apply your filter software.
Demonstrate the law of corresponding states by writing the van der waals equation in terms of the reduced variables. Calculate the compressibility factor for a van der waals gas at its critical point and compare the result with the values obtained fo..
What is the convective heat transfer coefficient, h, for A = 0.125 m2, Tb = 200oC, Tf = 25oC and Qc = 8.75W.
Determine the heat transfer rate from the steel plates of Problem 7.24 accounting for free convection from the plate surfaces. What is the corresponding rate of change of the plate temperature?
Methane (CH4) at 258C, enters the combustor of a simple open gas turbine power plant and burns completely with 400% of theoretical air entering the compressor at 258C, 1 atm. Products of combustion exit the turbine at 5778C, 1 atm.
supose you have one mole of an ideal gas t1300k in a container and you want to compress it isothermally by a constant
Water flows downward through a vertical smooth pipe (i.e., roughness = 0). When the flow rate is 0.5 ft3/s, there is no pressure change along the length of the pipe. What is the pipe diameter?
two frictionless balls are placed in a frictionless bowl. the left ball a has a radius of 3.00 in. and a weight of 10.0
A US Department of Energy article states that a leak of one drip of hot water per second can cost $1.00 per month. Making reasonable assumptions about drop size and unit cost of energy, determine if this claim is reasonable.
an n-type extrinsic semiconductor has an electron concentration of 5x1017 m-3. if the electron drift velocity is 350 ms
a 16 mm x 16 mm computer chip has a 16 pin fins each 2 mm in diameter and 15 mm long.the fins are aligned in array at a
Sectional view of a length of pipeveork which fuel oil flows through. Justify and comment on the pipe design, in particular section 1, 2 and 3 using fluid dynamic theory
A solenoid 2.8 m long has a radius of 0.85 cm and 660 turns. It carries a current I of 2.5 A. What is the approximate magnetic field B on the axis of the solenoid?
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