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You have two clock signals of different pulses, one of 25 pulses per second, the other of 30 pulses per second. You do not have an oscilloscope.Design a circuit that will take two clocks with different pulses as an input, determine within one second the faster clock and lights an led to denote the faster clock. The led should stay on until it is reset by a control signal. (For this circuit you can use AND, NOT, OR, SR latches, T-FF's, leds, resistors, D-FF's, switches).
Mike and Susan hope to retire a few years early, they decided to pay closer attention to the predicted amount of retirement benefits and do some analyses on the numbers. They found that their projected benefits are substantially the same.
Electrostatic scaling: prove that electrostatic force between the two plates of a charged capacitor is a surface force (~L2); How about the stored energy under constant voltage on the capacitor (~L1, ~L2, or ~L3). What is the breakdown electric fi..
A HCS12 ATD has been set-up to perform a right-justified, 10-bit, signed operation. What is the expected output for an input voltage of 3.09V The voltage range is 0-5V.5V/4096 = 4.88 mV.
A liquid level system converts a 4-10 m level into a 4-20mA current. Design a three mode controller (PID im assuming) that outputs 0-5 volts with 50% PB, 0.03 min integration time, and 0.05 min derivative time. Fastest expected change time is 0.8 ..
What is the (approximate) maximum electric field intensity for which constant mobility may be assumed for electrons in silicon In a digital circuit with a supply voltage of 1V, what is the corresponding gate length for MOS transistors
A $5000 face value industrial bond can be purchased for $4920. Its dividend rate is *% and it pays dividends semianually and will mature in eight years. What are the rate of return, the nominal interest rate, and the effective rate of return
Block diagram and equations for control system water fill, Develop a control system to fill a container with water after it is emptied through a stopcock at the bottom
what is the power dissipation in this inverter if the clock frequency is 500MHz. Assume the supply voltage is 3V and the process is characterized by a reference inverter with tREF=20ps, CREF=4fF, RPDREF=2.5K
A 50 kW load operates from a 60 Hz 10 kV rms line with a power factor of 60% lagging. Determine the capacitance that must be placed in parallel with the load to achieve a 90% lagging power factor.
a) Draw the State Transition diagram. b) Derive the State Table for implementing the counter using D flip-flops. c) Use K-maps to minimize the inputs to the D flip-flops. d) Show the final circuit.
A certain amplifier has pole frequencies of f1=f2=f3=50MHz. The DC open-loop gain is 10^5. Find the pole frequency fc for the fourth pole so that the phase margin is 30 degrees for beta = 0.1 Also, find the corresponding gain margin.
Write down the principle of energy conversion and give an example for single and double excited system.
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