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Design a circuit that has, as input, a transmit clock and an NRZ serial data signal (as in Figure 8.33 on page 354), and that generates a Manchester encoded serial data signal as output.
A DC shunt motor is running at 1000rpm with terminal voltage 220V. - if terminal voltage is reduced to 110V find the speed of the machine.
Write Verilog code of a 4 bit Shift Register circuit which may shift right or shift left depending on control signal ‘M' using structural modeling. Also write the Verilog code of the D Flip Flop using either behavioral or gate level modeling.
What is the maximum output resistance that the source follower must have if the output voltage is to remain within ±20% of nominal value. If the MOSFET has kn = 16 mA/V2, at what current ID must it be biased. At what overdrive voltage is the MOSFE..
What is the bandwidth occupied by this signal, and the noise bandwidth of the receiver for this signal? Find the BER at the receiver output and the average time between errors.
what is the highest frequency the controller can follow
A dc shunt motor having unsaturated magnetic circuit runs at 1000 RPM with rated voltage. if the applied voltage is half of the rated voltage, the motor will run
For a conductive metal the Fermi energy was determined to be 7.01eV at 300K. a)What is the probability of an electron occupying the energy level of 7.15eV b)What would the probability become if the temperature rises to 757°C
a drum has a radius of 0.40 m and a moment of inertia of 4.7 kg middot m2. the frictional torque of the drum bearings
what is the atomic polarizability of argon? its susceptibility at 273k and 1atm is 4.35x10-4. treat as an ideal gas ie
Find and plot the frequency response of x(t)-Find and plot the frequency response of x(2t)
The pressures of argon at the two faces are 5000 kPa and 1500 kPa, which are maintained constant. Assuming conditions of steady state, what is the permeability coefficient at 325 K?
Design a Moore machine to detect the sequence 00010a. Derive the state diagram.b. Derive the state table and flip-flop excitation equations.c. Draw the sequential circuit.
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