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Design The Circuit (by Choosing Kn For The NMOS And The Value Of Rs) So That Lo = 1.2 MA And Vos=2.7V. The NMOS Has VT=1.3V. Vod=5 V | Ір + Vos + V 4V + UGS S Figure 1: Circuit For Designing
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

Design the circuit (by choosing kn for the NMOS and the value of Rs) so that lo = 1.2 mA and Vos=2.7V. The NMOS has VT=1... 查看全部

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A) Plot The Signals Given Below (manually). (2 Marks) X(t) = 2u(t) - 2u(t - 1) R(t) = {uce) – žuct – 2) B) Compute The Convolution Of The Two Signals Given In Time Domain. You Should Show Step By Step Of Your Calculation. (5 Marks) C) Obtain The Convoluti
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

a) Plot the signals given below (manually). (2 marks) x(t) = 2u(t) - 2u(t - 1) r(t) = {uce) – žuct – 2) b) Compute the c... 查看全部

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If A Pure Sinusoidal Wave Is Applied At The Input Of The Circuit Of The Following Circuit And If The Gain-bandwidth Product Of Each 741 Operational Amplifier Used In The Circuit Is 1 MHz. Determine The Following: Gain Of Each Operational Amplifier. • Sket
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

If a pure sinusoidal wave is applied at the input of the circuit of the following circuit and if the gain-bandwidth prod... 查看全部

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Question NO 2 (ZU MIRS) Figure 2 Shows A Power System With All The Relevant Equipment Parameters. Using The Information Provided: A) Tabulate Per Unit Impedance Quantities Using 200MVA And 132kV As Base Values. The Voltage Just Prior To A Fault Was 1 Pu.
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

Question NO 2 (ZU MIRS) Figure 2 shows a power system with all the relevant equipment parameters. Using the information ... 查看全部

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Derive Delta-star And Star-Delta Transformation
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

Derive Delta-star and star-Delta transformation

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2. The Two Voltage Sources Shown In Figure 3 Are Pressure Sensors Where, For Each Source And With Vin=6V, R1 = R2 = 10k Ohm, R3 = 15k Ohm ,R4 = 10k Ohm, RF = 50k Ohm Determine Vo(using Superposition) V In R1 R3 RF R2 R4 RF Www. Figure 2
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

typo: it's figure 3 for thatpicture2. The two voltage sources shown in Figure 3 are pressure sensors where, for each sou... 查看全部

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2. The Two Voltage Sources Shown In Figure 3 Are Pressure Sensors Where, For Each Source And With Vin=6V, R1 = R2 = 10k Ohm, R3 = 15k Ohm ,R4 = 10k Ohm, RF = 50k Ohm Determine Vo(using Superposition) V In R1 R3 RF R2 R4 RF Www. Figure 2
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

2. The two voltage sources shown in Figure 3 are pressure sensors where, for each source and with Vin=6V, R1 = R2 = 10k ... 查看全部

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1. (a) A Voltage Regulator Is Required To Provide A Constant Voltage Of Between 4.2 And 4,8V To A System Drawing 250mA. The Available Power Supply Is Nominally 12V With A Minimum Of 10V And A Maximum Of 14V. (0) Select The Components For A Simple Zener Sh
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

1. (a) A voltage regulator is required to provide a constant voltage of between 4.2 and 4,8V to a system drawing 250mA. ... 查看全部

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How To Solve This Question? By Using D Flip-flop, Design A Synchronous Counter Circuit That Count As Follows: 2,4,3,6,1,7. The Unused States Are Reset To 0.
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

How to solve this question?By using D flip-flop, design a synchronous counter circuit thatcount as follows: 2,4,3,6,1,7.... 查看全部

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Example 4.2: Calculate The Phase Voltages Of An Unbalanced Three- Phase System In Terms Of The Sequence Components Of The Voltage: Vao 1220° V Vai = 122 – 90° V Vaz 12290° V
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

Example 4.2: Calculate the Phase Voltages of an Unbalanced Three- Phase System in terms of the Sequence Components of th... 查看全部

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