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(6) Figure 4(b) Is A Diagram Of A Commercial FM Transmitter Using Armstrong's Method. Evaluate The Multiplier Value That Applied To The FM Transmitter System Where The Final Output That Is Required To Have A Carrier Frequency Of Fc = 450 MHz And Aft = 225
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

(6) Figure 4(b) is a diagram of a commercial FM transmitter using Armstrong's method. Evaluate the multiplier value that... 查看全部

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1) Introduction Main Performance Metrics Of Transmission Lines Are Voltage Drop, Line Losses And Transmission Efficiency. These Metrics Are Greatly Influenced By The Constants R, L And C Of The Transmission Line. Resistance Of Transmission Line Conductors
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

NEED FULL CALCULATIONPLEASE PROPERLY WRITE THE ANSWER AND CHECK THEANSWER1) Introduction Main performance metrics of tra... 查看全部

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1. When An Input To An LTI System Is X[n] = 5u[n], The Output Is Y[n] = [2 (2)\
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

1. When an input to an LTI system is x[n] = 5u[n], the output is y[n] = [2 (2)" + 3(-3)"]u(n). a) Determine th... 查看全部

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Task 3 1. A) If Hz (n) = Cos.n) For 0 Sns 7, H2(n) = [1,1,1,1,1,1,1,1) And If H(n) = Hi(n). H2(n), Calculate DFT Of H(n) Using Convolution Method. Hint: H (k) = + (H4(k) ® Hz(k)) (20 Marks) B) Consider The Block Diagram Shown In Figure 7. Develop The Diff
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

Task 3 1. a) if hz (n) = cos.n) for 0 sns 7, h2(n) = [1,1,1,1,1,1,1,1) and if h(n) = hi(n). h2(n), calculate DFT of h(n)... 查看全部

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Solve For I Using Source Transformation Method. Show The Equivalent Circuits.
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

solve for I using sourcetransformation method. show the equivalent circuits.2. Solve for I using Source Transformation m... 查看全部

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Z V Figure 7 2. For A Signal X(n) = 2” And N 8, Evaluate The Fast Fourier Transform Using Signal Flow Graph. (Use Decimation In Time Algorithm) (25 Marks) 3. Using Appropriate Window Method Determine The Filter Coefficient, Hd [n] And Impulse Response, H[
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

Z V Figure 7 2. For a signal x(n) = 2” and N 8, evaluate the Fast Fourier Transform using signal flow graph. (Use decima... 查看全部

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Questions On A To Communication I Want A Necessary Solution Within Half An Hour Q1 Draw The Equation And Plot The Graph
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

Questions on a to communication I want a necessarysolution within half an hourQ1Draw the equation and plot the graph+ رس... 查看全部

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Soru 1: Aşağıdaki şekilde Verilen Devredeki Kondansatörün Kapasitif Reaktans Değerini Ve Devreden Geçen Akımın Tepe Değerini (Ip) Ve Bulunuz (Irms = 0,707.1). (30 Puan) Vrms = 15V F= 3 KHz C 22nF
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

Soru 1: Aşağıdaki şekilde verilen devredeki kondansatörün kapasitif reaktans değerini ve devreden geçen akımın tepe değe... 查看全部

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Using The D Flip-flop, Design A Three-bit Synchronous Binary Counter. Counter Counts Up From 0 To 7, Continuously. If Counter Equals Even Number, Output Should Be 1 Otherwise It Should Be 0. A) Tabulate The Characteristic Table Of D-flip-flop B) Tabulate
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

Using the D flip-flop, design a three-bit synchronous binarycounter. Counter counts up from 0 to 7, continuously. If cou... 查看全部

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1. The Parameters Of The Transistor In The Circuit In Figure 1 Are B= 100 And Va=. V+ = +5 V Rc=1.5k 2 Ri CC OVO HE Us R2 RE=0.5 K 2 V-=-5 V Figure 1 A) Determine R, And R2 To Obtain A Bias-stable Circuit With The Q-point In Center Of The Load Line. B) Dr
匿名用户 匿名用户 2021-11-29 19:07 电气工程Electrical Engineering

1. The parameters of the transistor in the circuit in Figure 1 are B= 100 and Va=. V+ = +5 V Rc=1.5k 2 Ri CC OVO HE Us R... 查看全部

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