100 2 Oa 2002 1502 Ov100 V/100 V§ 502

Q: 1. For the network of Fig., determine: (a) S(co) {b) S(Var) (c) S(B) Using T, as the temperature at…

A: Solution !!

Q: Find the transfer function of the following block diagrams

A: The given block diagram can be reduced by using the block diagram reduction techniques. The negative…

Q: Transfer function

A:

Q: The 16's complement of the hexadecimal number A2C is - a. 4B4 b. 4D5 C. 5C5 d. 5A5 e. 4D6 f. 5D4

A: The solution can be achieved as follows.

Q: Q4:in (R,L,C) circuit shown find (11,VR,VL,VC,P.F) R XL Xc 62 Vr.m-s G 60v

A: For RLC circuit impedance seen from the source                                 Z = R+j(Xl-Xc)…

Q: G. G2 G,

A:

Q: Find the DFT of x(n,,n2) = 18(n1,n2) + 28(n1 – 1, n2) + 18(n1 – 2, n2).

A: DFT

Q: find the veltaage and (05) In the Circuit shaon in fig. the curreut in Bach ristence 92

A:

Q: 14 Find the F. To of the following Signals using TA using rect -b - A A a differentiation prop.)

A:

Q: C84 Design aclipping clipping Cir Cit to perform the fanetion inli Cated in FiGo. belo 10 Design -…

A: Design a clipping circuit to get output voltage waveform shown in the figure.  Input voltage…

Q: P2:- Final the theuenin equiva lent Circuit For the nefwork Shown in fig. lou

A:

Q: R(S) G₁(s) G₂(s) G3(s) G4(S) V5(s) V4(S) V3(s) H₁(s) H₂(s) G6(s) G5(S) V₂(s) H3(s) G7(s) V₁(s) OC(s)

A: The question is finding transfer function using Mason's gain formula.

Q: Q7. The TF (Vo(s)/Vin(s)) for the circuit shown below is? Write down your solution sL+R b.- RLC sL-R…

A:

Q: Reduce the biock diagram G, H, Q2

A:

Q: Find the transfer function using block diagram reduction rules. show complete work.

A: Draw the block diagram, and represent the node points.

Q: Mason's rule.

A:

Q: C24 Design aclipping fanetion inoli Cated Cir Cut to per form the FiG. below V. 4

A:

Q: Cir Cuüt to per form the 84 Design a clipping Cir Cut to per form the C34 Design fanetion inolicated…

A: Design a clipping circuit.  Input voltage waveform is Sinusoidal waveform. Vi= 10 sin(wt)  Output…

Q: Q1 Find the pole-zero representation using MATLAB codes of the system shown in fig. helow. Co

A: TRANSFER FUNCTION : Transfer function is defined as the ratio of Laplace transform of output to…

Q: (d) use Masons rule to find the transfer function of the system. G3 G5 G2 R GA -H2

A:

Q: A B. L G₁₂₁ +₂ G₁1 4+₁ G5 H₂ G6 G₂ G2 G -Gy

A:

Q: Determine the currents in the unbalanced bridge circuit of the Fig. Also, determine the p.d. across…

A: An unbalanced bridge,  To find: Currents in the given bridge.  Power dissipation across BD.…

Q: 2. 6₁ G₂ H₁

A: We need to find out the transfer function of given system

Q: TRERAS B- Find V.(s)/V(s) for the circuit shown in Fig.1b. R2 CI C2 V:(s) o W V.(s) RI Fig.1b

A: Find the transfer function of the given circuit. Transfer function is the ratio of the laplace…

Q: 12) For the circuit showm in Fig- 2. Cakulate RT, I, Ig2, VAB- そo-52 16e

A: To find the current and voltages in the given circuit

Q: R. R₂- G₁ -H₁ G₁ G. G G I H, G₁ -C₁ C₂

A:

Q: 8.21. Find C/R for Fig. 8-71, using Equation (8.2). G₁ G₁ R H₁ H₂ Fig. 8-71 G₁ G₂

A:

Q: Simplify the given block diagram below into a single block. G8(s)- R(s) + G6(s)- G1(s) G3(s) C(s)…

A: Block Diagram Reduction Rules: Follow these rules for simplifying (reducing) the block diagram,…

Q: Determine Iz in the circuit in Fig. IL C6 kn 6 mA 31 3 mA 3 2 kn 3 kn

A: Given  Find the IL in the given circuit

Q: G2 G, R

A:

Q: A 7.5kr

A:

Q: Give two properties of a graph that nsures that it possesses an Euler Circuit

A: Two properties of a graph that ensures that it possesses an Euler circuit, The Euler circuit is a…

Q: 4 Design a clipping Cr Cüt to per form the fanetion inli Cated in FiG. below 10 Design -3 - lo -13

A: Design a clipping circuit to perform given input and output voltage waveform.  Input voltage…

Q: G3 G4 R G2

A:

Q: Find transfer function.

A: To find the transfer function of the given system we convert the given block diagram into signal…

Q: State and prove superposition theorem and use it solve for V & I in the network shown in Fig.P-15

A: Superposition theorem - It states that when more than one source are present in any linear bilateral…

Q: The overall transfer function of the following block diagram is: Ris G Cs) G1+[G2G3/(1+G2G3H1)] O…

A: We need to find out transfer function for given block diagram .

Norton Theorem

In the current circuit law, the Norton theorem (also known as the Mayer-Norton theorem) is a simplification that can be applied to networks generated by a constant line of opposition, power sources, and current assets. In two network terminals, it can be switched on with a current supply and single resistor respectively.