Q1 An op-amp dåta sheet specifies a CMRR of 300,000 and an Aol of 90,000. What is the common-mode gain? Q2 For the amplifier in Fig. 3.38, determine the following: (a) Ac(NI) (b) Vout (c) V, 10 mV mis R 560 kN R 1.5 kN Fig. 3.38. Q3 Find the gain of the amplifier in Fig. 3.39. R; 330 kN 33 kN

Q: i need the answer quickly

A: The solution is given

Q: 2. Sketch the output voltage (vo) and the transfer characteristics (vo against vi) for each circuit…

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Q: Q2: For the circuit shown in fig.(3), the voltage is given as: V(t)=50+40Sin wt +20 Sin 2wt. (Volt).…

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Q: Exercises: 1. For each one of the circuits shown in Fig. 3-10, determine: (a) VGs, and gm. (b) Z,…

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Q: For the amplifier in Fig. 3.1, express the output voltage in terms of the two input voltages (vị and…

A: We need to find out the output voltage for given circuit

Q: (b) Fig. 3|shows the schematic of the two op-amp instrumentation amplifier. Find i. An expression…

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Q: 3- Consider the circuits shown in Fig.3 Determine Ico, and VCEQ for ß = 80. Vcc=9V R = 96 k2 Rc=…

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Q: Sketch the output voltage (v.) and the transfer characteristics (v, against v,) for eacl circuit of…

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Q: Problem A three-bit DAC is shown |(a) Determine |V,| for [V,V,V3] = [010] (b) Find |V if [VV¿V3] =…

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Q: Q3: Determine the de bias voltage VCE and the current lc for the voltage- divider configuration of…

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Q: Vcc +10 V Rc 3.6 k2 R, 10 k2 Vout R 10 k2 Vin R2 1 mv 2.2 k2 RE 1 k2

A: Given:

Q: 2. Sketch the output voltage (vo) and the transfer characteristics (Vo against vì) for each circuit…

A: for Vi>-4 The diode is forward biased and acts as short circuit as it is an ideal diode. The…

Q: Using source transformation, calculate the value of l3 (in amps). (disregard the direction or…

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Q: 2. Sketch the output voltage (v.) and the transfer characteristics (v, against v;) for each circuit…

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Q: 2. Choose the values of Rp. Rs, and R for the JFET amplifier circuit of Fig. 3-11 that will result…

A: JFET: It is a semiconductor device, used as a transistor. It has three terminals and only one…

Q: Q3 Find the gain of the amplifier in Fig. 3.39. R; 330 kN 33 kN

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Q: Q3) Sketch current RI and Vo for the network Fig. below for the input shown vi R1 vo ww 10KO vi V3…

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Q: For the network in Fig. 3.6, establish a measurement model considering: (a) PI2 and P I 3 as state…

A: Question have multiple subquestions. Since you have not mentioned which part you are looking for, so…

Q: Q2: The p-channel JFET shown in Fig (2) has transistor parameters Ipss 8 mA, Vp = 4 V. Design the…

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Q: b) The MOSFET in the circuit shown in Fig. 3(b) has parameters, Vyn = 0.8 V and K, = 0.03 mA/V².…

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Q: 3. For each of the circuits shown in Fig.3 (a) and (b). Find emitter, base and collector voltages…

A: |VBE|=0.8 volt   B=50VB=0 voltVb-VE=0.8VE=-0.8 voltNow,  IE=VE-(-1.8)2.2k  IE=-0.8+1.52.2 k=0.318…

Q: Exercises: 1. For each one of the circuits shown in Fig. 3-10, determine: (a) VGs, and gm. (b) Zi,…

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Q: Problem: The 20 V source shown below supplies 4 W of power to the rest of the circuit. The value of…

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Q: Q2: The p-channel JFET shown in Fig (2) has transistor parameters Ipss 8 mA, Vp = 4 V. Design the…

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Q: 3 Find the gain of the amplifier in Fig. 3.39.

A: To solve above problem one should know about virtual ground concept of op-amp.   It state that in a…

Q: Q5: Design the circuit shown in Fig.3 to establish a source voltage of lv. Assume 'Ka - 0.6 µA/V? ,…

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Q: . Choose the values of Rp, Rs, and R, for the JFET amplifier circuit of Fig. 3-11 that will result…

A: The given circuit diagram is shown below: It is given that: Gain=18.062 dBIDSS=8 mA=8×10-3 AVP=-4…

Q: +Vcc R1 Q2 C2 Vi Vo Q1 Z2 Rs C1 R2 Vs Z1 VEE Fig.1 the cascading amplifier setup in the above Fig.1…

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Q: Q3) Sketch current RI and Vo for the network Fig. below for the input shown vi R1 vo 10KO vi V2 V3…

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Q: *3.88 Determine the gain v./v, of the transistor amplifier circuit in Fig. 3.124. 2 k2 ww 200 2 ww…

A: The detailed solution is provided below.

