What are the advantages of thevenin's theorem
Q: Find ix, iy and the Cabsorbed by) the 35V resistor poser dissipated by
A: The solution can be achieved as follows.
Q: Apply DeMorgan's theorems to the following expressions: (a) ABC + (D + E) (b) (A + B)C (c) A + B + C…
A: According to De morgan's theorem (A+B)' = A' B' (AB)' = A' + B'
Q: Using Parseval's theorem,
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Q: Using NORTON’S THEOREM solve for Vo
A:
Q: Under what conditions may Thevenin’s Theorem be used to advantage?
A: According to thevenin theorem, linear and bilateral network can be represented as a practical…
Q: Example4: Use a Karnaugh map to minimize the following standard SOP expression: ABC + ABC + ABC +…
A: Given: The following standard SOP expression, Y=A¯.B¯.C+A¯.B¯.C¯+A.B¯.C¯+A.B¯.C+A.B.C¯
Q: 4. Apply DeMorgan's Theorem to below expressions (a) A+B (b) АВ (c) AB + CD (d) (A + B) + (C + D)…
A:
Q: H.W. Consider the following sys. find the of this network. R Jo (s) ; (s) ? Via) с
A:
Q: For the circuit shown, select the values of R1, R2 & R3 so that: y11=0.18 mho, y12 =y21=-0.16 mho &…
A: Let the current flowing in-branch containing resistor R1 be Ix. Thus the circuit becomes:
Q: Use Thevenin's Theorem to solve for Vo if R1 = 3, R2 = 4, and Is = 4.
A: In this question we will find thevenin theorem...
Q: 2. Can you verify Thevenin's and Norton's theorem? Explain.
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Q: F(A, B, C, D) = A'C' + CD' + ABC + A'B'CD' + ABCD'
A: We can use K Map to find the reduced SOP and POS expression. The solution is given bolow.
Q: Use Norton's Theorem to find the current passing through the R, 16 2 %3D
A:
Q: Q3/ Simplify the following expression to sum of product using Tabulation Method…
A: In this question, Simply the expression to sum of the product using the Tabulation method. We are…
Q: or the ECL circuit shown in the figure assume B=117. if VR=(Von+VoL)2 the VR is 3V 3 V 0.33K 0.3K D…
A: solve above ques..
Q: 1. Determine I, in the circuit shown by mesh analysis jan -jir
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Q: The norton theorem
A: Let I1 is the current through 4 ohm by norton theorem.
Q: AB + ABCD + CD + BCD + ABCD
A: Given expression: Y=AB¯+AB¯C¯D+CD+BC¯D+ABCD
Q: A. History of Thevenin’s Theorem and who is Thevenin? B. How was Thevenin’s Theorem derived? C.…
A:
Q: Theoretical
A: As per bartleby rules, we can solve only one major sub-part of the question if they are not linked…
Q: Q1/ For the circuit shown below, If Re =500, find R 102 300 120 120 120 60 2 wwww ww ww ww
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Q: steps on how to thevenins theorem
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Q: Find the The´venin equivalent representation of the circuit shown if gm = 0.025 S and R1 = 10 kΩ.
A: Consider the given figure: The circuit current is -gmv Write the expression for the voltage across…
Q: Q2: Minimize using Quine McCluskey: F(A.B.C,D)-E(4,5,6,9,12,14,15)+d(0,7.10), if the final table is…
A: Quine mccluskey method
Q: Find the exact 1012 2mll 3012 60μF 562 3pF 50m
A: Given circuit diagram,
Q: Simplify the following expressions to (1) sum-of-products and (2) products-of-sums: BCD′+ABC′+ACD
A: It is given that: X=BCD′+ABC′+ACD
Q: hat are two reasons why Thevernin's and Norton’s theorem are very useful?
A: The fallowing are the advantages of thevinins and nortons theorms:
Q: Explain Norton's theorem.
A: we need to explain norton theorem.
Q: Use thevenin and Norton theorem
A:
Q: 5. Apply Demorgan theorem to the following expressions. i. W.X.Y.Z A + BC + D(E + F) АВ + A(B + С) +…
A: We need to simplify the Boolean function .
Q: a) Write down and prove DeMorgan's theorem. b) Remove the following complements using DeMorgan's…
A: a) Write down and prove De-Morgan's theorem. b) Remove the following complements using De-Morgan's…
Q: Determine the mesh equations.
A: The mesh equations are given below: In mesh 1:8-1i1-6i1-i2-3i1-i3=0…
Q: EX: Find (I) by using thevenin's theorem.
A: The solution can be achieved as follows.
Q: QUESTION 4 Using Distributive law and Boolean identity, find the simplest equation of the following.…
A: We have to use boolean identity to simplify given expression.
Q: What are the advantages of Thevenin's theorem
A: As per Bartleby policy we can answer only one question at a time. Repost the question for other…
Q: . Simplify using k-map F(A, B, C, D) d(A, B, C, D) = E(0, 6, 8) E(4, 12, 7, 2, 10,)
A:
Q: .What is the application of Thevenin's theorem?
