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You are provided with the BC547 transistor and E24 series of resistors, along with a voltage supply of 10 V. If the transistor can be assumed to have a 𝛽 = 200, design a common-emitter amplifier to the following specifications:
a. The amplifier should be biased in the middle of the active region.
b. A sinusoidal output of amplitude 1 V should be obtained when a sinusoidal input of amplitude 10 mV and frequency 10 kHz, is applied from a source of resistance 5 kΩ.
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It is found that the attenuation on a 50Ω distortionless T-line is 0.01
dB/m. The line has a capacitance of 0.1 nF/m, then the value of
resistance, inductance and conductance per meter of the line are
respectively
"Strobe control mechanism for asynchronous data transfer does not ensure whether the
data transmitted by source unit is accepted by destination unit." Suggest possible
enhancement(s) to this mechanism to overcome this limitation.
Evaluate the following program with the One address and Zero address instructions.
(X*Y)-(R+S). Also write two differences between them.
if the conduction current density J=5sin(wt-20z)ay +cos(wt-20z)az mA/m^2 then evaluate the volume charge density
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a circular loop of radius 0.1 m lies in the z=0 plane and has a resistance of 5ohm Given B=0.2sin103t az T then find the induced emf and current
Answer the question below. (Opinion)
1. When will there be a drawback in using a Virtual Memory?
2. Why drawback happens in using virtual memory?
How many characters per second can be transmitted over a 1200-baud line in each of the following modes? (Assume a character code of eight bits.)
a. Synchronous serial transmission.
b. Asynchronous serial transmission with two stop bits.
c. Asynchronous serial transmission with one stop bit
