1. Design the voltage divider of figure 1 such that V, =V2 if I = 5mA and E=72 V. [5 Marks] R1 E R2 + H

Q: 2kΩ I 0.3V 0.004Vo 251 40kN 10kΩ Vo Figure 2 + +

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Q: across the j16 2 j40 2 ணை j40 2 24 2 100 V/30° ( -jl Q j4 2 =-j82 -j10 2= j10 2 j9 2 10 Ω 32 8 Ω ll ...

A: Assume 100[30°] is a RMS Value.

Q: K(s+2) Consider the closed loop transfer function is, T (s) = +K 3 +2K 3 Calculate the value of K su...

A: It is given that: T(s)=Ks+2s2+2s+Ks+13+2K    

Q: Two equal point charges 10 cm apart exert a force of 1 x 10^-3 grams on each other. Find the value ...

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Q: Sketch the output waveform of the given circuit, assuming that the voltage of the battery is 1V and ...

A: Brief description: According to the circuit arrangement we can easily say that the given circuit is ...

Q: Two pipes, A and B, contain a fluid flowing under pressure and are connected by a differential gage ...

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Q: 10. When connecting a meter to a circuit, particularly voltage, what is the common name of the effec...

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Q: What is the virtual source? a) The heavily doped source region b) A point near the beginning of the ...

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Q: Which of the following integrations finds the flus exiting the closed surface r= 5 for the vector fi...

A: Magnetic flux- It is defined as the number of magnetic line passes through a closed surface.

Q: 12. A power signal x(t) with no signal power outside the frequency range - fe/100 < f < fe/100 is mu...

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Q: riruses. Unless you need to edit, it's safer to stay in Protected View. Enable Editing first we need...

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Q: introduction an explanation about voltage regulation of an alternator

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Q: Five dry cells having emfs of 2.30, 2.40, 2.35, 2.60, 2.25 Volts and resistances of 0.40, 0.20, 0.35...

A: It is given that: E.M.F of five dry cells: 2.30 V, 2.40 V, 2.35 V, 2.60 V, 2.25 V. Resistances of fi...

Q: Determine IC1, VCE1, and hiej of Q1. Determine Ic2, VcCE2, and, hie2 of Q2. Determine Zin and Zo. De...

A: "According to Company's guidelines we can solve the first three parts of the question". 1st part con...

Q: V(vout) I(R2) Ons 0.85ns 0.90ns 0.95ns 1.00ns 1.05ns 1.10ns 1.15ns 1.20ns 1.25ns 1.30ns 1.35ns 1.40n...

A: a) delay time The time to reach 50% of steady state value is delay time For graph 1 Delay time = 1.6...

Q: j162 j40 2g j40 2 24 2 DO V/30 キーji2 j4 2 =-0 -j10 2= j9 2 10Ω 32 82 ee

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Q: + VEE Given: VCC = 3.00 V VEE = 9.00 V VEB = 0.74 V RE RB2 RB1 = 20 kOhm RB2 = 2.20 kOhm RC = 3.20 k...

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Q: 100nF Input Voltage AC Voltage 1MO 5 capacitor 5V diode 1N4001 -5 3V At which voltage value will the...

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Q: PROBLEM 1: Plan Identification- Step Response of a First Order System We perform the following exper...

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Q: A schematic DC power supply (when connected to a residential 120-VAC outlet) provides 5 V and has an...

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Q: Example of electrical field capacitator in daily lives

A: The energy is stored in the electric field of the capacitor. The capacitor is mostly used in the cir...

Q: Represent (-76)10 in  a) Sign Magnitude form and b) Sign 1’s Complement form

A: in sign magnitude representation left most bit is used to represent the magnitude of the number 1 is...

Q: R1 R2 122 1 R4 RLoad 9. ЗА 102 12V

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Q: The plane y = 3m contains a uniform charge distribution of density ps 108/67 ) C/m² . Determine E at...

A: Gven that uniform charge denisty ρs=10-86πCm2plan y=3cm

Q: How many conductor volume allowances should be applied for the equipment grounding conductors in the...

A: We need to answer how many conductor volume allowances should be applied for the equipment grounding...

