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1. With zero input voltage to an ideal op amp, why is there exactly zero output voltage?
2. Name a few linear ICs besides the op amp.
3. What condition is needed for an LM741 to produce maximum voltage gain?
A 3-phase, 400 V, 6-pole, 50 Hz induction motor develops mechanical power of 20 kW at 985 rpm.
What is the minimum Eb/Ieff (bit energy over effective noise energy) to yield P(e)
a test on an 80 w fluorescent lamp circuit gave the ff. results when connected to a 50 hz mains supply. calculate the
A stun gun or TASER is designed to put out a few seconds worth of electric pulses that impress a voltage of about 1200 V across the human body. This results in an average current of approximately 3 mA into a human body.
A uniform probability distribution
Obtain an expression for the spectrum of an FM signal with single-tone modulation where the carrier amplitude is Ac, the carrier frequency is Fc, the message frequency is fm and the modulation index is B (beta).
1. The MOSFET circuit in the figure below is used to perform a DC Sweep analysis of the transistor. Given the results shown, determine the effective reverse saturation current for this transistor in its diode mode of operation.
Find the maximum value of K for which the system is stable
If we use a single mode fiber with 17 ps/nm/km dispersion for transmitting two different signals with two different wavelengths - 1550 and 1560 nm respectively -, what is the time delay between those two signals after 100 km?
In part (b) which should be the set point of G2 for the system frequency to be 50 Hz? What would be the load sharing now?
Assume we have a toroidal coil with a rectangular cross section, with an inner radius 1 cm, an outer radius 2 cm, a height of 1 cm and 1000 turns. The coil is connected to a resistor of 500 ohms. An AC current I(t) = Io cos(wt)
If β=100, and Vin=0.2cos(2πf*t)+2 V where f=100 Hz, compute what you would expect for Vce. Assume Vcc=5V, Rb=20 kΩ, Rc=200 Ω from the given image.
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