YR R IkQ 16 V V 10 V R1.2 kQ V %3D PZM = 30 mW Annl

Q: R1 Q1 VB Select one: O a. R = 26.17 kQ O b. R = 2.61 kn O C. None of these

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Q: Det elt and F Tor the circuit 5002 www 200 2 C 200 2 100 V 600 2 600 2 D. Select one: Oa. None of…

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Q: 16 V 3.6 k2 470 k VC VD Joss 8 mA 1kn Figure (6) VD=? VC=?

A: We need to find out the voltage at drain and collector terminal of the given circuit

Q: Comsider the amplitier circuit 20V lookr Pf =175 ON lok2 BE=0,7V it Nin look 2 2KSL Find fr if G= Cz…

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Q: RD = 1,507 ohms RL = 10,063 ohms Rs = 241 ohms IDss = 0.01 mA VGs(off) = -4 V Vs = 1 V Vin = 0.3…

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Q: 16 A wwww 40 n 12 A 10 0 20 n 2 A -wwW- -WWW

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Q: +Vpp Rp C2 Vat R Vn Ra

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

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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: RTH- 470 Q -ETH RL VL 12 V Figure 1 Table 1 R. V. (volt) (watt) (milliwatt) 22 Q 100 Q 220 Q 470 2…

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Q: Q2 TAI RL 10 Q1 sig If sig = 3.3V, Reps (ON) B2 = 100 m_s2 and RRRS (ON) Q1 = 50 ms2 then Vout = V…

A: Here both nmos and pmos are on . Current is calculated from equivalent circuit . RDS on of bith pmos…

Q: 2. Refer to Figure 2, determine Ix 21x ww R1 4 Ω +1 V1 10 V + CCVS1 Figure 2 Ix ww R2 6 Ω R3 20 + V2…

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Q: 1- Calculate I and Iz. R 1 kn VL Vz = 10 V R 5 kn 16 V P. 30 mw ZM

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Q: For the circuit shown in the figure, if ß = 99 calculate 1- Zin, Zo „Ay and Avs C1 C2 Q1 R1 R2 3.ЗК…

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Q: Solve for lo if R1 = 16 Ohms. 22 22 9 A 3 A 5Ω R1 ww

A: By krichoff's current law we will find out the current .

Q: Determine V, I, Iz and IR for the network if R = 180 n. Rs 220 Ω IR Vz = 10 V 20 V RL VL Pzma = 400…

A: given here a zener diode based circuit and asked to determine the values of the VL , IL, IZ , IR…

Q: FIGURE R4 20 R5 V1 102 3PH C1 120V 60HZ 1mF L2 10mH Figure 3.1

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Q: 15 Q b 25 Q lab Iab _2 V= 18 VE 15 V Icb Iba 20 Ω: Ibc 10 0 Ibd a la 30 2 lac C Idc 50 Ω Icd lad 14…

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Q: 20 V 470 К ОНм |2.2 КОНМ lo C3 V out I in 1K OHM C1 hfe = 120 Zo hie = 1 K ohm 1nF 24 КОНМ hoe = 25…

A: Considering the hybrid equivalent model of the BJT(Bipolar Junction Transistor) Input impedance =Zi…

Q: For the following circuit, determine 1 R1 2.0ko E3 10 V E1 12 V E2 12 V R2 18kQ I1 E4 30 V R3 4.0kQ

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Q: In the circuit of Figure 1. Assume that; RG » Rs1, Rs2. Ipss = 10 mA and Vp = 4 V, VDD = 15 V, V psQ…

A: DC Analysis All capacitors are open circuit . As RG is very high, IG ≈ 0. Given, Vas = -2V…

Q: snown Figure 2, determill 100 V potential difference across AB 102 592 15 02 202 Figure 2 1592 -O A

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Q: Determine the approximate value of Ip of Figure 511. VDD 12V 1.2kO la1 V. 10mA IMO V1 Figum 511.

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Q: 14-Two wires have the same length and the same resistance. One is made from aluminum and the other…

A: Given; Two wire of same length and same resistance. The materials of wires are aluminum and copper.…

Q: 1k www 14 Vi=50 V Vz=10 V Izm = 32 mA Determine the range of RL (RLmin and RLmax) and ILmin that…

A: given here zener circuit and asked to find the range of load resistance and minimum load current.

