after execution the following of instructions we get.. LXI B, 4500 LDAX B * Your answer
Q: H.W. Prove: Linear Nonlinear y[n] = 3x[n] y[n] = ax[n] + b y[n] = nx[n] y[n] = log(x[n]) %3D %3D %3D
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A: Here i have answered the question number two. I have drawn the signals.
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Q: b) Remove the following complements using DeMorgan's theorems. ______________________…
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Q: find the state model for this system using State variable definitions
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Q: Give solution of Q3 (its all parts) Subject Digital Logic Desig
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- Question 1 Digital Electronics and Combinational Logic la) Analog and Digital Electronics i. Write either "digital" or "analog" in this to indicate whether the property in that row is typical of digital electronics or analog electronics. The first row has been completed as an example. Property Difficult, manual circuit design Continuous valued signals Tolerant of electrical noise Circuit state tends to leak Intolerant of component variations Digital/Analog Analog ii. In older cars the timing of the electrical pulses to the spark plugs was controlled by a mechanical distributor. This contained a rotating contact that was mechanically linked to the rotation of the engine. Newer cars use electronic ignition. Electrical sensors detect the position and speed of the motor and a digital controller sends ignition pulses to the spark plugs. Briefly describe 2 likely benefits of the digital electronic ignition system over the mechanical one. An example is given first. More flexible control: the…Draw the combination circuit for the given expression below. A’(B+(C’D)’) + (A’(C’ + D))’Can you please elaborate on how these equations were reached via nodal analysis? and how exactly did the equation for I come to be and also what changed in the circuit so we can get these values? thank you. also if u can add in what cases i can use nodal analysis and what should i look for to know that i'm supposed to use it would be greatly appreciated, thank you!
- Please show your complete solution on how to find the missing values. I want to learn how to solve this problem. Thank you.this question from Measurements and Instrumentation course.You should solve the following problem from Measurement Systems by John P. Bentley. all you need in the pic (1+2).VIII) Find (iv) 1011011010.102 by 11012 Please write the steps for the solution
- Hi, I was having trouble solving this practice example. I see part a and b are already solved, but i am having trouble understanding the procedure. Especially the part where the Xeq is solved for. If you could explain this as well as part c). that would be appreciated.Graph the inverse CTFTs of the functions in FigureDraw the state diagram for a Modulo-6 synchronous counter which follows the count sequence000, 010, 011, 001, 100, 110, 000, 010, … . Show all possible states including the ones that are notdesired. The undesired states should be depicted to be transiting to any of the desired states.Choose the 000 state for this purpose. It is important to include the undesired states to ensure that,if the counter accidentally gets into any of these undesired states owing to noise or power-up, thecounter will go to a desired state to resume the correct sequence on application of the next clockpulse.
- 8. Write down the expression of the follow circuits then try to simplified in possible: (a) (b) (c) (d) (e) (f)When a K-map implicant is called prime, it means that it cannot be removed without changing the functional description. O True O FalsePICTURE attached is for your guide only.Give another problem/example the same to this.Topic: Complex Numbers - Simplification of Complex ExpressionPlease provide SOLUTIONS and EXPLANATION for each solution.