Level:Undergraduate/Fourth Ninevah University College of Electronic

Engineering Academic Year: 2016-2017

Lecturer:أ.د. خليل حسن سيد مرعي

Department: Electronic Eng. Email:kh.sayidmarie@gmail.com

Subject: EE 4305 Radiation

No. of hrs/week:2+1

Course Description: This course will introduce students to the fundamental concepts underlying microwaves and their applications. Main objective of the course is to familiarize the students about the basic physical principles that govern the operation of various microwave devices. It will cover various passive devices, as well as actives ones. The applications of each device are explained. The emphasis is on studying and analyzing fundamental principles and uses of the microwave devices.

Course Objectives (Learning Outcomes): By the end of this course, students should be able to:

Understand the operation of microwave devices where the wavelength is comparable to the size of the device.

understand the basics of passive microwave devices such as; junctions, attenuators, phase shifters, isolators, detectors.

understand the basics of active microwave devices such as; two-cavity and reflex klystrons, magnetrons, TWT, Gunn diodes and transistors.

analyze and evaluate the performance of various microwave devices. understand and analyze the operation of various microwave circuits.

Textbooks: 1-“Microwave Circuits And Devices”, By S. Liao, 3 Rd Ed. 2- “Microwave Engineering”, By D. Pozar. 3-Lecture notes and handouts.

Evaluation Profile:

Quizzes/Homeworks/Attendance/Class participation/Assignments/Projects 10 % Semester I Exam ___________________________ _____ 15 % Semester II Exam ____________________________ ____ 15 % Final Exam _____________ ____________________60 % 100%

Attendance:

As per University’s rules and regulation

Semester I

Week Date Material Readings Exams 1 Oct. 2-8 Review of Electromagnetic Theory:

Plane wave incidence on boundaries، reflection and

transmission.

Ref. 1;

Chapter 2

2 Oct. 9-15

3 Oct. 16-22 Wave Guides:

Rectangular and circular cross section wave

guides، Cavities.

Ref. 1;

Chapter 4

4 Oct. 23-29

5 Oct. 30-Nov. 5 Microwave Network Analysis Using S-

Parameters.

Ref. 1;

Chapter 4

6 Nov. 6-12 Quiz 1

7 Nov. 13-19 Passive Microwaves Components:

T and Magic T junctions، attenuators، Directional

couplers.

Ref.1,PP142-

154 ; Ref.2,

8 Nov. 20-26

9 Nov. 27-Dec. 3 Ferromagnetic Components: Isolators، Phase

shifters، Circulators.

Ref. 1; PP

156-166, Ref.

2, handouts

10 Dec. 4-10 Problems of vacuum tubes at microwave

frequencies

Ref. 1;

pp.335-362

11 Dec. 11-17 Quiz 2

12 Dec. 18-24 Two-cavity Klystrons, Reflex klystron,

Magnetron

Ref. 1;

pp.335-362

13 Dec. 25-31 Passive Microwave Devices, Detector Diodes,

power sensing diode,

Ref. 1;

Chapters 5 & 7

14 Jan. 1-7 Varactor diodes, PIN diodes, Tunnel diodes

15 Jan. 8-12 Microwave amplifiers and oscillators Ref. 2

16 Jan. 15-21

االمتحانات النهائية/مقررات النظام الفصلي االمتحانات نصف السنوية/مقررات النظام السنوي

17 Jan. 22-28

18 Jan. 29-Feb. 2

91 Feb. 5-11

Feb. 12-18 20 العطلة الربيعية

Level:Undergraduate/Fourth Ninevah University College of Electronics Engineering Academic Year: 2016-2017

Lecturer: نشوان زيور هيرو. أ Department: Electronic Email:nherom@gmail.com Subject: Microelectronic No. of hrs/week:2+1 Prerequisites: Digital Electronic Course Description: This course will introduce students to the fundamental concepts underlying modern IC organization and architecture. Main objective of the course is to familiarize students about circuit logic design, basic structure and behavior of the various functional modules of the logic circuits and how they interact to provide the logic functions needs of the user. It will cover machine level representation of logic gates, memory system organization and architecture. The emphasis is on studying and analyzing fundamental issues in architecture Hardware Logic and their impact on performance. Course Objectives (Learning Outcomes): By the end of this course, students should be able to:

understand the basics of logic circuits and how logic functions interacts with hardware analyze and evaluate Multivibrators and Timing Circuits understand ASIC Design methodologies and system design consideration understand basics of Hardware (IC).