A: The explanation is as follows.
Q: Using Norton's theorem, find I_N, R_N, and Icd/dc
A:
Q: Simplify each of the following expressions by applying one of the theorems. State the theorem used.…
A: 1- F1=AB'+CDB'E+CD=AB'B'E+AB'CD+B'CDE+CDCD…
Q: Which of the equations below does * ?not verify with KCL I4 12 15 11+13=16 16-14=13+12 13+15=12…
A: The given circuit is,
Q: Prove demorgen's theorem and discuss your answer?
A:
Q: - EXAMPLE : Simplify the following Boolean expression using K-Map: Y = ABCD+AB CD +ĀBCD+ĀBCD+ĀBCD+ A…
A: To simplify the Boolean expression using k-map Put all elements in the k -map Then try to form the…
Q: Use classical method of finding Thevenin equivalent
A:
Q: 4. Minimize the following to a minimum POS fom using K-MAP (x+y'+z')(x'+z)(y+z)
A: In this question we need to minimize the given Boolean expression.
Q: Simplify the following expression using DeMorgan's theorems. (АВ) + С O a. (A + B)C O b. AB +C Ос.…
A: We need to simplify the given Boolean function
Q: The sum of 11101 + 10111 equals Find the minterm expansion of AB + ACD * A'B'CD + ABC'D + AB'CD' +…
A: Solve all questions given above ?
Q: Can you verify Thevenin's and Norton's theorem? Explain.
A: Thevenin's Theorem: In any linear, active, bilateral network consisting of number of energy sources,…
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- ciocle with 24mA OF Current Flowing through has a vortage chop of 0.75V. Determine the reverse Saturation Current Is In A. Assume M = 1. Present Using ^ Cxy to answer in scientific notation your For the exponent. A HWhat is the value of Vgs, when Id is.10 ?constant reference voltage Vdd =12V @QI// Analysis the circuit shown in figure below. SET J2 Q2 CLK K2 X RESET SET J1 Q1 CLK K1 RESET CLK •
- the range of voltmeter from (-10 to -30) volt, then the span of it (state 20-) a (state 40) b O (state 20) cO (state 40-) d OThis thyristor crowbar circuit is a simple, effective method of protecting output against overvoltage. What would happen when the voltage output reaches a "dangerous" level in that circuit? TRI Fuse 10 to 15 volts. 5 volts protected output ZD1 unregulated voltage series pass SCRI transistor RI The SCR over voltage crowbar protection circuit the zener diode ZD1 becomes forward biased, that in turns switches "OFF" the SCR1, that interrupts output current the SCR1 turns "ON" connecting overvoltage to ground the zener diode, ZD1, enters zener regulation region, which causes the output voltage to return to a normal 5V the SCR1 turns "OFF" disconnecting overvoltage from the outputA resistor R = 5 ohms and a condenser C = 0.02 F are connected in series with a battery E = 100 V. If at t = 0 the charge on the condenser is 5 coulomb, find the current I(t). Ans.: I = - 30e – 10t amp
- By the aid of constant-voltage model, sketch the input/output characteristics of the circuit depicted in Figurex. 叫竹 Vin 1 Kr D4 # D3 4K VoutConsider a pn junction in forward-bias at room temperature. lo obtain a current of 1mA with a voltage of 750 mV, Calculate Is V₁- 26 mV Select one: O a. None of these O b. 297 x 10¹5 A OC 297x10¹7 A Od 297x10-¹ AAll parts or none .... I vll upvote
- Exe: The single-phase bridge rectifier has an RL Load and an ac source, with R = 10Ω andL = 10mH. The peak value of the source is Vm = 100V at 60 Hz. The expressions of voltage andcurrent outputs are:(a) Determine v0(t) and i0(t) with two ac terms (n=2 and 4)(b) Determine the power absorbed by the load.Q3 Sketch the ourput voltage (V) of the clamper circuit shown in figure (2) for the input voliage V, = -2 + 125t2.2 QUESTIONS ON THIS CHAPTER b.) c.) To forward bias a P-N junction you must : ol 02 □3 04 05 5 To reverse bias a P-N junction you must: ol 02 03 a 2 @ 3 04 05 LESSON B02: THE P-N JUNCTION What is the most evident effect in a forward biased P-N junction? al the current is zero □ 2 @ 3 apply a negative voltage to the P region, and set the N to ground apply a positive voltage to the N region, setting the P to ground apply a positive voltage to the N region and a negative to the P apply a positive voltage to the P region respect to the N region none of the above 04 05 apply a positive voltage between the P region and the N region apply a positive voltage to the P region, setting the N to ground apply a positive voltage to the N region respect to the P regiom apply a negative voltage to the N, setting the P to ground none of the above In a reverse biased P-N junction what is the most evident effect? ol the current is zero exponentially increases the Zener effect the avalanche effect none…