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Using the results of Problem 6.7, simulate a second-order PLL with a sawtoothwave phase detector characteristic. As in the previous problem use the PLL parameters given in (6.40) that provided the results illustrated in Figure 6.11 for a sinusoidal phase detector. Compare the results obtained with a sawtoothwave phase detector with those given in Figure 6.11.
Problem 6.7Using the results of Problem 6.6, simulate a second-order PLL with a triangularwave phase detector characteristic. Use the PLL parameters given in (6.40) that provided the results illustrated in Figure 6.11 for a sinusoidal phase detector. Compare the results obtained with the triangular-wave phase detector with those given in Figure 6.11.
Problem 6.6In this problem we consider the use of the technique described to model the triangular phase detector characteristic illustrated in Figure 6.18. Determine the values of the B and C vectors for N = 11. Modify the simulation code given in Appendix A to include this phase detector model.
What do you suppose the dimensions of the matrix would be in such firms? Why would these companies develop such a complex structure?
Design calculations show that the following parameters for a three-phase, cylindrical-rotor synchronous generator: Phase-a self inductance Laa = 4.83mH Armature leakage inductance Lal = 0.33mH
For an N-channel JFET, IDSS = 807mA, VP = -3V and VGS = - 1V, then find the value of drain current (ID)
An internally-compensated op amp has f, of 10 MHz and a dc gain of 106 VN. What is the 3 dl) frequency of its open-loop gain? If this amplifier is to be operated at 100 kHz, what open-loop gain is available?
An electron is released from rest at the negative plate of a parallel plate capacitor. If the distance between the plates is 5 mm and the potential difference across the plates is 5 V, with what velocity does the electron hit the positive plate
Define and describe technostress and RSI and explain their relationship to information technology.
a) Plot the spectrum and the normalized spectrum of x[nT] = 2cos(20*pi*n*T + pi/8) + 4cos(40*pi*n*T + pi/8) for T = 0.01 b) Plot the spectrum and the normalized spectrum of
A combinational logic circuit has 3 outputs as described below: F1=Minterm(0,3,4) F2= minterm(1,2,7) F3= Maxterm=(0,1,2,4) Implement the circuit using a single decorder with active high outputs and external 2 input OR gates
A random process has a PSD function given. - Find the absolute bandwidth. - Find the 3 dB bandwidth. - Find the RMS bandwidth.
What is the current in the resistor in each circuit? (Hint: The equivalent circuits for the transport model equations may help in visualizing the circuit.)
Light is incident from air to glass at Brewster's angle. Determine the incident and transmitted angles. Glass has refractive index n2=1.45.
how to fully size voltage divider vdd-middle point between the triodesaturation diode-gnd consistent of several pmos
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