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A liquid-level system converts a 4-10-m level into a 4- to 20-mA current. Design a three-mode controller that outputs 0-5 V with a 50% PB, 0.03-min reset time, and 0.05-min derivative time. Fastest expected change time is 0.8 min.
Do you think this is the correct solution? Why? (This problem shows that the one-mode impedance viewpoint does not always provide a correct analysis.)
A non-sinusoidal voltage has a Fourier Series
The output of the transmitter is connected to a 50-? dummy load that has a calibrated average reading wattmeter. The wattmeter reads 6.9 kW. Find the PEP of the transmitter output.
The stator frequency of an induction machine is 50 Hz and the rotor circuit frequency is 5 Hz. What is the rotating speed in rpm for a 4-pole induction machine
You are to specifically find the normalized voltage magnitude values at the load plane and the voltage maxima and minima points on the line and 9 additional points which are spaced at intervals of 0.05 ohm from the load plane, i.e., at a total of ..
Determine the quiescent currents IDQ1 and IDQ2. - Determine the small-signal current gain Ai = Io/Ii . - Derive the expression for the small-signal current gain Ai = Io/Ii .
Using circuit diagrams showing current directions in each mode of operation, describe how a dual converter is operated in the motoring and generating modes.
the diff amp pf has Av= 360 lin(bias)=600nA,lin(off) =100nA and Vin(off)=1mV. what is the output error voltage if a matching base resistor is used, what is the output error voltage
The ABC Company is planning a new product line and will build a new plant to manufacture the parts for a new product line. The product line will include 50 different models.
For a transfer function with a pair of complex zeros located on the j (omega)-axis, what happens to the frequency response as the frequency applied to the system approaches the value at which the zeros are located
Design a sequential circuit with two JK flip flops and one input, x_in. a) When x_in = 1, the state of the circuit remains the same, When x_in = 0, the circuit goes through the state transistions from 00 to 01 to 11 to 10 to 00 and repeats.
The process of stereophonic broadcasting was illustrated in Chapter 3. By comparing the noise power in the l(t)-r(t) channel to the noise power in the l(t)+ r(t) channel, explain why stereophonic broadcasting is more sensitive to noise than nonste..
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