All Rights Reserved dktk 1 Trimester /2002 Session Final Examination Guidelines

All Rights Reserved dktk 2 Main Menu ECP2046 Computer Organization & Architecture EMG3046 Advanced Electromagnetic Theory ETM2016 Analog Communications Exit Click for more information…

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All Rights Reserved dktk 5 ECP2046 Computer Organization & Architecture 6Q choose 4 with sub Q a,b, or c 1 Question from Chapter 1 and 2 mixture The other 5 Questions from Chapter 2, 3, 4, 5 and 6 (each chapter one question), NO Question from Chapter 7 Question No. 3, 4, 6 by Lecturer from Cyberjaya Campus; Question 1, 2, 5 by lecturer from Malacca Campus. Question 1 & 2: Not directly from the lecture notes Question 3: Job control language; Scheduling (long term, short term, swap, time sharing system); paging, frame number, logical address and physical address. (Refer to Cyberjaya Assignment Question) Question 4 & 6: Similar to lecture notes (Refer to Cyberjaya Assignment Question) control unit – MBR, MAR; Micro operation; Micro-instruction sequencing (single and doubles addresses) Question 5: Not directly from the lecture notes Back to Main Menu

All Rights Reserved dktk 6 EMG3046 Advanced Electromagnetic Theory 6 Qs choose 4 Qs 3 Qs from Chapter 1 & 2; 3 Qs from Chapter 3 &4 Chapter 1 & 2 by lecturer from Malacca Campus; Chapter 3 & 4 by lecturer from Cyberjaya Campus Questions from Chapter 1 & 2 are similar to Tutorial 1, 2 and Mid Trimester Test Questions from Chapter 3 & 4 are similar to Tutorial 3 and Assignment. Don’t forget the important definition in ALL chapters. Back to Main Menu

All Rights Reserved dktk 7 ETM2016 Analog Communications 6 Qs choose 4 Qs Question 1: Spectral Analysis - Fourier series (Periodic signal), Exponential or Trigonometric form (Sine or Cosine form), Frequency domain representation, Normalized Average power OR Non periodic signal, Fourier Transform (prove the time shift properties) Question 2: Amplitude modulation One from these three: Balanced modulate for the generation of DSB-SC OR Generation of SSB using phase- shifting network method OR Envelope detector Power transmission Comparison between DSB-LC, SSB, DSB, VSB system (refer to the table, please download from Question 3: FM - Bandwidth determination using Carson’s Rule; Direct and Indirect method of generation a FM signal; Discrimination in FM demodulation; Differences between narrow- band and wide-band FM

All Rights Reserved dktk 8 ETM2016 Analog Communications Question 4: Noise - Types of Noise (Thermal, Shot, White); Noise equivalent bandwidth B n, Noise equivalent Temperature T e, Noise Figure (NF) Question 5: AM/FM superheterodyne receivers - Explaination with block diagram either AM or FM superheterodyne receivers and the comparison; Image Frequency (Calculation and explain with an example); Image Rejection (Not in lecture notes) Question 6: TV -Vidicon camera tube (Imaging tube); Monochrome (Black & White) TV receiver block diagram or colour TV reveiver block diagram with small explanation; Interlaced scanning (Interlacing); Some calculation on VHF/UHF tuners (Not in lecture notes) Back to Main Menu

All Rights Reserved dktk 9 Important All the guidelines given above are only for references. Students are advised to study most of the material given by lecturer. Please download extra material and revised lecture note from for better understanding.

All Rights Reserved dktk 10 Good luck in the Final Examination… All the sources are taken from Cyberjaya Campus and Malacca Campus Reproduced with permissions by dktk THE END