Textbook and Software: - Microelectronic By Millmann - Donald A. Neamen, “Electronic Circuit Analysis and Design ”, Second edition Evaluation Profile:

Quizzes/Homeworks/Attendance/Class participation/Assignments/Projects 10 % Semester I Exam ___________________________ _______ 15 % Semester II Exam ____________________________ ____ 15 % Final Exam _____________ ____________________60 % 100% Attendance: As per University’s rules and regulation

Semester I Week Date Material Readings Exams

1 Oct. 2-8 Semiconductor Fundamental 2 Oct. 9-15 Bipolar Technology

3 Oct. 16-22 Transistor switch circuit analysis. 4 Oct. 23-29 Saturating and non-saturating logic circuits 5 Oct. 30-Nov. 5 Logic levels, noise margins, 6 Nov. 6-12 fan in and fan out., DRL logics circuit analysis. 7 Nov. 13-19 RTL logics circuit analysis. 8 Nov. 20-26 DTL, and TTL logics circuit analysis. 9 Nov. 27-Dec. 3 TTL types and features circuit analysis.

10 Dec. 4-10 ECL, TRL, I2 L logics circuit analysis. 11 Dec. 11-17 NMOS inverter and gate circuit analysis. 12 Dec. 18-24 CMOS inverter and gate circuit analysis. 13 Dec. 25-31 logic circuit based on MOS, PMOS, NMOS,

CMOS and comparison between logic families.

14 Jan. 1-7 logic circuit based on MOS, PMOS, NMOS, CMOS and comparison between logic families.

15 Jan. 8-12 Astable , mono-stable and bistable ICs, 555 timer IC.

16 Jan. 15-21 االمتحانات النهائية/مقررات النظام الفصلي Jan. 22-28 17 االمتحانات نصف السنوية/مقررات النظام السنوي

18 Jan. 29-Feb. 2 19 Feb. 5-11 20 العطلة الربيعية Feb. 12-18

Semester II Week Date Material Readings Exams

1 Feb. 19-25 IC fabrication processes 2 Feb. 26-Mar. 4 IC fabrication processes 3 Mar. 5-11 ASIC Design methodologies and

system design consideration

4 Mar. 12-18 ASIC Design methodologies and system design consideration

5 Mar. 19-25 LCA, Standard cell, Gate array, Structured array

6 Mar. 26-Apr. 1 LCA, Standard cell, Gate array, Structured array

7 Apr. 2-8 Memories: ROMs.,

RAMs.

8 Apr. 9-15 Memories: ROMs.,

RAMs.

9 Apr. 16- 22 Full-Custom and Semi-Custom Design

10 Apr. 23-29 Full-Custom and Semi-Custom Design

11 Apr. 30-May 6 Field programmable gate arrays FPGA and Field programmable analog arrays FPGA

12 May 7-13 Field programmable gate arrays FPGA and Field programmable analog arrays FPGA

13 May 14-20 Field programmable gate arrays FPGA and Field programmable analog arrays FPGA

14 May 21-27 D/A and A/D Converters. 15 May 28-Jun. 1 D/A and A/D Converters. 16 Jun. 4- 10 (الفصل االول) االمتحانات النهائية/مقررات النظام الفصلي

النظام السنوي /مقرراتاالمتحانات النهائية 17 Jun. 11-17 18 Jun. 18-24 19 Jun. 25-30 تصليح الدفاتر االمتحانية واعالن النتائج

July 1-Aug. 31 العطلة الصيفية

Level: Undergraduate/ 3rd Year Ninevah University College of Electronics

Engineering Academic Year: 2016-2017

Lecturer: Dr. Abdulbary R.S. Department: Computer and Information Eng.

Email: baryrs@yahoo.com

Subject: Computer networks No. of hrs/week: 2+ 1(Tut.)

Prerequisites: Communication and Data transmission Principles .

Course Description: Generally this course gives the students an introductory knowledge in computer networking. The course mainly concentrate on the functions of the physical layer, data link layer and part of the network layer. Ethernet technology as the most popular LAN technology is described in detail in terms of standards, specifications and implementations. Standard Ethernet, Fast Ethernet, Giga bit Ethernet, and 10Gb Ethernet are explained in detail. Ethernet Wireless LAN is also introduced in this course including all Standards and Implementations.

Course Objectives (Learning Outcomes): After studying this course, students should able to understand and handle:

Definitions and concepts of LAN, MAN, and WAN

Line encoding

Transmission media: Wired and Wireless

OSI and TCP/IP Models

Networking devices

Data link control: Access control, Flow control, and Error control

Data link protocols: bit-oriented protocols and character-oriented protocols: HDLC

LAN technologies: IEEE standards: Ethernet, Bus, and Token ring. ANSI standard: FDDI

Ethernet Technology: Standards , Protocols and Implementations.

