Given R1 R2 R3 R4 R5 Е1 E2 120 10 130 17 24 50 100 Rz I, Iz It In

Q: -2 mV 06 mV 2 k2 U1 20 k2 20 kN R in 2 kQ 9 mV 20 kN Vo 20 k2 10 k2 2 k2 10 mV

A: An OPAMP(operational amplifier) is an integrated electronic circuit that is used to amplify weak…

Q: 0.33 kn D1 D2 E 10 V Ge Ge Ip2 O 29.40 mA

A:

Q: Find Vo1 , Vo2 , VR, lo1 l02 , 'R Si 10 V 102 Si 2.

A: In the given diagram, we note that  Two diode are connected in series with one is Si and one is Ge…

Q: labeled below. 102 N2 N3 N4 102 102 102 10Ω 10Ω N5 102 1A (1 10V 20V

A:

Q: Deter IR for the network shown with RL=500 ohms Rs + 3302 IR Vz = 10 V RL VL 20 V = 400 mW Pzmax O…

A: To conduct the zener diode voltage across it should be higher than break down voltage Vz To find…

Q: 3. R1 A R2 12 10 202 20v 10v R3 V2 V1 40 2 13 B.

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Q: .Q1: Find V 30 N 16 Ω 15Ω 10 Ω 100 V (+ V 35 2 12Ω 20 Ω +

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Q: Rl = 20 2 1A 20 V TS RL = 10 S 4:26 Find: IL

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Q: E R1 R2 R3 R4 RT Vr1 VR2 VR3 VrA IR1 Ir2 IR3/R4 IT PRI PR2 PR3 PT 10 1kO 1k0 1kQ 1kn C oor 1401 1.…

A:

Q: VT (V) IT(mA) RT (2) 10 9.7 V (V) V1=2.1 V2=3.2 V3=4.6 EV= R (2) I-V/R (mA) 220 I1= 12 13 330 470…

A: We will use ohm's law to calculate various unknown values and this fill the below table accordingly.

Q: Rp 2 k2 R1 36 kN oVp= 10 V Ipss = 12 mA Vp=-8 V R2 12 kΩ Rs

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Q: R1 20 R3 R2 100 V 80 240Vpk 60HZ C2 = 20μF L3 6H

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Q: 4 R1 RL 10kQ 1k2 1 Vcc C1 20V Q1 2N2222A 1µF in V1 | 0.01V 10kHz RE 0° R2 CE 2202 5kΩ 10µF 3.

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Q: I1=90 V1=290 I2=20 k=40 R1=40 R2=10 R3=40 R4=40 R5=4

A: The given diagram can be modified as

Q: 11. Determine the resistance R when I= 1.5 A. 50 V- -T. 30 V R. AI 202 102 a. 40 2 b. 8.0 2 c. 85 2…

A: Given, Where, Current I = 1.5 A

Q: R2 C1 10uF R1 R3 12k0 741 100ka 741 Vout

A: Here the 1st opamp is inverting opamp and the 2nd one is integrator.

Q: D1 V1 1n4001 T1 R1 5kQ C1 220 Vrms 60 Hz 0° 1000µF D2 TS_POWER_10_TO_1

A:

Q: R1 R3 60 20 R2 10 R4 30 RS 100 V1 10 V V2 GND 20 V GND

A: To find the Vth the circuit can be represented as:

Q: G3 61 62 G4 65 (J. 501 RIS 52 2.

A: In this question we will find transfer function....

Q: 0.33 ka D1 D2 Ge Ge 10V ID2

A: Solving this circuit like any parallel circuit, knowing (VD = 0.3 V) in forward bias and as an open…

Q: I2 13 I4 10 Α 10 Ω 20 Ω 30 Ω 2 A 60 Ω

A: For the calculation of power in current source, firstly we need to find the voltage across the…

Q: XMM1 R4 R1 5000 1.5kO R3 5000 R2: 1k0 V1 20V

A:

Q: r1 = 2 0 =10 12 = 50 r4 = 10 N V3 = 20 V V1a10 V V2 = 12 V Figure 11

A: In this question we will find current through 10 ohm resistor suing thevenin theorem...

Q: la = ? IB = ? Ic=? E1 = 14.00 V E2 = 12.00 V R1 = 0.100 2 R2 = 0.0100 2 R3 = 1.20 2 Ic IB IA R3 m R₂…

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Q: Vcc = 27 V Rc21.2 k2 R1 470 k2 o Vo C2 Darlington Pair B1 = B2 = 110. VBE = 1.5 V Zi R2 220 k2 RE 2…

A: we need to find VB, VC, VE, IE, IB, IC, VCE

Q: R1 R3 d 6800 I1 13 220Ω 12 V1 R2 1k2 R4 4702 12V Figure 1

A: Apply KVL on left side loop, I1R1+I1R2-I3R2=12680I1+1000I1-1000I3=121680I1-1000I3=12     .......1…

Q: 13 1F S1 R2 5 R1 C1 12 Ix2 E V1 X2 1F 1V I2 1H X1 1H 3 4.

