Once the following circuit has reached steady state inductor, I1, in mA? VA = 6 V R1 = 4.1 kQ R2 = 4 kQ C1 = 8.7 uF L1 = 7.5 mH %3D R1 VA

Q: The NAND and NOR gates are referred to as universal gates because either, i) Can be found in almost…

A: The solution is given below  The answer is option (ii).

Q: 3. A 40 mH inductor is supplied from a 110 V source with a frequency of 60 Hz. Calculate the…

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Q: 25 V 10 Q Il 12 10 2 13 20 Q

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Q: What is the approximate bandwidth of a typical voice signal? a. 2KHz b. 2MHz c. 3KHz d. 3MHz

A: We need to select correct option for bandwidth .

Q: Determine the linearized transfer function G(s) = V(s) for the circuit shown. The I(s)' circuit…

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Q: Q/ For the system shown below, Draw the root locus R(s) C(s) K(s – 1) (s + 2) (s + 4) G(s)

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Q: 7 In the circuit shown, determine the voltage across resistor R1. R2 2K D1 D2 R1 5V 2K

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Q: Your Answers may be presented through Discussions, Drawings/Figures/Diagrams, Reference to NEC/PEC…

A: The solution is given below

Q: Z1 Zs Z2 Z3

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Q: 2) Determine if the following linear systems is time invariant. y(n) = 4x(n²) %3D

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Q: Determine the total resistance using delta wye transformation.

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Q: 8.73 Find V, in the circuit in Fig. P8.73 using mesh analysis. 20 ww j20 2/0 A 213 v, 6/0 v 4/0* A

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Q: A solid conducting cylinder of radius R1 = 10 cm is fixed coaxially within a cylindrical shell of…

A: The uniform charge distribution in a cylindrical coaxial conductor system can be represented by…

Q: The power input to a 2000 V, 50 Hz, three-phase motor running on full-load at an efficiency of 90%…

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Q: inverse square of the capacitance (i.e. 1/C;² ) as a function of the reverse bias voltage is shown…

A: Given For a PN junction diode  Junction area =100×10-8 cm2 The N- and P-dopings of the PN-diode are…

Q: Calculate at 6 MHz the position and length of a shorted shunt stub that will match the load…

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Q: The waveform diagram below shows a sample set of input waves for a 7474 IC. Analyze the input…

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Q: 13 For the R-C-coupled amplifier below determine VB1. Show solution in your bond paper. +20 V 2.2 k2…

A: RC coupling amplifier: This amplifier is most widely used. This is used to connect the output of the…

Q: 8. What is the minimum conductor ampacity, overload protection, and dual-element fuse  rating for a…

A: Given information: The full load current of the motor according to the nameplate is 115 A.

Q: Using the model below , determine Zi for a common-emitter amplifier if B=80, IE(dc) = 2 mA, and ro =…

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Q: 12 Ω + vi 6Ω iz 10 Q 40 Q 15 V Figure 2(b) + sI

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Q: How do we know current flows in source terminal? Is this common for n-type mosfet? What is an n-type…

A: How do we know current flows in source terminal? Is this common for n-type mosfet? What is an n-type…

Q: Assess the method to generate a 6.25 MHz signal using a 10-bits serial shift register operated with…

A: 10 bits serial shift register This serial shift register, Lag data from one clock time for different…

Q: 2. For the cireuit shown in figure below, Current l 6A, I=SA, I=7A. Find the eurrent Is. Ib, la…

A: Given circuit, Where, I1=6 AI3=5 AI5=7 AI6=5 AI9=1 A

Q: Determine the output waveform for the network of figure below and calculate the output dc level.

A: Given: Let Vs=supply voltageVo=output voltagef=60 HzVoltage drop across diode=0.7V( Si…

Q: Q2: 1) Determine if the following system is a linear system. y(n) = x(n – 3) + 3x(n)

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Q: A lossless transmission line has an inductance of 125 nH/m. Find the velocity factor for this line…

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Q: 20 For the network given. Determine Zo. Show solution in your bond paper 12 V 2.2 k2 220 k2 Zo B =…

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Q: In the circuit shown, determine the voltage across resistor R1. D1 R1 D2 1K 6V

A: Please refer the attached images for the complete answer..

Q: A process, G(s) is controlled by a controller, G.(s) as shown in the following block diagram. What…

A: The solution is given below

Q: Q3: The Impulse response of linear time invariant system is shown in figure below. Determine and…

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Q: 1. Maximum operating frequency of PIC microcontroller is 8 MHZ 12 MHZ 16 MHZ 20 MHZ 2. PIC 16f877a…

A: 1) Option - D -- 20 MHZ Maximum operating frequency of PIC microcontroller is  20 MHZ   2) Option -…

Q: Calculate the thevenin equivalent resistance for the following circuit (across points A and B). R,…

A: Given, R1=150 ΩR2=100 Ω

Q: A self-biased n-channel JFET has a VD = 6 V. VGS = –3 V. Find the value of VDS.

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Q: Switch Si in the RL network shown in Figure 1.101 has been closed for a long time (more than a day).…

A: The solution is given below

Q: For the BJT network below, determine the fHo.

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Q: For the 2-stage JFET-BJT amplifier, determine the output voltage vo.

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Q: 1 (a) Convert the following quantity in Table 1(a) into engineering and scient notation. Table 1(a)…

A: Engineering notation is the notation in which a large or  small number will be converted into a…

Q: Find the Vave F Vo im the cirouit 'F 6=08 cos 4000t A. %3D 302 Yo

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Q: 5Ω 1Ω 2Ω 10 V 4Ω Figure Q2(a)

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Q: 5. Assuming an ideal diode, sketch Vị, Va and ia for the half-wave rectifier below. The input is…

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Q: Determine the RB and RC for the fixed bias configuration of Figure B

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Q: 7- An analogue signal is given as x(t) = sin(3000t) + 2 cos(350t) + sin(200t) cos(20t) where t is…

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Q: H, G: G4 H:

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Q: Using the block diagram reduction technique, find the TF for: QI: ople Hạ

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Q: 15 For the R-C-coupled amplifier below determine IC1. Show solution in your bond paper. +20 V 2.2 kQ…

A: We need to find out current for given circuit

Q: An Electrical engineer is asked by a client to prepare a technical specification on specific items…

A: Given: An Electrical engineer is asked by a client to prepare a technical specification on specific…

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Q: Find the fourier series in all forms (sine-cosine, amplitude-phase, complex-exponential form) of the…

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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.