Wireless Networking: PAN, WLAN, WMAN, and WWAN

WLAN Standards and Implementations

Textbook and Software: Behrouz A. Fourazan, " Data Communications and Networking"

Packet Tracer Software , Cisco System Power point documents

Evaluation Profile:

Quizzes/Homeworks/Attendance/Class participation/Assignments/Projects 10 % Semester I Exam ___________________________ _______ 15 % Semester II Exam _________________________ ___ ____ 15 % Final Exam _____________ ____________________ 60 % 100%

Attendance:

As per University’s rules and regulation

Semester I

Week Date Material Readings Exams 1 Oct. 2-8 Introductions and Definitions Ch 1 , ppt

2 Oct. 9-15 Line Encoding Ch4 , ppt

3 Oct. 16-22 Addressing: IPv4, MAC, and Port addresses Ch18 , HW

4 Oct. 23-29 Transmission Media Ch7, ppt Quiz1

5 Oct. 30-Nov. 5 Transmission Media Ch7, ppt

6 Nov. 6-12 Networking Devices Word

Document

ppt

7 Nov. 13-19 Networking Devices Word

Documents,

HW2 , ppt

8 Nov. 20-26 OSI Model: physical layer , Data Link Layer Ch2, ppt Quiz2

9 Nov. 27-Dec. 3 OSI Model: Network layer, Transport Layers Ch2, ppt

10 Dec. 4-10 OSI Model: Session, Presentation, and

Application layers

Ch2, ppt

11 Dec. 11-17 TCP/IP Model Ch2,HW3 ,

ppt

12 Dec. 18-24 TCP/IP Model Ch2, ppt Quiz3

13 Dec. 25-31 Building Computer networks, Collision

Domain and Broadcast Domain

HW4, ppt

14 Jan. 1-7 Data Link Control: Access Control Ch11,word,

ppt

15 Jan. 8-12 Data Link Control: Flow Control Ch11,word,

ppt

16 Jan. 15-21

)الفصل االول( الفصلياالمتحانات النهائية/مقررات النظام االمتحانات نصف السنوية/مقررات النظام السنوي

17 Jan. 22-28

18 Jan. 29-Feb. 2

19 Feb. 5-11 Cast Domain

Feb. 12-18 20 العطلة الربيعية

Semester II

Week Date Material Readings Exams 1 Feb. 19-25 Data Link Control: Error Control

Ch11,word,

ppt

2 Feb. 26-Mar. 4 Data Link Protocol: Types of Protocols,

Data Protocol, Control Protocol and

Management Protocols.

Ch11,word,

ppt

3 Mar. 5-11 Character-oriented Protocol(BSC protocol) Word, HW

4 Mar. 12-18 and Bit-Oriented protocols( HDLC protocol) Word, ppt Quiz

5 Mar. 19-25 LAN Technologies: Types of LAN technologies. IEEE Project 802,LLC

Ch13,

Word, ppt

6 Mar. 26-Apr. 1 Ethernet technology: MAC , Ethernet

Evolution and Standards

Ch13,

Word, ppt

7 Apr. 2-8 Wired LANS: Standard Ethernet and Frame

Format

Ch13, HW ,

ppt

8 Apr. 9-15 Fast Ethernet Standards and

Implementations

Ch13, ppt

9 Apr. 16- 22 Giga bit Ethernet and Ten Giga bit Ethernet

Standards and Implementations

Ch13, ppt Quiz

10 Apr. 23-29 Token Bus, Token Ring LANs. Other

LAN technologies: FDDI

HW , ppt

11 Apr. 30-May 6 Wireless Networking: Types and

specifications

Ch15, ppt

12 May 7-13 Wireless Local Area Networks ( WLANs):

Adhoc and Infrastructure LANs

Ch15, ppt

13 May 14-20 Ethernet WLAN Data and Control Frame Format Ch15,ppt

14 May 21-27 WLAN Addressing Ch15, ppt Quiz

15 May 28-Jun. 1 WLAN Standards and Implementations Ch15, ppt

16 Jun. 4- 10 (ثاني)الفصل ال مقررات النظام الفصلي / االمتحانات النهائية مقررات النظام السنوي /االمتحانات النهائية 17 Jun. 11-17

18 Jun. 18-24

19 Jun. 25-30 تصليح الدفاتر االمتحانية واعالن النتائج July 1-Aug. 31 العطلة الصيفية