2. Find the gain of the circuit and the lower and upper cutoff. frequencies. (Rs=1 kN, R¡=40 kN, R;=10 kN, R=6 kM, RE= 7 kQ, R1=2.2 kN, Cs=10 µF, C=1 µF, Cɛ=20 µF, Cbe=20 pF, Cbe=22 pF, Vr=26mV, ß=100, ro=infinite Vcc Re Ce oVo C, Vs

Q: if this is an rl circuit, how do we find the current in the inductor? or how do we analyze this…

A: The circuit diagram,

Q: 300 30.0 200 200 100 10.0 L1 C1 20mH 00 00 V2 30 Vpk 159.23 Hz -100 -100 R2 300 R1 200 20.0 600…

A: From lissajous figure we can calculate the phase difference between two signals of channel A and B

Q: e: sketh tha output veltage for tH folloolng circut aka

A: Disclaimer:  Since you have asked multiple questions, we will solve the first question for you. If…

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A:

Q: When VGSQ=7V, C1=96nF C2=44nF What is the low cut-off frequency of the system? Note : rd will be…

A: It is given that:  VGSQ=7V,C1=96nF,C2=44nF

Q: 9. Using hybrid model, find the Zo of the whole circuit if Vo = -200. 20 V hfe = 140 hie = 0.86kohms…

A: Hybrid parameters hib=input impedance with output short circuit hrb=Reverse voltage ratio input open…

Q: 2) - LA WAL 5.) IN IT) (45) 12V

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Q: 7.a. Which of the following types of grounding system should be installed in a patient care area? A.…

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Q: what is ON1 and SS1 is it a single component?

A: The above question is related to switching components in an impulse generator circuit.

Q: . Determine R1, Vcc, and ΔV. Vce = 5.334V, re´ = 12.34Ω, β = 98, Re = 3.3k.

A: Dc model will be

Q: In the figure below, calculate the output voltage V VIN at 10 KHz. out/ VIN = 200 mvp-p H for all…

A: RL Circuit:

Q: For the series circuit in Figure 3. Determine the total impedance Z₁ expressed in Rectangular form.…

A:

Q: If whole number ratio in Lissajous pattern is Nx:Ny=2:3 and fx=1kHz, then fy= 666.667 Hz O 1.5 kHz…

A:

Q: Solve for the Vrms (magnitude only) across the capacitive reactance if R2 = 1062 ohms and Xc = 2221…

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Q: F=50Hz Find Xc へ、3=o.o4 (12-Xc) Fin d Cニ 2 JJ f Xc

A:

Q: Identify which measurement this osilloscope time difference reading is useful for. Ocilloscope-XSC1…

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Q: Q1 (a) Based on electrical DC circuit as depicted in Figure Q1(a), (i) Determine the mesh currents…

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Q: %D Calculate the output impedance for the circuit shown in figure. Assume VA = 0. Circuit parameters…

A: Given data:

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A:

Q: f = (343/2T) *√(0.000314 / (0.0006 * 0.053)) = 345.9 Hz tor is approximately 345.9 Hz.

A:

Q: What is the lower cutoff frequency due to C,,C2 and C3 for circuit in figure 1? Assume re' = 4.5 ohm…

A: The lower cutoff frequency can be obtained by considering the RC network.

Q: Find the equivalent impedance for the circuit below: Given: L1-L2-1H, R₁-20, R₂-40, C-0.01F, RC-50,…

A: Given, The given circuit diagram,

Q: 4. R=100.051 MQ + 20.25 KQ + 30 Q is equal to * O 120.106 MO O 100.071MQ O 100.710MO O No one above

A: 4. From the picture it has only shown properly so I am solving it below: R=100.051 MΩ+20.25 KΩ+30 Ω

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A: Given: A series RL circuit with, R=10 ΩIs=5 AVs=100 Vf=60 Hz

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A: The solution is given below

Q: Assume the input frequency (fin) is 4.16 KHz. The output frequency (fou) will be a. 16 Hz b. 1 kHz…

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Q: ΧΩ 1.0 ww HA Z— j2Ω √20 202 Soru 1) X=192 olduğuna eşdeğer empedans Z değerini hesaplayınız.…

A:

Q: 0.1la ka Vo vi 5V うV -lov

A:

Q: Determine the impedance of the circuit in Figure 3 at the given frequency. 10 kHz Rw 20 (2 ++ 4.7 ΚΩ…

A: laplace  transfer of capacitor, C→1cs laplace  transfer of  inductor, L→Ls So that Rw and L are in a…

Q: Practice on the following circuits: Sketch the output waveform. Show your complete analysis. 1. ERSI

A: Since you have posted the multiple questions so we are supposed to answer the 1st one.

Q: Ooraw de and ac equivalent circuit Vin O detevmine ICQ VCER Odetermine Rin(tot) I Av

A: The required parameters can be calculated by using the DC and AC analysis of the amplifier circuit.

Q: 2 for the resonate at all frequencies. www R2 4 mB LOMF7 * below which will make the cir

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Q: x(t)=3cos 50.Tt +10sin 300.rr +3cos100.zr 1. Find sampling frequeney and 2. Find Nyquest rate

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Q: Solve for Rc of Figure 42. 12 V - Vc = 6V www Ra www Rc VCE B=80 IB = 40 μA Reference: Boylestad, R.…

A: Given the value of β=80 Consider the value of the collector voltage. Vc=Vce=6 V

Q: 5:1 A A3 100Vrms Re Det a) Airdg b) Azrdg c) Agrdy d) Ayrdy e) Virdy f) Va rdg g. Piave

A:

Q: Explain this schematic

A: In above circuit we have connector connection with which they have connected with each other. The…

Q: An electric generator contains a coil of 100 turns of wire, each forming a rectangular loop 50.0 cm…

A: Given: N=100 A=50cm×30cm=0.15 m2B=3.5 Tω=100 rev/min=100×2π60 rad/secR=100 Ω

Q: For the circuit Shown infidure Vec RR RB- 330KR, B=80 Vo - Find 1 ) 20 047 K Note: When the out Put…

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Q: TCO4 A resistor R is in series with a parallel LC circuit as shown in the figure. The individual…

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Q: Zin Zin14.9-j13.5 Zin0.04+0.03 Zin 28.6+7.2 Zin-16-512 -j12.80 HH 13.6 0 o W Select the correct the…

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A:

Filter

A filter is a device or process which removes some of the unwanted features or components like frequencies from a signal in signal processing. The feature of filters is the complete or partial suppression of some part of the signal, and filtering is a class of signal processing. This most often means removing some frequency bands or some frequencies. In the frequency domain, the filters do not exclusively act, especially in the image processing field many other targets for filtering exist. Without having to act in the frequency domain, the correlations can be removed for certain frequency components and not for others. The filters are widely used in electronics and telecommunication, in television, radio, radar, audio recording, music synthesis, control systems, computer graphics, and image processing.