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Question: Consider the PLL shown in Fig., where amplifier A1 is interposed between the filter and the VCO. If the amplifier exhibits an input-referred flicker noise density given by α/f, determine the PLL output phase noise.
a digital sinusoidal is produced with a 3 kHz sampling of an analog sinusoidal repeats every 9 samples. What possible frequencies can the analog signal have
What is the difference between the saturation and active regions of a BJT. What determines which region the transistor is in.
Briefly explain the relationship between an electric generator and an electric motor. Be sure to outline their basic operation.
Lowpass-to-Bandpass transformation - Does your BPF have any zeros? If so, how many, and where are they located?
which winding is taken to calculate the inductively transferred power in 2 winding transformer, the common or the uncommon winding and why
Determine and plot the average power delivered to a 100-Ω load in place of the light bulb in Example as a function of resistor R.
It is proposed to apply 'disturbance feedback control, to the system by the inclusion of a transducer that measures the external temperature and feeds a signal back to the input via a proportional controller of gain H. Determine the required value..
What is the impedance of an RLC parallel circuit if the resistive branch has a resistance of 112 ?, the inductive branch has an inductive reactance of 86 ?, and the capacitive branch has a capacitive reactance of 94 ?
If the Nyquist samples are quantized into L=65,536 levels and then binary coded, determine the number of binary digits required to encode a sample.
A 150 MVA, 24 kV, 123% three-phase synchronous generator operates with an induced voltage that is twice the rated line-to-neutral voltage. Calculate the three-phase steady-state short-circuit current at the generator terminals.
An ideal voltage source produces a dirac delta function, an impulse spike to a series resistor, capacitor combination. R = 10.000 ohms, C = 0.039 uF. Calculate the initial voltage that the capacitor charges to at t = 0+.
Find the output response, c(t), for each of the systems shown below. Also fmd the time constant, rise time, and settling time for each case.
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