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Implement a 2-bit binary counter using one logic block as in Figure 6-1(a). A0 is the least significant bit, and A1 is the most significant bit of the counter. The counter has a synchronous load (Ld). The counter operates as follows:
(a) Give the next-state equations for A0 and A1.
(b) Show all required inputs and connections on a copy of Figure 6-1(a). Show the connection paths with heavy lines. Use the CE input. Give the function realized by each four-input LUT.
Determine the maximum height z above the water surface at which the pump can be located to operate without cavitating.
Design and realize a digital LP filter using the bi-linear transformation method to satisfy the following characteristics: a- monotonic stopband and passband. b- -3.01dB cutoff frequency of o.5pi rad. c- magnitude down at least 15dB at 0.75pi rad.
Using 4-bit numbers to save space, multiply 3ten x 4ten in binary.
Show C code implementations for these two functions.
A single-phase, half-wave SCR circuit is used to control the power consumption of an inductive load. The resistive component of the load is 5 Ohm. The source voltage is 120 V (rms). When the triggering angle is adjusted to 60 degrees
In the "far field" region, show that the electric field intensity of a linear electric quadrupole decays much faster in space than 1/R3 for the electric field intensity produced by an electric dipole and 1/R2 for an electric monopole.
Give a brief explanation of the concept of a priority encoder. Using this, what would be the binary output for a 10-input priority encoder when inputs 7 and 5 are activated What is the binary output (active-high) Active-low
Then give the logic equations or connections for each flip-flop D input, each CE (clock enable), and each MUX control input.
The keys are not encoded. The calculator has six input signals: zero, one, dot, plus, reset, and V. Assume that all input signals are debounced, and V = 1 for one clock time whenever a key is pressed. Outputs to the display are 8 bits from the A r..
Calculate the count that should appear in the timer capture register TC0 if a 125 kHz rectangular wave is inputted on timer pin PT0 while TCTL4 is preset for falling edge detection. Assume a 24 MHz e-clock, TMSK2 was programmed
A dc motor takes an armature current of 105 A at 480 V when running at 720 rpm . The resistance of the armature circuits is 0.2 Ω and the field resistance is 96 Ω what is the torque developed in the armature
Describe how you would use the combination of a short pass filter, a long pass filter, an amplifier and a mechanicalchopper to amplify a 5 mV signal to a 50 mV signal and remove noisefrom the original 5 mV signal.
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