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Design the controller for a lawn sprinkler system. The controller accepts three inputs: START,DRYNESS AND RAIN. It produces two outputs: ON and FLOW. The description of of input/output signals is as follows:START = 1. Start sprinkler in the morning (ON=1), if and only if it is needed.DRYNESS: is a 2-bit input: 00 = too dry, 01 = dry, 10 = wet, and 11 = fully watered.RAIN = 1. It is raining and the sprinkler should not be turned on.ON =1. Turn on the sprinkler system.FLOW is a 2-bit output which controls the flow of water: 11 = maximum flow, 10=medium flow, 01=drip, and 00=no flow.The sprinkler system is turned on ( set ON=1),if start = 1 The lawn is not fully watered and it is not raining. The output flow should be maximum when the lawn is too dry, medium when it is dry and drip when it is wet. The sprinkler should be turned off when the lawn is fully watered.
Consider the penetration of a step potential function of height 2.4 eV by an electron whose energy is 2.1 eV. Determine the relative probability of finding the electron at the distance (a) 12 A beyond the barrier, and (b) 48 A beyond the barrier
A Common-Source amplifier utilizes a MOSFET with µnCox = 400µA/V2, W/L = 10, and VA = 10V. It is biased at ID = 0.2 mA and uses RD = 6 k-ohm. Find Rin, Avo and Ro. Also, if a load resistance of 10k-ohm is connected to the output
Write a program to count the number of elements in an array whose bits 3, 4, and 7 are zeros. The array has N 8-bit elements and is stored in memory locations starting from $1000
A container with a plunger compresses one pound mole of an ideal gas from 1 atmospheres pressure to 10 atmospheres. Calculate the amount of work done if the process is considered to be polytropic.
Suppose a resistor whose value is equal to the motor resistance is connected across the motor terminals and the motor is spun at 200 RPMs. What will be the voltage measured across the motor terminals
A n-type Si wafer is doped with Nd=1e15/cm^3, find the level of acceptor doping we need to convert the wafer from n-type to p-type, with a target hole density p=5e15/cm^3. also ni = 1e10/cm^3
determine that the total field B within the sample is one tesla. Calculate M and determine what percentage of the volume now consists of domains with magnetization parallel to the field.
Design a counter that counts according to the sequence 0,5,1,4,2,3 in the ways listed. Provide a state diagram and show how unused states connect to the counting sequence. a. using T-Flip Flops b. using D-Flip Flops
(a)find the work done in moving a point charge +2C from (2,0,0) to (0,2,0) and then from (0,0,0) to (0,2,0). (b)find the work done in moving a point charge +2C from (2,0,0) to (0,2,0) along the straight-line path joining the two points.
The intelligence signal amplitude is 3 V. Determine the carrier frequency and intelligence signal frequency. If the output deviation changes to between 90.0015 and 89.9985 MHz, calculate the intelligence signal amplitude.
If you have a purely inductive load with a reactance of 2/377 O connected to the 120Vrms 60 Hz (i.e., f = 377 rad/sec) AC line, what value of capacitor (in Farads) must be put in parallel with it to set the power factor to one
An iron core of cross-sectional area 200 square mm and length 320mm is evenly wound with a coil of 100 turns. When a current of 0.35A flows in the coil, a magnetic flux density of 0.12T is set up in the iron core.
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