1-The output voltage of an emitter follower is a-In phase with Vin . b-Much greater than Vin . c-180° out of phase. d-Generally much less than Vin .

Q: The transistor in the shown figure has Br-150 1) What is the type of this configuration ? 2) Draw…

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Q: B- True and false (if false what is the correct with the reason) 1- Emitter bias generally provides…

A: As per our guidelines, we are supposed to answer only one question. Kindly repost other questions as…

Q: 6) Please determine the following parameters according to the voltage-divider configuration BJT…

A: Given: The voltage-divider bias configuration of the BJT is shown below: Here To find: (a) IB, IC,…

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Q: Question 3 Figure Q3a shows a common emitter transistor amplifier. VDD RBI Rc Cout Cin Vout Vin RB2…

A: i)  This is a Potential divider biasing. This type of biasing is the most stable biasing compare to…

Q: For the transistor , IS = 2.5 ×10−16 μA, βF = 100, and βR = 5. (a) Label the collector, base, and…

A: Given IS = 2.5×10-16 µA, βF = 100, βR = 5 a) Redrawing collector, base and emitter of the transistor

Q: Design the given circuit at Ico = 2 ICSAT and VCEQ = 2 Vcc use Vcc = 28 volts, IcsAT = 10 milli…

A: " Since you have posted a question with multiple subparts, we will solve the first three subparts…

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A: Given circuit-

Q: Using IC that is approximately equal to IE. Determine the value of emitter voltage VE, when…

A: Given  VCC=17V, R4=1441 ohms, R3=242 ohms, VC=9 V and R2=5256ohm R5=303 ohm

Q: 12V R1 1ka R2 10kA Vin Q1: what is type of transistor ? Q2: Write down the load line equation. Vc =…

A: As per the guidelines of bartleyby I need to answer first three questions only.So kindly repost…

Q: Question No. 2 Analyze the circuit in figure 2 to find IDQ, VGSQ and VDS. As given in circuit, the…

A: Given circuit DC equivalent circuit ,

Q: a. Determine BJT operating mode. b. Find I, , Ic , I, , V½ , Ve , and VE B

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Q: For the given circuit, Vcc = 17 volts, Rg = 800 KN, Rc = 2 KN and B = 160. Assume Transistor is…

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Q: 100kN, Rc = 1kN, RE = 2002, The parameters of the npn transistor circuit in Figure 1 are R VBE =…

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Q: i) With neat sketch explain the cross sectional view and I-V characteristics of the device which is…

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Q: iii) Explain the operating principle of a single-slope ADC circuit, in your own words

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A: The transistor is given in NPN configuration and to calculate VCE we will first apply KVL in input…

Q: Problem 1. A Darlington Transistor is composed of two NPN transistors. Given transistor Ql's gain…

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Q: Problem No. 1 (PI) For the common-base configuration (re model), an ac signal of 10 mv is applied,…

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Q: DISCUSSION: 1- What is transistor? 2- What is the range of a? 3- Why is a is less than unity? 4- Can…

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Q: (b) Discuss three main advantages of a n-channel enhancement-type MOSEFT when compared to p-channel.…

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Q: For the given circuit and the input waveform, answer the following questions: 1) Calculate the…

A: Given BJT circuit and waveform of input voltage (Vin) is shown below:       Given parameters are…

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A: Need to find VDD By drawing  diagram and applying KVL

Q: 2. Draw the equivalent circuit model and switching characteristics of the device which is having…

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Q: for The Emitter- Bias shown 20v a- Draw The Load Line. b- Oraw The Q-Point. C- find Icsat , Ica,…

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Q: Show the operation region (cut-off, saturation, or active) of each transistor in the circuits below,…

A: Solution:calculate region of operationassume transister is in saturation regionVCE sat = 0.2VVBE =…

Q: + Voc- 18 V CE Amplifier Emitter Follower R, - 6.8 ka Re-3.3 k B = 150 B,- 150 On V= 15 mV( ) R= 12…

A: Part (a): For the dc analysis, the capacitor behaves as the open-circuit. Draw the circuit diagram,

Q: Vcc R1 RC Q1 NPN +88 8 R2 RE Volts VC

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Q: 6. For emitter-stabilizer bias circuit given, determine: (a IBQ (b) IcQ (9 V CEQ (O Vc (e) VB ( VE…

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Q: Figure Q3 shows a single stage transistor amplifier driven by a signal voltage source Vi a)…

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

Q: V DD Rc RBI Cout Cin Vout RB2 Vin RE CE 40 Figure Q3a : Common Emitter Amplifier a) Figure Q3 shows…

A: “Since you have posted a question with multiple sub-parts, we will solve first three subparts for…

Q: DD R 02 Vo1 A B T. TB

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Q: 1) Define FM modulation and write the statement of Carson's rule

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Q: 6-If the collector resistance is shorted,the ac output voltage will a-Decrease. b-Increase. c-Remain…

A: 1. Generally in in transistor there will be a collector resistance which is connected between…

Q: 3 Given the information appearing in the figure Give the information below. Determine: below,…

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Q: (b) Figure Q1(b) shows a transistor voltmeter with the following parameters: Vcc = 12 V; Rm =2 k2;…

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Q: P12.50. The four-resistor bias network of Figure12.22(a) on page 620 has R1=100 k2, R2=200 kQ,…

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A: Given:- Common Emitter Configuration:

Q: ,Vec9V 27K R, 2.2K まRc 1.2K RE 15K R2

A: Not required

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A: “Since you have asked multiple question, we will solve the first question for you. If you want any…

Q: 1. Are the following statements correct or wrong? (a) Thyristors are used only for low voltage, low…

A: “Since you have asked multiple question, we will solve the first question for you. If you want any…

Q: Consider the circuit of Figure 1 using VCC = 10 volts, R1 = 10 kΩ, R2 = 3.3 kΩ, Re = 4.7 kΩ and Rc =…

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Q: 20 - What kind of resistance should the emitter-collector terminals show in both directions when…

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Q: Consider the circuit of Figure 2.1 using Vcc = 12 volts, Rb = 220 kΩ and Rc = 1 kΩ. Compute the…

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Q: 1. Given the Load Line & Transistor Characteristic Curve below, Design a Fixed Bias Circuit. Compute…

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Q: Q-1-a) From the circuit in the Figure-1, determine the DC-bias operation Parameters: (i) IB (ii) lc…

A: Nothing is mentioned about VBE. So we will take VBE =0.7 V. Now VE is grounded. So VE=0. So we have…

Q: Figure below shows the ac equivalent circuit of an emitter follower. (a) The transistor parameters…

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Q: Calculate the resistance value, Rs needed for a p-channel JFET transistor circuit if you know that…

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HVDC

HVDC stands for high voltage direct current in the electric power transmission system. The high voltage direct current system uses direct current (DC) for the transmission of electrical power through transmission lines in contrast with the alternating current that is the AC system. The HVDC is used to transmit bulk power point-to-point through long distances transmission lines. Power is rapidly transferred because the efficiency of transmission lines is greatly increased over long distances due to HVDC lines.