Q: Solve for Vo. 2 ka 10 V 1.2 ka Si 20 V 2kQ 4.7k -2 V (a) (b) a. Vo=Blank 1V b.Vo=Blank 2 V Blank 1…

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Q: (b) Determine the voltage, v.(1) in the circuit of Figure Q1(b). 2F 20 sint2t A( 10 40 5H Figure…

A: When the total current is known, the current in a parallel path is given by current division rule.…

Q: 1. Determine the equivalent resistance between the terminal on the given gireuit. Where: R1-100 ohms…

A: As per the guidelines, we supposed to answer one question at a time so please ask other questions…

Q: 9) F.v the Voltage feeol back net uoork deteemine a) Ic. 30U b) Vc louf 47oka C) VE d) VCE ト VCE 5MF…

A: In dc analysis the capacitor will behave as open circuit and all the ac sources will replace by…

Q: ssume p a) Sketch the re-model. b) Determine Zi and Zo. c) Calculate Av. 24 V d) Calculate Ai. 3,3…

A: We need to find out input, output impedance and current , voltage gain for given circuit .

Q: 7 V1 10Vrms 60Hz 0° R1 mw 1k0 D1 1N3493 R2 1k0 XSC1 fektonik

A: Diode: Diode is a two terminal device which condutcs only in one direction.  In second approximation…

Q: V (e") = [(1+cos(w)]e 5jw %3D Find v(n).

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Q: Determine the maximum current Iz if Vz=10 V Pzmax=150mW * VIN 24 V 4 R www 470 02 R₁

A: Given circuit: Zener voltage,VZ = 8 V Zener power,Pmax = 150 mW

Q: T 12V VT determine IT. 38.2kQ TR1 6.8kQ R2 34.7kQ R3

A: Given circuit:

Q: 2. Find the value of Rb Vcc Ic 8 mA 1.5k Ohm Rb 3mA B= 100 24 V Vce Re 6OBLORHARC

A: To calculate the value of RB

Q: R1 D2 Vz2 3.5 V 20 V RL D1 Vz1 8.2 V a Figure 1

A: Zener diode in forward condition work as normal pn junction diode.

Q: R, R1 31 KN Vtune V fine coarse

A: By krichoff's current law we will find out Vtune  voltage then we will compare it with given Vtune…

Q: Lout Iin M1 M2 Vss = 0 V wwww Figure 4

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Q: R=1K N DI D2ハ Vo Vi 2V 5V 12 Vp-p F= 1KHZ Fig (4) KHI

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

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Q: 1. For the circuit below, determine the following: a) Ic and VCE 16 V 1510 ΚΩ Iso Ico • 1.8 ΚΩ Vc…

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Q: 15 V Ip 3. Solve for Ipand Va +20 V Si Si Si Si ' 4.7 kQ 2.2 k2 (a) (b)

A: Diode- When the diode is forward bias then current flow due to the majority charge carrier. Hence,…

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: Determine the approximate value of source voltage (Vs) of the given circuit below. VDD 1MQ 20V 1.8kQ…

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Q: VDD 21V 910ka 2.2kn Q1 v. Ioos= 10mA V -- 3.5V 110KQ 1ka

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Q: R1 R3 50 40 V1 11 8A R2100 -25V Figure(2)

A: I have solved it using superposition theorom.

Q: 2. Which element dictates the maximum level of source voltage? R. Ans: Izm 220 A Vz- 20 V 1.2 kn IZM…

A: In the question,  Find the element dictates the maximum level os source voltage?  We know Is = Iz +…

Q: Soln Cruien 0:252 www 310 V2 V3 0.502 0.2502 0:502 2A (1 ww www www

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Q: 3s+25 y=L-! s2+6s+13

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Antenna Array

An antenna array is a group of antennas joined together and arranged in a regular pattern to form a single antenna capable of producing radiation patterns that individual antennas cannot. As the antennas are constructed as an array, sufficient spacing and phase must be given.