Winter 2004/05 - Homepage

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Announcements

• Welcome, everybody.
• The tutorial on Monday, 16:30 moves to Meyer, 165
• The tutorial on Tuesday, 10:30 moves to Fishbach, 504
• Yevgeny will not be available for reception hours on 21/03
• The submission date of HW1 is postponed to the 30/03/05.

 

• Below is the list of students looking for partners
  • Danny Prinz    sdannypr@t2
  • Hanni Barry    shanni@t2

 

      General Info

• Information Page (pdf file)

• Class schedule

• Grade transfer policy
   

  Teaching Staff

Lecturers
	Dr. Daniel Lubzens (in charge) Reception hours: Monday 10:30-11:30; Tuesday 9:30-10:30 Office: Wolfson 204, Tel: 829-4204
	Oded Katz Reception hours: Tue 8:30-10:30 Office: Wolfson 306, Tel: 829-3882
Teaching Assistants
	Yevgeny Perelman (in charge) Reception hours: Mon 14:30-16:30 Office: Meyer 753, Tel: 829-4697.
	Amir Rosen Reception hours: Sun 13:00-14:00, Wed 15:30-16:30 Office: Meyer 805, Tel: 829-4662.
	Moshe Toito Reception hours: Tue 11:30-12:30, Wed 10:30-11:30 Office:  Meyer 953, Tel: 829-4739.
SPICE Teaching Assistant
	Arye Nahmany Reception hours: Mon 17:00-18:00 Office: Fishbach 348, Tel: 829-5734
Homework Checker
	Zivit Guttman Reception hours: Wed 10:30-12:30 Office: Meyer 1130, Tel: 829-4669
Workshops
	Amir Rosenthal Reception hours: Wed 9:30-11:30 Office: Meyer 557, Tel: 829-4665

   Course Topics

• Introduction. Transistor Models.

• Basic amplifier stages. Multistage amplifiers.

• Frequency response. Wideband amplifiers.

• Direct Current sources. Active load.

• Bipolars Transistors

• Differential and Operational amplifiers.

• Feedback systems.

• Power amplifiers

 

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    Grading Policy

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    Exams

• Midterm: 26.05.05         [Solution]
• Moed A: 17.07.2005      [Solution]
• Moed B: 16.09.2005       [Solution]

    Download exams from previous semesters

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Lecture Notes:

       - by Dr. Moshe Porat

       Text files- pdf format

 

 - by Dr. Daniel Lubzens

Text files- pdf format
Power Point Presentation - pdf format

 - by Oded Katz

Lectur1 - pdf format

Lectur2 - pdf format

Lectur3 - pdf format

Lectur4 - pdf format

Lectur5 - pdf format

Lecture6 - pdf format

Lecture7 - pdf format

Lecture8 - pdf format

Lecture9 - pdf format

 

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  Class Exercise Notes

Class Exercise 1
Class Exercise 2
Class Exercise 3
Class Exercise 4
Class Exercise 5
Class Exercise 6
Class Exercise 7
Class Exercise 8
Class Exercise 9
Class Exercise 10
Class Exercise 11
Class Exercise 12
Class Exercise 13
Class Exercise 14

 Workshop Notes

Notes for the video workshops

Disclaimer - The partial solutions below were summarized in class by Orly Katzaf. They are informal solutions and should be regarded as such.  

Workshop 1 - Partial solution

Workshop 2 - Partial solution

Workshop 3 - Partial solution

Workshop 4 - Partial solution

Workshop 5 - Partial solution

Workshop 6 - Partial solution

Workshop 7 - Partial solution

Workshop 8 + Partial solution

Workshop 9  - Partial solution - Correction

Workshop 10 -  Partial solution

Workshop 11 - Partial solution

Workshop 12 - Partial solution

Workshops 13+14  - Partial solutions: 13 14

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Spice Tutorial:

     Spice Video Tutorials

            Instructions for watching video tutorials

              Introduction

              tutorial 1

              tutorial 2

              tutorial 3

Download Spice here (OrCAD 10.0 Demo Software)

SPICE Notes

              tutorial

              device catalog

  Weekly Homework Assignments

Important!- all works must be submitted until 12:30 !!!!!!!!

 

Assignments	Submission Date	Solutions
HW1	30.03.05
HW2	03.04.05
HW3	06.04.05
HW4	13.04.05
HW5	20.04.05
HW6	04.05.05
HW7	11.05.05
HW8	25.05.05
HW9	01.06.05
HW10	14.06.05
HW11	21.06.05
HW12	30.06.05

Spice Homework Assignments

Instructions for SPICE submissions  

Assignments	Submission Date
SPICE	30.06.05

  Literature

• Sedra & Smith: Microelectronic Circuits, HRW, 1998 or 1991 (Hebrew version available)
• Gray & Meyer: Analysis & Design of Analog Integrated Circuits, Wiley, 2001 or 1993.

 

• B. Razavi: Design of Analog CMOS Integrated Circuits, McGraw-Hill 2001.

Frequently Asked Questions

A very short summary about Cramer's rule (matrix theory)
 
 

Comments and complaints: