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Design a circuit that takes an input signal that can swing +/- 2 volts and clips it so that the output can't exceed approximately +1volt on the high side and approximately -0.5 volts on the low side. For input signal voltages between these limits, the input should pass unaltered to the output. The peak current drawn from the input source may not exceed 1mA. You may use any circuit component we've studied except opamps. Show the values of all components (for example resistance in ohms) and if you use diodes select appropriate circuit models and state the type of diode used (silicon, germanium, LED, and so on).
b)If the calculator produces three digit random numbers that are uniformly distributed between 0.000 and 0.999, find the variance of the sample mean. c) How large should the sample size be in order to obtain a sample mean whose standard deviation i..
Use a chain of flip-flop to implement a shifter register
Design a 2-digit 24 second "shot-clock" countdown timer with pushbutton controller.
determine the following by sloving laplace equations: a) the potential and electric field distribution in the dilectric slab. b) the potential and electric feild distrivution in the air space between the dilectric slab and the upper plate and c) t..
Determine the HV-side fuses needed to protect a 3x140kVA, 12470/208 YNyn0 distribution transformer bank. Show and explain step by step the procedure you employ to solve this question. Use the type K and type T fuse curves
Design I/O wiring to control forward and reverse 12Vdc motor using PLC OMRON CJ1M. Consider that the forward movement of the motor will be controlled by a forward button and the reverse movement of the motor will be controlled by a reverse button
What is the requirement for the phase response (transfer function) of each of these links to avoid distortion of the transmitted waveform?
Why is quality a difficult term to define. how can we improve our understanding of quality?
An OpAMP has a unity gain frequency (ft) of 10MHz and a slew rate of 10V/us and AVoc = 120dB at DC (f=0).Assume VCC = -VEE = 15 Volts. a. Approximate the cutoff frequency of the OPAMP itself.
i) Calculate the number of calls/hour/cell and the number of calls/hours/km2 ii) Calculate the number of users/hour/cell and the number of users/hours/channel iii) Find the modulation frequency for this system.
A pacemaker is programmed to deliver pulses a certain times every minute for a patient with heart block. A 0.5µF capacitor controls the pulse discharges through a 2M resistor. One pulse is delivered every time the fully charged capacitor loses 50%
To understand dierent signal models To be able to model a discrete-time system and design simple signal processing algorithms.
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