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engineering
electrical engineering
november 2019
07

Electrical Engineering Questions and Answers November 07, 2019

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Show that if the transfer function of the hidden units is linear, a three-layer network is equivalent to a two-lay er one. Explain why, therefore, that a three-layer network with linear hidden units cannot solve a non-linearly separable problem such as XOR or n-bit parity.

Vo(ja)Vi(j) For the circuit shown in Figure 2, find the transfer function T(jw) a) Is this a highpass or a lowpass network Give explanations. Hint Arrange the transfer function in the appropriate general form 10 kn, R2 30 kn, and L 1 mH, find fo. What is b) What is the corner frequency wo For R1 the value of T(jo) c) Skectch the Bode plot for

Identify all the nodes, branches, and independent loops in Figure 2.2. ,ww ww Figure 2.2 And prove it by the fundamental theorem of network topology W

The input impedance to a voltage multiplier circuit is 200 j100 . Using a smith char, design an L-matching network to match the input impedance to the characteristic impedance, Z 0 = 50 The frequency of operation is 1 GHz.

The Taylor series expansion for sin(x) is (1) sin(x) x (2n 0 3 57 where r is in radians. Write a MATLAB program that determines sin(x) using the Taylor series expansion. The program asks the user to type a value for an angle in degrees. Then the program uses a loop for adding the terms of the Taylor series. If a, is the nth term in the series,

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