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Suppose that we are designing a cardiac pacemaker circuit. The circuit is required to deliver pulses of 1-ms durstion to the heartthat can be modeled as a 500-Ω resistance. The peak amplitudeof the pulses is required to be 5 V. However, the battery deliversonly 2.5 V. Therefore, we decide to charge two equal-valuecapacitors in parallel from the 2.5-V battery and then switch thecapacitors in series with the heart during 1-ms puls. What is theminimum value of the capacitors required so the output pulseamplitude remains between 4.9 V and 5.0 V throughout its 1-msduration? If the pulses occur once a second, what is the averagecurrent drain from the battery, Use approximate calculations assuming constant current during the output pulse. Find the ampere-hour rating of the battery so its lasts for five years.
A residence supplied by a 120/240 V, single-phase, three wire service has a total estimated demand load of 25,000 VA. The total estimated neutral loading is 17,000 VA. Determine the service overcurrent protection device rating
If the segment base 002Bh with offset 0013h maps to physical address 002C3h in memory, what will be the segment base that will map to same physical address 002C3h using an offset of 0003h
After having the VHDL code tested, make sure to run ISE-Simulator. Since there are 4 inputs, modify the test-bench code for all sixteen possibilities. View the waveform and test it against your truth table.
Consider a CS amplifier with a resistance Rs in the source lead and with the drain short-circuited to ground. Determine the short-circuit transconductance G m. Hence provide the output equivalent circuit of the source-degenerated CS amplifier
Consider the circuit in Figure P16.73. (a) Determine the value of Y for I†=2.5V and (i) A=B=0; (ii) A=0, B=2.5V; (iii) A=2.5V, B=0;and(iv) A=B=2.5V.(b)Repeatpart(a)forφ=0.(c)Whatis the logic function implemented by the circuit
state the probability distribution of the binomial random variable X. What is the probability that the random variable X falls in the interval [u - 3 sigma, u + 3 sigma]. The mean and the variance of a binomial distributin.
Compute the power levels of the 2nd, 3rd, and 4th harmonics relative to the fundamental output signal for the Class C amplifier. compute the Fourier coefficients for the harmonics of the clipped sinusoid that results from the partial conduction an..
The normalized lowpass filter with a cutoff frequency of 1 rad/sec is given as Hp(s) 1/s+1 a. Use Hp(s) and the BLT to obtain an corresponding IIR digital high passs filter with a cutoff of 30 Hz, assuming a sampling rate of 200 hz,
Calculate the S/N ratio for a receiver output of 4 V signal and 0.48 V noise both as a ratio and in decibel form. (69.44, 18.42dB)
A transmission line with no loss, with Z0= 60 ohms, is operated at 60MHz. The velocity on the line is c. The line is soldered to a ground connection at z=0. Find the input impedance into this line at z= -1.25 meters
Design a 3-element, -40 dB side lobe level Dolph-Tschebyscheff array of isotropic elements placed symmetrically along the z-axis. Find the (a) amplitude excitation coefficients (b) array factor
Consider a superheterodyne FM receiver designed to receive the frequency band of 88 to 108MHz with IF frequency 10.7MHz. The range of frequencies generated by the local oscillator for this receiver is 77.3 to 118.7 MHz.
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