Q: Q3:- Design the circuit shown in Fig.(3) , to give a voltage gain = 20 Assume VGSQ =3 V , VDSQ = 4 V…

A: Given :    VGSQ = 3 V    VDSQ = 4 V    IDQ = 5 m A    K= 2 mA / V²    Rin = 1 M ohm.   We need to…

Q: Vcc=12VDC, Rcoil=156 Ohms in Fig 1628. Find Ice (amps) and Vce (volts), for the Barker transistor…

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Q: 2. Sketch the output voltage (v.) and the transfer characteristics (v.against v) for each circuit of…

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Q: Q5. Determine the value of drain current for the circuit shown in Fig. 3. VGS 2V +VDD VGS (o)=-6V…

A: Given data,

Q: 2. Choose the values of R. Rs. and R, for the JFET amplifier circuit of Fig. 3-11 that will result…

A: Given:

Q: 9 20V RL 1 40Ω 1:3.16 Fig 3 Refer to Fig 3. Is the amplifier properly matched for maximum power…

A: From the question, it is given thata=N1N2=13.16RL'=RL ⇒RL'=a2RLRL'=13.162×40RL'=4Ω

Q: Q3:- Design the circuit shown in Fig.(3) , to give a voltage gain = 20 Assume VGsQ =3 V , VDSQ = 4 V…

A: Given :    In this question they have mentioned NMOS transistor.   Drain current ID = 5 m A    VDSQ…

Q: +Vcc R8,1.2K A40 U5a U3c O F6 U3:7400 U5:7410 CK20- U3d O F7 U5b R9,1.2K +Vcc o Fig. 13

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Q: EXERCISES: Sketch the output voltage (v.) and the transfer characteristics (v, against v,) for eacl…

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Q: For the network in Fig. 3.6, establish a measurement model considering: (a) PI2 and P I 3 as state…

A: In given network let  θ1=0 ..referance voltage angle there are 8 variables P1, P2, P3, P12, P23,…

Q: 2. Sketch the output voltage (vo) and the transfer characteristics (vo against vi) for each circuit…

A: To Sketch the output voltage and transfer characteristics.As per instructions we must solve the…

Q: Q3i- For the network of Fig - (3), determine the Vo Itage Vab s use branch - current analysis - a…

A: Kirchoff's current law (KVL) says that the total current entering a node is equal to the total…

Q: Exercises: 1. For each one of the circuits shown in Fig. 3-10, determine: (a) VGs, and gm- (c) A,…

A: The Field Effect Transistor (JFET) is a unipolar device and a three-terminal voltage-controlled…

Q: Exercises: 1. For each one of the circuits shown in Fig. 3-10, determine: (a) VGS, and gm- (b) Z;,…

A: The Field Effect Transistor (JFET) is a unipolar device and a three-terminal voltage-controlled…

Q: Q3:- Design the circuit shown in Fig.(3), to give a voltage gain = 20 Assume VGsQ =3 V , VDsQ = 4V,…

A: BJT and MOSFET are the class of transistors used in analog electronics. They are widely used…

Q: Exercises: 1. For each one of the circuits shown in Fig. 3-10, determine: (a) VGs, and gm (b) Z, and…

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Q: Q+ 15V IRRI Q3 Ic Q2 VBE1 VBEZ 6-15V Fig. 3(a) (b) Draw the small-signal equivalent circuit for the…

A: Solution :    In small signal equivalent model we have to short circuit all the DC sources.   Since…

Q: Sketch the output of the circuits in Fig. 3b, where x=2+c, y=5+c and c = last single digit of ID. 1…

A: Figure-3 b(i) is a shunt clipper: CLIPPERS: Clippers/amplitude limiter/voltage selector circuits are…

Analog to Digital Converters

The analog-to-digital converter (ADC) allows circuits controlled by microprocessors, Arduinos, Raspberry Pi, and various reasonable digital circuits to be connected to the real world. In the real world, analog signals have a continuous stream of information from a variety of sources and sensors capable of measuring sound, light, temperature, or movement, in addition to the many digital systems that interact with their environment by measuring analog signals from those transducers.