Using source transformation, calculate the value of l3 (in amps). (disregard the direction or polarity, consider the magnitude only) R 30 R, 20 R3260 12 NER4 E2 20 V

Q: Question 5 40 R1 Calculate the following for the sketch shown on the right hand side R3 120 195 pF=…

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

Q: Q/ Sketch V. and detelmine vss v.ms V ms

A: The solution can be achieved as follows.

Q: Solve the approximate value of Vc of Figure 45. VCC 16V R1 368ka 33.9kQ Beta = 85 %3D VE R2 9.1kQ…

A: To solve this question it is required to form the Thevenin equivalent circuit first.

Q: 10Ω ir iL VR Find i,, VR and Ig of the circuit given that the frequency of the voltage source is 10…

A: In this question,   We need to determine the current iL  and voltage VR  and current IR

Q: Compute for Zo. Vcc = 12V. %3D oVcc 4.7 k2 1 ΜΩ B= 90 To=002 O 1 Mohms 4.7 kohms infinite 2.8 kohms

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Q: Determine Vps in the circuit. VDD +15 V Ipss=200mA gm=200mS Rp 33 2. C2 Vout C, 10 µF Vin O 0.1 μ RG…

A: The solution is given below

Q: In the network of Figure below use nodal analysis to determine (a) the voltage at nodes 1 and 2, (b)…

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Q: Choose the % derating factor of the string which is having 10 number of SCR connected in series to…

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Q: Q27/B Draw the schematic diagram of Anderson's bridge circuit. Write the formula for unknown…

A: To draw the Anderson's bridge

Q: Q3) Design a boost PWM converter to meet the following specifications: V, = 30 V, Vo = 270 V, RL =…

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

Q: O°: Determine R1, RE, Rc of the following for the given networks Vcc=9V Re R h=1013 a=0.98 l=2 mA…

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Q: Find lc, Vc, VBc Vcc +5 V Boc = 150 Rc 1.0 kN 22 kn RE 2.2 kn -5 V VEE

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Q: Given the circuit, calculate the quiescent values Icq and Vceq. Vcc +10 V Rc 10 kN RB 180 kN Bpc =…

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Q: Solve the approximate value of Rg of Figure 44. vc 12V |RC RB v.= 7.6V Beta = 80 V = 2.4V RE 1.2ka…

A: From given emitter voltage calculate emitter current and than find base current . Now using ohms law…

Q: VCC 16V R1 3.9ka 368KQ Vc Q1 Beta = 85 VE R2 9.1kQ 30.72ko Figure 45 O 10.36 V O 8.81 V O 9.33 V O…

A: In this question we will find collector to emitter voltage...

Q: +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)

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Q: For the arcuit shown, find the value of (R, & C) and the circuit p.t. indicating whether leading or…

A: The solution for the given problem is attached below.

Q: For the circuit below complete the table R 5Ω 10 V 60 Hz 100 μF R Total 10+j0 V Volts 10 Z0° 68.623m…

A: Resistors, inductors and capacitors form an integral part of any electrical circuit. A source,…

Q: 7. If the capacitor C2 is removed, what is the new value of the ac voltage gain? Vcc +18 V Re 3.3 kN…

A: We need to find out voltage Gain with emitter resistance.

Q: 8. Design a lag compensator to modify the behavior of the plant 1 G,(3) = (5+1)(s* + 25 +2) Such…

A: The steady-state error of a function with R(s) input can be found as - ess=lims→0 s R(s)1+G(s) H(S)…

Q: Given the following Rs - \スK (3) Amplo fier Confingurnon. Configurdrion ww (1) +Vec Ri 3 K. Sketch…

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Q: Vcc Find Ic, Vc, VBC +5 V Boc = 150 Rc 1.0 kN RB 22 kN RE 2.2 kN -5 V VEE

A: In this question we will find base current , collector current and base to collector voltage....

Q: VpD +12 V Rp 3.6kN C3 Vout C, 0.1 μF Vino 22 kM 0.1 µF RG 10 ΜΩ Rs 1,1k 0.1 μF (a) Ipss= 10 mA Vp=-4…

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Q: DD CG = 0.01 mF, Cc = 0.5 mF, Cs = 2 mF Rig = 10 ko, Rg = 1 MQ, Rp = 4.7 kQ Rs = 1 k0, R1 = 2.2 kQ…

A: First we will find out the cut off frequency due to individual capacitor then we will draw frequency…

Q: Q/ Determine the output voltage for the network in the figure below, if Vi = 0.8 mV and ra = 40 KN.…

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Q: Determine Ig , Ic , Ig ,Vbe , Vce, Vcg in the circuit shown in figure below. Assume ß = 150. Rc 100…

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Q: ) Consider the following circuit. Wha VDD +12 V RD 3.3 kQ 0.1 µF Rg RG 1.0 MQ 6800

