Meeting Time and Place:
Tuesdays 12:30-15:30
EEF 5102

Office Hours: only by e-mail to cilesiz[at]itu.edu.tr

Assistant: Onur Aydınoğlu

EHB 222E Introduction to Electronics (CRN: 10928)

Grading: Midterm Exams 2x 30%, Final Exam 40% 

FALL BREAK 18-22 NOVEMBER 2024

Midterm Exams:	12 November and 24 December 2024
Prerequisites for taking the final exam:	AT least one MT exam should be taken, with a minimum BEFORE-THE-FINAL-MIDTERM EXAM AVERAGE of 25/100... (the sum of your grades from MT exams should be 50/200 or more; i.e.  {MT1+MT2} ≥ 50)
Final Exam:	TBA

I created a Ninova page for your section. You can access it using your ITU student account and password.

Weekly short homework assignments will be posted every Friday on Ninova. You are expected to go over the course material and/or watch short videos on YouTube before coming to class.

You can find solved midterm exam problems of ELE/EHB 222E of the past MANY years under https://ninova.itu.edu.tr/Sinif/3769.55609/DersDosyalari

Course Description:
(IN MODULES)

· Semi-conductor basics: concepts and semi-conductor components.

· Semiconductor diode; physical structure, terminal characteristics, analysis of diode circuits.

· Bipolar junction transistor (BJT); physical structure and operating modes, BJT as a switch; DC biasing, BJT as an amplifier, small-signal model, basic amplifier circuits.

· MOSFET; structure and operating modes, MOSFET as a switch, MOSFET amplifiers.

· Operational amplifiers; concepts and application examples.

Önemli Kurallar/Important Rules:

Sınavlarda hesapladığınız akım ve gerilimlerin yönlerini çözüm kağıdı üzerinde belirtiniz. Kağıdınızı okuyan kişi sınav sırasında aklınızdan geçen herşeyi kestirebilecek güçte olmadığı için, anlayamadığı hesaplara not veremez.

Hesap yaparken birim uyumuna dikkat ediniz ve sonuçları yazarken birimleri unutmayınız.

Please indicate all current directions and voltage polarities on your solution sheets. No one can evaluate what went in your brain without any hint! Thus you may not get any points for solutions with missing steps in calculations.

Be aware of all the UNITS and do not mix them. Also always indicate the units in your solution. You will be penalized for missing units.

Yarıyıl içi ve yarıyıl sonu sınavlarında her öğrencinin A4 boyutlu bir "kopya kağıdı" kullanma hakkı vardır. Arkalı önlü olarak hazırlanabilecek olan bu kağıda öğrenci sınav için gerekli olduğuna inandığı herşeyi yazmakta serbesttir; ANCAK, "kopya kağıdı" bilgisayar çıktısı veya fotokopi yöntemi ile çoğaltılamaz, her öğrenci kendi "kopya kağıdı"nı kendi el yazısı ile hazırlar. Sınav sonunda kağıtlar toplanırken "kopya kağıt"ları da sınav kağıtları ile beraber toplanır. Yararlanıldığı halde "kopya kağıdı" olmayan sınav kağıdının puanı düşürülecektir.

Benzer biçimde, sınav sırasında ders notları, defter veya çözümlü problemler kullanılmaz; böyle bir girişimde bulunan öğrencinin sınav kağıdının puanı düşürülecektir.

Sınavlara gerçek hesap makinesi ile geliniz, her ne için olursa olsun cep telefonlarını kullanmanıza izin verilmeyecek, cep telefonları sınav sırasında kapalı kapalı tutulacak ve ASLA kullanılmayacaktır. Kullanma girişiminde bulunanlar cezalandırılacaktır.

During midterm and final exams each student may bring and use an A4 size "copy sheet". This double sided hand prepared copy sheet may contain all formulae the student thinks is important for solving exam problems. HOWEVER, the "copy sheet" MAY NOT be a printout or photocopy of someone else's. At the end of the exam period the copy sheet should be turned in along with problem solutions.

No class notes or problem solutions may be used during the exam; anyone attempting to use such material will be penalized.

You may only use a real calculator during the exam, cell phones are not allowed, and should be turned off. Anyone attempting to use his/her cellphone(s) will be strictly penalized.

Textbooks:

Microelectronic Circuits by Adel S. Sedra
Fundamentals of Microelectronics by Behzad Razavi

Elektronik Elemanları, Duran LEBLEBİCİ, VOLGA YAYINCILIK, 2016. FOR DOWNLOADS VISIT http://www.leblebicikitap.com/kitaplar.php

Elektronik Devre Elemanları, Avni MORGÜL, PapatyaBilim, 2016.

Çözümlü Elektronik Devreler, Mehmet Sait Türköz, BİRSEN YAYINEVİ.

are recommended.

Have a look at online library resources such as CRC ENGnetBASE.

Course Plan

Weeks	Topics - tentative, order may change because there is no class on 29 October and class on 31 December MAY be cancelled!
1	Introduction, overview of topics, overview of basic knowledge required for this course
2	Atomic models, crystal structure, semiconductor physics, doping, current flow mechanisms, Continuity Equation
3	pn junction, currents in unbiased pn junction, formation of depletion layer, carrier density diagrams, derivation of potential barrier and depletion layer thickness, and Semiconductor Diode Equation.
4	Types of diodes, Zener effect, Zener diodes, diode capacities, sample circuits constructed with diodes
5	Transistor physics, physical characteristics of BJT, biasing conditions, current components, transistor parameters
6	BJT as a switch and biasing for analog applications
7	Midterm Exam 1 (12 November)
	FALL BREAK
8	Transistor amplifier circuits: equivalent AC circuits, small signal analysis
9	Transistor amplifier circuits: gain and input/output resistance calculations, cascade amplifier circuits
10	Differential amplifier circuits: configurations, gain and input/output resistance and CMRR calculations
11	MOSFET, physical characteristics. MOS as a switch and biasing for analog applications
12	Midterm Exam 2 (24 December)
13	Transistor amplifier circuits: MOS amplifiers
14	Operational Amplifiers (OPAMP) and applications

Simulation Tools:	SPICE can be downloaded from Linear Technology website. ABACUS by nanoHUB.
Interesting Links:	A single-atom transistor (Nature Nanotechnology Jan 2012) How We Found the Missing Memristor (IEEE Dec 2008)