+Vcc (+12 V) C1 20 µF Ic C2 10 µF Qi Rs 50 Ω RB Vị 220 k2 RE ►2.2 kN RL Vo • 4.7 kM -VEE (-12 V)

Q: 3. Find ve, i, and it. 12 V + 1Ω VC www 5Ω 4 Ω 1F m 2ΗΣ

A:

Q: 20 V 470 K OHM |22 КОнм lo C3 V out I in 1K OHM C1 hfe = 120 Zo hie = 1 K ohm 2.4 KOHM hoe = 25 uS…

A:

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Q: Zi 82 ΜΩ F 11 ΜΩ +20 V Rs 610 Ω 2 ΚΩ H Ipss = 12 mA Vp=-3V rd = 50 ΚΩ Cs Vo Το

A: Give:- IDSS=12 mAVP=-3Vrd=50 kΩ We have to find the voltage gain of the given amplifier.

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Q: 20 V 470 K OHM | 2.2 КОНМ lo C3 V out I in 1К ОНм C1 inf hfe = 120 Zo hie = 1 K ohm 1nF 2.4 КОнм hoe…

A:

Q: G Calculate the values of V,, Ve and Vic for the circuit shown in Figure 14.46a. IT IT H 008 Rs 18 N…

A: Given:

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Q: a) Calculate 1₁ b) Determine l2 c) Find 13 d) Calculate VAB e) Determine VBC f) Determine VCD g)…

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Q: 20 V 470 K OHM 2.2 КОнм lo C3 V out I in 1K OHM C1 hfe = 120 Zo hie = 1 K ohm 2.4 KOHM hoe = 25 uS…

A:

Q: For the circuit in Fig.2, calculate ZT and Vab * 50 20 Q. j10 Q Vab 60/90° V a b -j5 Q 40 Q Fig.2

A: To Calculate ZT and Vab for the circuit

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Q: Fuel and energy engineering-4 contribute to the production and * suply of energy wind O solar O…

A: I am giving answer of both question.

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A: .

Q: Calculate VB2 22 V 0.75 kn Qi 1 kN 20 100 N } 20 1 kn Q2 0.75 kn 00

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Q: Question 4 Calculate the efficiency of a solar module with the given parameters: FF = 59% VOC = 5.5…

A:

Q: 20 V 470 K OHM 2.2 КОНМ lo C3 V out I in 1К ОНМ hfe = 120 1nF C1 Zo hie = 1 K ohm 2.4 KOHM hoe = 25…

A:

Q: VsI 20 V R1 1.0 kf. R2 1.0 k R3 2.2 kn Vs2 15 V

A: The given circuit diagram is shown below:

Q: RB2=470 K2, RB1=220 KQ, Vcc=25 V, Rc =6 KN, B = 100 Find IB, Ic, VCE

A: Circuit diagram is given, Value of RE is not given so considering RE=100 k-ohm Now, applying KVL in…

Q: + 20 v R1 150 kQ Rc 12 k2 hFE 200 RL 50 k2 RE 20 kQ R2 2.2 kQ Assuming the components are changed to…

A:

Q: Problem 3.3: (~3.7c): 21 /137 For the circuit below, find the power absorbed by the 602 resistor. a…

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A:

Q: A 100 ohm (0 oC) RTD has a temperature coefficient of α= 0.00385 Ω/ Ω/ oC.  What is the resistance…

A: Given  Rac=100 Ωα=0.00385 Ω/°CT=550°C Calculating resistance of the RTD R=Rac1+α∆TR=100 Ω×1+0.00385…

Q: + 10 v R1 18 kQ Rc 1.5 kQ hFE 30 hfe 200 80 mV RL 5.1 k2 R2 RE 4.7 kQ 1.2 kQ Assuming the components…

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Q: e delivered. (ii) Calculate the voltage across R, then terminal A being positive 20 2 OA 40 2 SRL 10…

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Q: Fuel and energy engineering-4 contribute to the production and suply of energy wind O solar O…

A: The solution is given below

Q: Ans: ( 0.75A) 240 幸る2 寺 キ42 Fig. c4) Q2 / In the circuit shown in fig.(2) calculate (I) using…

A:

Q: 20 V 470 K OHM |2.2 КОНМ lo C3 V out I in 1K OHM 1nF C1 hfe = 120 Zo hie = 1 K ohm 1nf 2.4 КОНМ hoe…

A:

Q: Va R2 Vb 20 R1 40 12 11 ЗА R3 4A 30 1.33 V Find 4 V Va -1.33 V

A: According to the guidelines, the first question will be answered. From figure (a) Apply KCL at node…

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Q: 10 V 10 V ĮR3 381kN ĮR1 3.9kn Q1 2N2219 R4 27.9kO R2 .7kQ

A: Base voltage: It is the voltage at the base terminal of the BJT transistor. This plays an important…

Q: Slide 27 + 20 v R 150 k2 Rc 12 kn hFE 200 R 50 k2 R2 RE 20 k2.2 ka 2.2 kQ Assuming the components…

A:

Q: 12. Two coils having resistances of 5 2 and 8 2 respect- ively are connected across a battery having…

A: As per the company polity, we supposed to answer one question at a time so please ask another…

Q: + 10 v R1 18 kQ Rc 1.5 kQ hFE 30 hfe 200 80 mV RL 5.1 kQ R2 RE 4.7 k.2 K2 Assuming the components…

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Q: A.SOLVE FOR IB,IE,VE B.SOLVE FOR re AND Bre C.SOLVE FOR zi and zo

A: Brief description : In the beginning first of all we have to perform DC analysis for the given…

Q: Calculate RT 12 v1 13 Il 4Ω ν3 2Ω v2 O 25 v A. 7.33 ohm B. 7 ohm C. 12 ohm

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Q: -22 V 2.2 kn 82 ka Ve B = 220 16 ka 0.75 ka FIG. 4.151 Problem 55.

A:

Q: 160 G= 1000 W/m² : 140 G= 800 W/m2 120 100 G= 600 W/m² 80 G÷ 400 W/m² 60 40 G= 200 W/m² 20 0 5 10 35…

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Q: + 10 v R1 18 kQ Rc 1.5 kQ hFE 30 hte 200 80 mV RL 5.1 kQ R2 RE 4.7 kQ 1.2 kQ Assuming the components…

A: DC analysis -In a linearized form of the circuit, AC analysis yields the voltage or current versus…

Q: R1 10ka D1 1N4148 V1 V25V Fig.11

A:

Q: d. Vc VB- f. VE. e. 20 V 470 2 270 k2 ICO Vc Vefo B=125 VE 2.2 kQ FIG. 4.122

A: Fig: Given circuit  Calculate base and collector current…

Q: Q2) Find Vab 20 Ω 12 N b 30 Ω 75 V 15 N 20 Ω a 18 N V ab' +1

A:

Digital Integrated Circuit Design

Digital IC design is a procedural interaction that involves converting determinations and highlights into computerized blocks, which are then further transformed into basic circuits. A significant number of the imperatives related with advanced IC plan come from the foundry cycle and innovative restrictions.