A:

Q: R, ac 82 20 2 I, 0.5 2 R2 6Ω E3 12 V E, - 18 V E2 3.0 V 0.5 Q 0.25 Q 12 E4 R4 e 0.75 Q 15 2 24 V

A: By mesh analysis we will find out current through circuit.

Q: 25 a Q-1: Find i and V, in the circuit of Fig (1) 202 -ww- ww- ww 15 a 20 V 30 2 20 12 Figure 1 ww…

A:

Q: R1 = 10.00 2 R2 = 10.00 N Iv= ? R3 = 10.00 2 R4 10.00 N I2|

A: According to the question we need to calculate the value of I2.

Q: Vp DD Rp2 Vo Rp1 V12 M2 M1 ViI Rs Vss 0 V SS

A: Types of differential amplifier  Dual input balanced output  Dual input unbalanced output  Single…

Q: 3. Calculate Vout- Si Ge Vout = ? 12 V R1 5.6kQ 4. Calculate Vout. Si R2 Vout = ? %3D 10V 4.7kO R1…

A: (a) For the circuit 1: Consider that the voltage drop across silicon made diode is 0.7 V and…

Q: 4,1 kQ 20 k2 20 k 20 ka 0.05 uF 10 k2 c0.02 uF

A:

Q: Determine o1 D1" 0.33 kn D2 S LGe D1 10V D1 O A. 29.40 mA O B. 14.08 mA O C.o mA O D. 14.70 mA

A: The diode is ON when the voltage across anode is more than the cathode voltage. It is known as…

Q: 18 V 3.3 kQ 10 µF 91 kQ 110 k2 R2 10 µF R1 10 µF B = 75 510 Ω 50 µF Ht

A:

Q: IT = P1 = R1 = P2 = R2 = P3 = VI = PT =

A: NOTE: As per Bartleby guidelines for multiple questions , I supposed to do only first one... Thanku…

Q: 4 A 30kHz 0.⁰ R2 100 400 L1 40pH R1 260 C1 1µF

A:

Q: R1=30 N, R2=75 N, R3=45 2, R4=15 Q, R5=50 2, R6=40 NR =50 2 and V=90 volts. R1 R6 RS R2 V R3 R4 RL

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Q: VT= 10 V A R₁ 150 $2 R₂ 15 $2 R3 1052 B + Lo

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Q: 1k 14 1k R11, V2 R13 R9 1k 1k R10 R8 1k R12 S1k 11 12 13

A: Solve the above questions

Q: A R1 10 Q R3 + V1 R2 10 Q 10 V B ct one: а. 8 b. 2.6 С. 12.3 d. 13

A: In this question we will find thevenin resistance across AB...

Q: 3.3 kΩ 10 μF 91 kΩ 110 kΩ R2 10 µF R1 10 μF β-5 510 Ω 50 μF

A: The given figure is,

Q: +15 V -10 V +12 V 8 mA| Rp L0kn 6 mA Rp 1.0 kfl RD 3 mA 1.5 kN R 10 ΚΩ RG 10 MN RG 10 MN 330 N R2…

A: Above question from first appearance look like a analog circuit question but actually a circuit…

Q: R3 500 R2 Vb R4 Va 710 200 V1 R1 350 11 1A 80V

A: Find explanation below

Q: V1 22 A1 A2 40V 1052 452 V: 22 52 O 3 A 4 A 1 A 8 A

A:

Q: 200 k2 10 k2 A2 200 ka Vo3 20 ka Vo A1 10 k2 Jos Vo2 A3 V, = 0.2 V 200 kN 20 ka

A: We can use nodal analysis to solve for the value of output voltage in the given circuit.

Q: R1 R4 1.0kO 10.0k2 R2 R3 1.2kQ 5.6kO

A: Find the total resistance?  If two resistance RA  and RB  are connected in 1. series then equivalent…

Q: 5 k2 10 k2 o Vc + 12 V IB | 4 k2 а) 5.93V b) 6.23V с) 6.73V d) 5.73V е) 6.53V

A: 1st we will find out the current and then we will find out the voltage .

Q: Q1) 3.6k2 B= 70 1 ka ro= 1 H-ovi 3uke Ii 15- Find Av Ai ? re ., zi , 7o

A:

Q: R1 200 2 11 V1 5 A 10 V R5 100 Q R4 300 Q R2 R3 200 Q 150 Q

A:

Superposition Theorem

The superposition theorem is applied to linear systems. For such systems, the output from two different inputs equals the sum of the outputs from each input separately. On applying this theorem many times we get the output from any number of inputs equal to the sum of the outputs from the individual inputs separately.