Q: Three identical capacitors of 25 micro farad are connected In staf acrUss 400 VUILS, 50HZ, 3-phase s...

A: Here, we have three identical capacitors connected in star connection with a supply voltage of 400 v...

Q: QUESTION 4 Simplify the following Boolean expression: AC' + A'C + A'C' + AC O A O AC 0 1

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Q: In the given circuit, find the equivalent resistance of: 1.) Equavalent resistance across b and e (...

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Q: On the line described by x = 2m, y = -4 m there is a uniform charge distribution of density p = 20 n...

A: Electric field intensity due to line charge  with charge density ρ= ρL2πε ρaρ Where ρ is perpendicul...

Q: Find the vector component of G = 0.1a, +0.2a, +0.3a, that is perpendicular to F = 10a, - bay + 5a, b...

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Q: Design a CS amplifier using E-MOSFET with voltage gain 20dB , VGS=5V , VDD=12V ( gm=4500μS ).

A: CS amplifiers- Common source amplifiers are not used on their own in electronic circuits nowadays, m...

Q: 100nF Input Voltage AC Voltage 1MQ 5 сарacitor 5V diode 1N4001 -5 3V

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Q: Write the dynamic equations and find the transfer functions for the circuits shown in Figure. R (a) ...

A: In this questions we convert the circuit into laplace domain circuit to calculate transfer function.

Q: 55. A motor is rated to deliver 2 hp. a. If it runs on 120 V and is 90% efficient, how many watts do...

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

Q: A 15 KVA closet transformer located inside a building is used to step down the voltage for the build...

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

Q: 17. A 30 ohm resistor is connected in parallel with a variable resistance R. T he parallel combinati...

A: Here, we can see that the resistor 30 Ω and variable resistor R are connected in parallel manner.  A...

Q: 0.000 mple(5): Determine all currents passing through resisters R1, R2 & R3. R1=20 n R3-10A d. ww ww...

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Q: What is calculating energy density and electrical field in capacitor

A: The total energy per unit volume of the capacitor is known as energy density. Since A×d= Volume of s...

Q: .The original cost of a certain piece of equipment is P150,000 and it is epreciated by 10% sinking f...

A: Given that Orginal cost ofequipment=P150000depreciated i=10%=10100=0.1%n=10 yearyearly depreciated=1...

Q: 80 n 20n $250

A: Solve the problem

Q: Given the combination circuit, determine the following: what is the total resistance of the circuit...

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Q: A three-phase Δ-Δ transformer is used to step down a line voltage of  625 kV, to supply a plant oper...

A: Note: As per the rules we can answer only 3 sub-parts, please post the remaining sub-parts as the se...

Q: 6/0° A -j2 N 6Ω j4 2 30/30° V 8Ω Find I, in Fig. using mesh analysis. Answer: 3.582/65.45° A. (+1)

A: Here, we have an electrical network having resistor, capacitor and inductor.  So, we will first assu...

Q: 10 10 Fig. 2.57 ww

A: We are authorized to answer one question at a time, since you have not mentioned which question you ...

Q: Define a 2-bit demultiplexer to be a circuit whose single input line is steered to one of the four o...

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Q: A two-level brightness intensity lamp circuit was made. A 12 W lamp was the load and the supply is s...

A: Given: A two-level brightness intensity lamp circuit was made. A 12 W lamp was the load and the supp...

Q: ib and ve

A: The given circuit is shown below: VCC=16 VVEE=6 VVBE=0.71 VVC=5.97 VRB=125 ΩRC=3.2 kΩRE=1.7kΩ

Q: An aluminum wire 7.5 m long is connected in parallel with a copper wire 6 m long. When a current of ...

A: It is Given that: Length of alminium wire LA=7.5mLength of copper wire LC=6mTotal current=5ACurrent ...

Q: Consider a silicon pn junction at T = 300 K. Assume the doping concentration in the n region is Na =...

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Q: What is the the value of the currents I1, I2 and I3?

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Digital Integrated Circuit Design

Digital IC design is a procedural interaction that involves converting determinations and highlights into computerized blocks, which are then further transformed into basic circuits. A significant number of the imperatives related with advanced IC plan come from the foundry cycle and innovative restrictions.