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Create a new mBed C-Code project called IntCount1 that repeatedly counts the number of falling edge interrupts on mBed module Pin 5 (p5) during a two second interval. Use the Timeout class to provide a two second delay. During the delay, display the number of interrupts that are occurring on Pin 5 using LED1-LED4. LED1 is the low-order bit. Use only the BusOut class for driving the LEDs. Using the Timeout "attach" function, create a subroutine that Timeout will call at the end of the two second interval. At the end of the two second interval, the subroutine will use the USB serial port to output the number of interrupts seen by displaying, "Total Ints = xx", where xx is the quantity of interrupts occurring in the two second interval. Assuming the interrupts were caused by a rotating shaft equipped with a sensor, the subroutine will compute the number of Revolutions per Minute (RPMs) represented by the total interrupts seen during the two second interval. Display the RPM value on the next line with RPMs = yyy", where yyy is the computed RPM value. The LEDs should be cleared before the
next interval starts. Using "wait", provide a one second delay prior to clearing the LEDs and starting the next two second interval. The program should run "forever".
Assuming that solar energy is used to charge a storage battery which then in turn is to power a lamp of 40W. Solar cell obtains power at the rate of 100milliwatts per square centimeter, and the sunlight time is 12 hours.
An additional variable power factor load is to be added to the factory. The new load will add 320 kW to the factory. The power factor of the variable power factor load is to be adjusted so that the overall power factor of the factory is 0.96 laggi..
For a first order low pass filter, with a cut-off of 2 kHz, how many decades and octaves would the frequency be if the attenuation was -58 dB. What would the frequency be at that attenuation.
f(t) = A[u(t) + u(-t/2-5)-1], where u(t) is the unit step function. Is the energy of this signal finite? Why or why not. If it exists, find the energy of this si
write a program that implement the system difference equation recursively, in "real-time" fashion, including the recursive update of variable samples(shift register). Compute and plot the response to x2[n] and x3[n], for one of the two systems, fo..
A charge of 4 micro-Coulomb is applied to the surface of the car. If the car travels a distance of 2 meter between the two electrodes, and if the mass of the car is 200 grams, then what is the approximate time taken by the car to reach the second ..
determine the initial condition on the capacitor voltage if you assume the Vc(0)=20V, determine the capacitor voltage at t=0.75s assuming Vc(0)=20V, determine the power at the 7ohm resistor.
If an ice cream cone is 6 inches tall and its rim has a diameter of 2 inches, determine the weight of ice cream that can fit in the cone assuming the ice cream above the cone is a perfect hemisphere.
Fourier transform X(w)=Xreal(w)+j(Xi(w)). Determine and represent the signal y(w) that gives the fourier transform of Y(w)=Xi(w)+Xreal(w)e^exp(j2w).
A 1 Gb/s optical link is to be operated at the 1.55 m wavelength. Suppose the dispersion at the 1.55 m wavelength is 17 ps/km-nm, and the attenuation is 0.2 dB/km. For achieving a desired error probability, we are given that the receiver requires ..
A current generated in the stack and a stack voltage of 6.0 V. As an engineer, you have a choice to install a recirculation pump to recycle the unused hydrogen from the anode exhaust back into the anode to increase the effective fuel utilization t..
what is the resonant frequency of a series circuit consisting of a 100 pf capacitor, a 10 k ohm resistor, and a 1 mH inductor
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