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A 10-bit 5-V ADC operates with a sampling frequency of 1 MHz. If a sinusoidal histogram test is to be conducted on this ADC with an input frequency of 100 Hz, how many samples need to be collected for processing? How long will it take to collect these samples?
The x-y plane separates dielectric material with εr1=2.0 (for z
Is the flow label in IPv6 more appropriate for IntServ or DiffServ?
design a LUT to implement an adder. The adder takes as input two 2-bit numbers. (a) What is the minimum size ROM that will be required. (b) What data is stored in each memory location in this ROM.
The trans-conductance falls but the output resistance rises. Does the voltage gain increase or decrease?
For a PMAC (permanent-magnet ac) machine, what would happen if the supplied frequency is not same with the rotating frequency of the rotor
The coefficient of heat transfer is h and the ambient temperature is The base is maintained at T Using a fin model, determine the steady state heat transfer rate.
An OpAMP has a unity gain frequency (ft) of 10MHz and a slew rate of 10V/us and AVoc = 120dB at DC (f=0).Assume VCC = -VEE = 15 Volts. a. Approximate the cutoff frequency of the OPAMP itself.
Purpose- In this lab, you will build an analog computer to calculate a student's final grade in a class, using a parallel voltage divider and a summing amplifier
Explain briefly the process of synchronizing a synchronous motor to the bus-bars. What conditions determine the instant of synchronization?
Problem Feeder - Transformer, A single-phase load is supplied through a 35 kV feeder whose impedance is 115 + j380 Ohms and a 35 kV, 2400 V transformer whose equivalent impedance is 0.26 + j1.21 Ohms referred to its low voltage side.
In question 9, calculate the work needed to move a 1.5μC test charge from point B to point D.
Determine the input impedance Zin.- Set the denominator of Zin to zero for s = jω and obtain the startup condition and the two oscillation frequencies.
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