1K a 2K 10K 10K 2K 10 VT 1K

Q: Compute for the value of resistor R.

A: It is given in figure that LED that current is 20ma for operating so  I=20 ma

Q: Write equation of given electrical circuit L ee R2 ww- ej eo R1 ww

A: Given; In the above given question we have an operational amplifier with having ideal properties.…

Q: How are branch circuits rated? See PEC 2.10.3

A: According to PEC 2.10.3  ampacity of branch circuit conductor should not be less that  the maximum…

Q: +12V DC R1 C2 TDA2040 C1 100nF 22K 220uF C7 22uF C6 R6 IC1 TDA2040 IN 22K 2200uF 2 K1 R5 4.7 ohm R4…

A: Communication systems play a major role in connecting peoples, The transmitter is a device where…

Q: (x²y²)dx+x²y²dy=0

A:

Q: F=k, 9192 6- ,what is the Sl unit of k. ? kg-m A) C kg-m? B) 3 kg'-m kg² m² O D) 5C

A:

Q: 1. Using your own computed value of R, calculate the following: a. Current in the 2-ohm resistor,…

A:

Q: 2.7 a) The terminal voltage and terminal current were measured on the device shown. The values of v,…

A:

Q: Q2) Explain the The difference between power signal and energy signal (with equations)k Unit step…

A: We need to define the energy and power signal and we need to define unit step function.

Q: shown in tie figure are:- Y21= %3D Y2エニ

A:

Q: D4 D1 + C1+ RL 22µ 1.2K Vs(N D3 Y D2 9V sin(2n 50 t) +

A: when  input voltage applied across the full wave bridge rectifier, during positive half cycle diode…

Q: In the figure, the ideal batteries have emfs ℰ1 = 25.0 V and ℰ2 = 0.500ℰ1, and the resistances are…

A: Given circuit is - Given values are -

Q: Given that v1= 10sin(wt-10) and v2=5sin(wt+10), find the effective value in volts of v1-v2.

A: Effective value means RMS value

Q: R1 R4 150 80 R2 100 R3 200 V2 V1 20Vpk 60HZ 45° 15Vpk 60HZ 15° Ib L3 12H C2 15µF

A:

Q: 1. What is the minimum tolerance? a. 386K b. 387K c. 388K 2. What is the maximum tolerance? a. 470K…

A: given here a four band resistor colors and asked to find the resistor value with minimum and maximum…

Q: VeEr? and VCez = VCEZ %3D SopF HE Q2 B= 200 36.2k QI R=100 lo HF loo pF 3.3Ed te

A: we need to find Vce1 and Vce2.

Q: .) How many decades between w1 and w2 for (a) w1=26 and w2=260, and (b) w1=24 and w2=44. The units…

A: In decade the ratio of numbers are measured on logarithmic scale. The octave is also used to measure…

Q: VCc -12V R-lok Re-2-7K Be1o7 BP R233KREI2om REZE1K de=6.468V B = 2.96 0 V E = 2.303 V %3D :ind IB= ?…

A: Given, Vb, Vc , Ve  We have to find Ib. Please find the below attachments for the clear explanation.…

Q: Find the current and voltage of the 3-2 resistor using using Kirchhoff's laws.

A: The solution can be achieved as follows.

Q: Q4/ Assume DC source with internal resistance 7.5 2, connect to load with 8 2 through copper wires…

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Q: Plot the graph in semilog paper.

A:

Q: Suppose R2 =100 kΩ. What value of R1 gives a gain of−5?

A: Given: To find the value of R1 when gain is -5. R2 =100 kΩ.

Q: a. VGS b. ID c. VD d. VS

A: Given:

Q: Consider the series-aiding configuration of the ideal voltage sources shown below. A. V3 -2V V2 -2V…

A: In the circuit,  Find the voltage VB  in the series configuration.  All voltage sources are ideal.…

Q: 8. What is p in terms of voltage? a) p=cos1v/VR b) p=cos'\v*VR c) P=cos-1VR/V d) p=tan\v/VR

A: This question belongs to circuit theory . It is based on the concept of power triangle .

Q: a) [(A°U. - ΑΛ(Bυ C) b) (A°U B° U C)° = ANBNC c) A– [(BNA)U (Cn A)] = (BUC)°n A

A: Associative law: This is used to remove the bracket in the Boolean expression and regroup all the…

Q: V2 (1)1A 12 Q

A: PRESENCE OF SOURCE  In the presence of sources, all the tolerant essentials which are R, L and C…

Q: R1 C1 HH 100uF 10% 1000 V1 24Vpk 60HZ 0° C2 =4.7pF R2 C3 26.70 1µF

A:

Q: .In the figure shown, a resistive network AB. The number near the element gives its resistance in…

A: According to the given question, it is required to determine the equivalent resistance between the…

Q: A= 1010 B= 1101 Find X3 X2 X1 X0

A: For the given value of A and B we have to find the output of the comparator X3 X2 X1 X0

Q: R1 R4 150 80 R2 100 R3 200 V2 V1 Ic 20Vpk }60HZ 30° 15Vpk 60HZ 15° C2 L3 20H =12µF

A:

Q: R1 R4 150 80 R2 100 R3 200 V1 V2 Ic 20Vpk }60HZ 30° 15Vpk 60HZ 15° [13 20H C2 12µF

A:

Q: Use the concept of equivalent resistance to determine the unknown resistance of the identified…

A: In this we will find equivalent resistance. ..

Q: Solve for the value of a. Id (at least 3 decimal place) b.vds c. Vgg a. Id-Blank 1 mA b.Vds-Blank 2…

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Q: Derive the DE for the voltage drop in L2? R L1 vs L2 ele

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Q: At what load the efficiency of the  dc machines are the maximum

A: If the load current is such that the variable loss is the same as the constant loss, the dc…

Q: rad Wpl = 2000 Wp2 = 4000 Ws1 = 1500 sec rad sec Ws2 = 4500 rad sec Rp 1dB Rs = 60dB =

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Q: H. w 252 un ?? 50V 5H PL %3D

A:

Q: Consider the circuits shown in the figure. The magnitude of the ratio of the currents, i.e.,…

A: Given circuits are -

Q: Q.27: For the circuit shown, when V-10040°v. Zg=100 & ZL=1KO, then find turn ratio "n" such that…

A: The solution is given below

Q: Q2) Determine the current supplied by each battery in the circuit shown below using Kirchhoff's…

A: Since there are three meshes, let the three-loop currents be shown in Figure below

Q: 35 35 A ohms 230V ohms 11 1311 14 15 12 25 15 ohms 210V- ohms -210V 15 25 ohms ohms

A:

Q: 18oV

A: According to Maximum Power Transfer Theorem, Maximum Power gets Transferred to the load when…

Q: For the circuit find the power absorbed by 20 resistance by using Kirchhoff's laws. 2n

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Q: Q/ using Kirchhoff's laws find the value of E for the circuit shown if the current in 8 ohm = 1 A

A:

Q: For the circuit find the power absorbed by 20 resistance by using Kirchhoff's laws. SA 8. 2n

A: Here circuit is given and we have to find power absorbed by 2 ohm

Q: For the figure below, calculate the value of the resistance Rp, knowing that the value of the…

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Q: calculate i(t) -> t>=0 using Laplace

A:

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.