D.C Die Couiz Find the vaulne of RL for Power transfer in the Cir Cai't of fiG. below Fined Thevenin Maximum amd Norton ey uivel ent Cir Cuit for the Cir Cnit ii Fi G. below Detween a andlb 3-2

Q: Find the voltage at node P in the figure shown.

A: The given circuit is shown below:

Q: Q-2) For the network Vp = 12 V. Determine: a. Ip. b. Vs and Vps- c. VG and VGs d. Vp. 18 V 2 k2 O Vp…

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Q: $2: Derive Leg For the circuit showin in afig then Find It fer Li-lg=hs-15H Mi3=AM31%=D2 H…

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Q: -For the network eircuit belows R=IKQ C=50R d Tind 라 b)- Find Is c). Find I d)- Find e E= 10

A: In the circuit,  Find the input impedance ,  Source current, current in the inductor and voltage…

Q: Find RAB in the circuit shown 2 k2 4 kQ 12 k2 RAB 3 k2 6 k2 4 k2 Select one: O a.6 K O b. None of…

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Q: 30-2 2. RI 40y ニ 20N A 20 SL 1. Find the cument. 2. kind the voltage drop tach resistor 3. Find the…

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Q: map to simplify The following expression to aminimum Sop from ABED+ACD+ BēD + ABCD 4.

A: Karnaugh Map tp simplify the follwing expression: AB'C'D+ACD'+BC'D+A'BCD' Output, y = BC'D + BCD' +…

Q: JAsing Graphi cal approach Find

A: Given ID(ON)=8mAVG(ON)=6VVT=4V IDQ=ID(SS)(1-VG(SS)VT)2 IDQ=8mA×(1-64)2 IDQ=2mA

Q: P) Three resistors R, ,Rz and Rs are Gmeclad in s to a loov Suppb 1f R,=la02,12=250MA and V3 - 4oY,…

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Q: Q24Design a Problem for wye idelta trans farmations. 6, using circuitof Fig then pelermine…

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Q: Q-2) For the network of Fig. Vp =10 V. Determine: a. Ip. b. Vs and Vps- c. Vg and VGs- d. Vp. 18 V 2…

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Q: For the below circuit, find ig. 80 40 300 V 60 N mn 30 0 200 80 0 Select one: O a. ig=20A Ob. ig-30A…

A: Here we will 1st find out equivalent resistance to voltage source. Then from ohm's law we will find…

Q: H. W using A-Y conversion kind the Value of R, R2 & R3 425 ,52 35 552

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Q: Q3/ Using nodal analysis, find the branch currents in circuit below. V3 12 8 R1 R3 R5 10 V1 12 R2 R4…

A: Given circuit shown

Q: Case study 2_part 1 Frequency Variable Vp-p Vrms Resistor (Hz) 10 109ko 320mv 20 109ko 980mV 30…

A: The RMS voltage does not depend on the frequency.

Q: 0.A BJT has cuscrent gainB=40. The load eitance Re= lo2, dc supply voltage Vcc =130V and imput…

A: Given data: β=40RC=10 ΩVCC=130 VVB=10 VVCE=1 VVBE=1.5 V

Q: RL =1.5 , 2 k N A B 2kQ Vi=10V E *2kN Vs=4v V2=2V D Fig. (Q-29 to Q-34)

A: The solution can be achieved as follows.

Q: Find all the nodesvoltages in the networks in ysis. branch Curreng 12 kfl 4 mA ) 36 kll 6 kf2 2 mA…

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Q: RL 2mA from the cir cut shown Bind the Value of RL for maximum pow ertrans fer

A: For maximum power transfer  The load resistance should be equal to Thevenin resistance across load.…

Q: 16 V a. Ic. b. Vc. d. VD. f. Ipo g. VBC. 2.7 kQ e Ve Ass12 mA Ve a-6V Ry 82 ka RG I MQ B180 Ro 24 k2…

A: We need to find out current and voltage for given circuit.

Q: Qi/ for the network Shown below: @ @ find vo if Rx - 80 KL How large Can Rx be to avoid Saturation…

A: Ans (a)

Q: 1. Find the value of Ip. Voi and Voz in the circuit shown in Figure below. -10V IAG. Vol $1.2k Vo2…

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Q: TS2 Por the netwarlk shown, detormine the voltages and the curr ent I. Example +18 V sA R CA v R2 E,…

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Q: what must be resistance of R2 in * the circuit of fig

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Q: find I? ww 2と2 Vエ 32 T. 5 lam F Svellinge

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Q: 12 416) 24, 22 1 A 42 12 42 10 V www ww ww

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Q: - IF Io= 2MA in the circuit in fg find Vs Ike 33kr 12KR Vs

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Q: Perform Nodal Analysis for the given circuit where R6 is 250 ohms. Solve for Va, Vb, Vd ,Vb-Vc and…

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Q: Q 2: a) For the network 1. Zi. 2. Zo. (CE unconnected) determine: 180 3. Av. b) Repeat (a) with Cg…

A: The solution can be achieved as follows.

Q: R = look + Vec 20V Q3: Draw its load line, and R1 2 KSL determine the pasition of 15kn Si B. = lo0…

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Q: Find value of VGS= , RD=3k, Rs=3k, VDD=10V, VD=7V, VT=3V and gm=1.5mS VDD RD RG Rs Select one Oa…

A: Using drain voltage calculate drain current.  Now apply KVL in drain and source loop calculate gate…

Q: Special Cases Nodal Analysis with Valrage Sour ces CASE 1 When a valtage source is cennected between…

A: In this question,   We need to determine the voltage V2 and V3 using the nodal analysis.

Q: Fins I2 using superposition theorem

A: To apply the superposition theorem consider the sources one at a time by open circuiting the…

Q: 1 K MA (A www- in the circut cchowin in Big find Vo fusing thevenius theorm

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Q: Find the voltages Vx and Vy in the circuit below. Vx Vy 20V 2A 8. Select one: O a. Vx: 31.3, Vy:21.3…

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Q: For Max; power transfer in the Cir Cai't of Fie below ģ Finel Therenin and Nor eg, uivel ent Cir…

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Q: (H-w) in the hetwork shoon in fig, Find thesos resistance between the Ponits E, F, the humber…

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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.