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Q: 5.8 Design a flyback converter to meet the following specifications: V = 240 to 300 Vdc, Vo = 28 V,…

A: The flyback converter is designed to offer great advantages for certain applications. New or more…

Q: 5. Sketch the output V for the given network below. C 20 V |( -20 V 6 + Ideal R

A: 5) To sketch the output voltage waveform Vo for the given diode circuit

Q: 1. Determine the output voltage Vout. 1542 www 552 www 10 V Hilt 25 V 80 2502 ww IDEAL Vout

A: For ideal opamp voltage at the inverting terminal is same as voltage at non inverting terminal and…

Q: Rc 180 N 390 0 Rc R Vec Vcc 15 V 3.9 kn Poc= 50 27 kn Boc =125 VBB VBB 3 V 5V (a) (b)

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Q: VL Problem 2: The buck de-de converter shown above has the following V, = 50 V K = 0.4 L- 400 μΗ C =…

A: (a) Draw the waveform for the buck-converter.

Q: Q1 Complete the following conversions: 1500 МНz GHz 12.5 nF µF 5.3 mV kV 3.2 ns = hr 1032 mm km

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Q: For the circuit below complete the table R 5Ω 10 V 60 Hz 100 µF R C Total 10 + j0 V Volts 10 Z0°…

A: When two components are connected in series, the same current flows through them. The voltage across…

Q: Employ A-Y conversion techniques as appropriate to determine Rin as labeled in the given circuit. In…

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Q: Calculate VCE- Rc 1.2 kn C2 HE 10 µF B = 45 %3D 10 µF Rg 100 kn VEE -9 V а. -9 V b. 0.2 V С. 4.5 V…

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Q: 1. A series RLC circuit illustrated below is supplied by a 120 Volts, 60 Hz source. The values for…

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Q: (a) What is the function of the circuit given below (i.e. what does the circuit do)? (b) Calculate…

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Q: QI For the circuit in the Figure, determine: ()(0"). (0), and ic (0*). 25 ka 20 a ww (b) di (0")/dt,…

A: We know behaviour of capacitors and inductor at initial stage and final stage , according that we…

Q: Design the stage of Fig.3 to satisfy the following conditions: Ic =3.6mA, voltage drop across RE = 2…

A: Given :   In the above question they are asking about designing ,designing means we should calculate…

Q: Find I, Vr and Vc. 20 N -j25 N VR Ve | 240/30° V

A: In the circuit, all three elements are connected in series. The total impedance (ZT) seen by voltage…

Q: Consider the circuit given below. 4 kQ 1 kQ 5 kQ = 0 2 k2 1 µF *°c >6kQ 2 kQ. V = 9 V, determine vdý…

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Q: VCC T12V RC RB Vc= 7.6V Q1 * Beta = 80 V = 2.4V RE 31.2k2 Figure 44

A: In this question we will find value of Rc... Note:- as per our guidelines , I will answer 1st…

Q: 4. For the circuit shown in figure below, use a current mesh analysis to dete in the capacitor Ic…

A: Note: We are authorized to answer three subparts at a time, since you have not mentioned which part…

Q: 2. Thevenin and Norton. Determine Rth/Rn, VTH, and In of the circuit at points a and b. www 120 а +…

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Q: Solve. +Vcc = 18 V %3D Rc= 150 k2 Vout V, = 0 V Q, Q2 V = 20 mVp-p RE = 150 k) - VEE = 18 V

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Q: For the circuit below complete the table. R 5Ω 10 V < 0 10 mH 60 Hz R L Total 10 + j0 V Volts 10 2…

A: Ohm's law: This law states that the current is directly proportional to the voltage and inversely…

Q: voltage (Vp) of the given circuit below. VDD 20V 1.8kQ Q1 V, 10mA DSS %3D = - 4.5V 1MQ 9100 O 15.53…

A: In this question,   We need to choose the correct options What is drain voltage VD  ?

Q: or the given network, determine (a) Is (b) Ic (d) V₂ (d) VCE o+18 V » 9.1 ΚΩ 510 ΚΩΤ Ic 510 ΚΩ oVc +…

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Thermistors

A thermistor is a special type of resistor whose resistance is more temperature-dependent than standard resistors.  The resistance of the thermistor decreases with increasing temperature. This is the basic principle of thermistors. This allows the thermistor circuit to detect very small temperature changes that cannot be observed with the Resistance temperature detectors (RTDs) or the thermocouples. Since the resistance of a thermistor is temperature dependent, it can be connected to an electrical circuit to measure body temperature. This high sensitivity to temperature changes makes thermistors very useful for accurately controlling and calibrating temperature measurements. In general, resistance increases with increasing temperature in most metals, but thermistors react negatively.