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Question: For the CS stage of Fig., determine the closed-loop gain and noise figure if channel-length modulation is not neglected. Assume matching at the input.
Jim starts to work in January - time k=0. His income was zero the previous six months. His income is steady and constant for 0
Compute the maximum efficiency of the cas code PA shown in Figure. Assume M1 and M2 nearly turn off but their drain currents can be approximated by sinusoids.
If the voltage drop across the capacitor is 115 volts and the power taken by the circuit is 922 watts, calculate a) the circuit current, b) the ohmic value of the resistor, c) the line voltage, d) the circuit power factor
Compare the engineering strain and Lagrangian strain. Show that the two strain measures become identical as "α" approaches zero.
Determine the temperature of the mixed water in the tub, the second law availability efficiency of the tub as a mixing type heat exchanger.
Develop a circuit with which you can represent the time window types of the "Data window" module graphically as in Illustration 54
The sampling frequency in a DSP system is fs=8 kHz. Anti-aliasing filter used in the system is the second-order Butterworth filter with cutoff frequency of fc=3.4 kHz. What is the percentage of aliasing level at the frequency f=2.5 kHz
A linear CW product detector local oscillator has a 500 Hz error while detecting an AM signal. What will the receiver's output sound like What if the receiver is listening to a DSB or SSB signal
Calculate the average heat removal rate per unit area (W/m2) from the PCB.
The following are directed toward the schematic diagram of the Digital/ Analog Trainer System found on the Instructor Resources section of Connect for Electronic Principle. A full Instruction Manual for the Model XK-700 trainer can be found at www..
What is the pre-cise input voltage, ub you would expect? (Hint: First, consider this question assuming that the gain (104) is very high. Then, refine your answer with a calculation in which a very small error correction is made).
The bandwidth of a series resonant circuit is 400 Hz. (a) If the resonant frequency is 4000 Hz, find Q. (b) If R = 10?, what is the value of XL at resonance (c) Find the inductance L and capacitance C of the circuit.
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